77,994 results

Seafood CRC: management, communication and network

Project number: 2013-711.20
Project Status:
Completed
Budget expenditure: $527,365.00
Principal Investigator: Janet Howieson
Organisation: Curtin University
Project start/end date: 14 Jul 2015 - 14 Dec 2016
Contact:
FRDC

Need

This project is aimed at increasing the capacity to provide Australian seafood businesses with
assistance in analysing and improving their post-harvest performance and thus improve their
profitability and ability to meet and respond to their customer's needs.

This need has been articulated in the WAFIC CRC strategic plan and the FRDC 5 year strategic plan, as well as in the Seafood CRC outcomes and objectives.

The need for the project has been demonstrated across the seafood industry by the >10 research projects previously funded by the CRC in the supply chain improvement area and the seafood industry partners committing to the new project (see attached letters of support).

Objectives

1. Through post graduate training and employment of scientists expand the research capacity with the CESSH to further support Australian seafood industry participants in analysing and improving their post harvest supply chain performance.
2. Foster, lead, enhance capacity and provide administrative support to expand the activities of the Australian seafood post harvest hub to better meet the needs of the Australian seafood industry.
3. Provide a means for the Australian seafood industry to access post harvest "commercial-in-confidence" technical expertise, either through CRSSH or in the other specific post harvest research areas available as part of the Australian post harvest research hub.
4. Develop best practice/innovation in effectively communicating the results of the CESSH post harvest research to the Australian seafood industry.
5. Demonstrate professionalism and transparency in all reporting on research sub program activities.

Final report

ISBN: 978-0-9925568-8-4
Author: Dr Janet Howieson
Final Report • 2019-04-01 • 1.01 MB
2013-711.20-DLD.pdf

Summary

This report summarises the activities of FRDC 2013-711.20 Centre of Excellence for Science, Seafood and Health (CESSH): Management, Communication and Network from 2015-2018, following the review and modification of the original CESSH application; FRDC 2013/711. This project, in association with the aligned projects 2013/711.30 and 2013/711.40 has resulted in >$1million allocated for five newly funded industry projects; eight early career scientists and 19 post graduate students trained in seafood post-harvest research; nine peer reviewed journal articles; 12 conference presentations; >20 presentations to industry and other stakeholder groups and at least eight new programs, products or processes commercialised.
Industry knowledge/interest in the post-harvest opportunities appeared to increase over the project with also a move by the Industry Advisory Group (IAG) towards prioritising collaborative, whole of industry priorities rather than company specific priorities. The project has also demonstrated that there is ongoing and various opportunities to leverage funding from other state and federal sources supporting food related research (for example Food Innovation Australia Limited (FIAL); Department of Health). Overall the results of this project, and the assessment by the IAG, did indicate that there is whole of industry support, appreciation and utilisation of an independent post-harvest seafood research capacity in Western Australia.
Final Report • 2019-04-01 • 1.01 MB
2013-711.20-DLD.pdf

Summary

This report summarises the activities of FRDC 2013-711.20 Centre of Excellence for Science, Seafood and Health (CESSH): Management, Communication and Network from 2015-2018, following the review and modification of the original CESSH application; FRDC 2013/711. This project, in association with the aligned projects 2013/711.30 and 2013/711.40 has resulted in >$1million allocated for five newly funded industry projects; eight early career scientists and 19 post graduate students trained in seafood post-harvest research; nine peer reviewed journal articles; 12 conference presentations; >20 presentations to industry and other stakeholder groups and at least eight new programs, products or processes commercialised.
Industry knowledge/interest in the post-harvest opportunities appeared to increase over the project with also a move by the Industry Advisory Group (IAG) towards prioritising collaborative, whole of industry priorities rather than company specific priorities. The project has also demonstrated that there is ongoing and various opportunities to leverage funding from other state and federal sources supporting food related research (for example Food Innovation Australia Limited (FIAL); Department of Health). Overall the results of this project, and the assessment by the IAG, did indicate that there is whole of industry support, appreciation and utilisation of an independent post-harvest seafood research capacity in Western Australia.
Final Report • 2019-04-01 • 1.01 MB
2013-711.20-DLD.pdf

Summary

This report summarises the activities of FRDC 2013-711.20 Centre of Excellence for Science, Seafood and Health (CESSH): Management, Communication and Network from 2015-2018, following the review and modification of the original CESSH application; FRDC 2013/711. This project, in association with the aligned projects 2013/711.30 and 2013/711.40 has resulted in >$1million allocated for five newly funded industry projects; eight early career scientists and 19 post graduate students trained in seafood post-harvest research; nine peer reviewed journal articles; 12 conference presentations; >20 presentations to industry and other stakeholder groups and at least eight new programs, products or processes commercialised.
Industry knowledge/interest in the post-harvest opportunities appeared to increase over the project with also a move by the Industry Advisory Group (IAG) towards prioritising collaborative, whole of industry priorities rather than company specific priorities. The project has also demonstrated that there is ongoing and various opportunities to leverage funding from other state and federal sources supporting food related research (for example Food Innovation Australia Limited (FIAL); Department of Health). Overall the results of this project, and the assessment by the IAG, did indicate that there is whole of industry support, appreciation and utilisation of an independent post-harvest seafood research capacity in Western Australia.
Final Report • 2019-04-01 • 1.01 MB
2013-711.20-DLD.pdf

Summary

This report summarises the activities of FRDC 2013-711.20 Centre of Excellence for Science, Seafood and Health (CESSH): Management, Communication and Network from 2015-2018, following the review and modification of the original CESSH application; FRDC 2013/711. This project, in association with the aligned projects 2013/711.30 and 2013/711.40 has resulted in >$1million allocated for five newly funded industry projects; eight early career scientists and 19 post graduate students trained in seafood post-harvest research; nine peer reviewed journal articles; 12 conference presentations; >20 presentations to industry and other stakeholder groups and at least eight new programs, products or processes commercialised.
Industry knowledge/interest in the post-harvest opportunities appeared to increase over the project with also a move by the Industry Advisory Group (IAG) towards prioritising collaborative, whole of industry priorities rather than company specific priorities. The project has also demonstrated that there is ongoing and various opportunities to leverage funding from other state and federal sources supporting food related research (for example Food Innovation Australia Limited (FIAL); Department of Health). Overall the results of this project, and the assessment by the IAG, did indicate that there is whole of industry support, appreciation and utilisation of an independent post-harvest seafood research capacity in Western Australia.
Final Report • 2019-04-01 • 1.01 MB
2013-711.20-DLD.pdf

Summary

This report summarises the activities of FRDC 2013-711.20 Centre of Excellence for Science, Seafood and Health (CESSH): Management, Communication and Network from 2015-2018, following the review and modification of the original CESSH application; FRDC 2013/711. This project, in association with the aligned projects 2013/711.30 and 2013/711.40 has resulted in >$1million allocated for five newly funded industry projects; eight early career scientists and 19 post graduate students trained in seafood post-harvest research; nine peer reviewed journal articles; 12 conference presentations; >20 presentations to industry and other stakeholder groups and at least eight new programs, products or processes commercialised.
Industry knowledge/interest in the post-harvest opportunities appeared to increase over the project with also a move by the Industry Advisory Group (IAG) towards prioritising collaborative, whole of industry priorities rather than company specific priorities. The project has also demonstrated that there is ongoing and various opportunities to leverage funding from other state and federal sources supporting food related research (for example Food Innovation Australia Limited (FIAL); Department of Health). Overall the results of this project, and the assessment by the IAG, did indicate that there is whole of industry support, appreciation and utilisation of an independent post-harvest seafood research capacity in Western Australia.

Seafood CRC: Centre of Excellence Science Seafood & Health (CESSH): Post Harvest Research Program

Project number: 2013-711
Project Status:
Completed
Budget expenditure: $412,202.00
Principal Investigator: Jayne M. Gallagher
Organisation: Curtin University
Project start/end date: 14 Jun 2013 - 29 Jun 2016
Contact:
FRDC

Need

The seafood industry is facing unprecedented challenges (WAFIC 2020 Strategy, FRDC R&D 2015). The networks established by CESSH have laid a strong foundation to attract national and international investment partners. For the first time, the whole industry along the supply chain and post harvest is working together to achieve outcomes that benefit the WA (and national seafood industry) and the health of the Australian population. It is essential that the industry is able to remain viable and indeed grow, within the constraints of an ever changing economic, technological and food security landscape. There is a need for a continued go-to place that the industry can access to gain support to develop new products, investigate novel and improved means of harvest, reduce production costs and provide evidence of the value of consuming seafood. CESSH needs to build on existing strong capacity areas and establish expertise in areas that are currently not available in WA to service the growing and diverse needs of industry. This could afford industry a point of difference in the provision of world class support to answer research and science questions that impact on growth, quality or profitability in a timely fashion, an essential service for a primary industry.

Objectives

1. Sub Program 1: Waste minimisation and management - optimisation of supply chains to reduce waste
total utilisation of seafood products
and innovative product development from under-utilised species
2. Sub Program 2: Retailer 2020 - Develop an understanding of multi-channel consumer retail environments (current and future trends) to support Australian businesses to capitalise on new and emerging oppoprtunities.
3. Sub Program 3: Food policy research - maintain currency of expertise and knowledge in: regulation of food labelling and food laws
nutrition and health claims
nutritional dietary guidelines and the human health benefits of seafood to inform industry marketing initiatives and nutritional claims
4. Sub Program 4: Research advisory service - Develop a technical advice service to provide assistance along the supply chain
assist and upskill industry to apply for research funds
provide food technology advice (e.g. nutritional composition)
provide health benefit advice to industry (market advantage)
and develop tailored industry and consumer resources.
5. Sub Program 5 - Education, communication and extension - respond to industry post harvest training needs
inform industry of relevant research findings in a variety of formats appropriate to the end-users
and build post harvest research and scientific capacity that is imbedded within the industry.
6. Sub Program 6 - Collaborative manufacturing hub - investigate and trial collaborative manufacturing hubs to reduce costs and maximise efficiencies in developing and commercialising new products

Final report

Author: Professor Alexandra McManus and Dr Janet Howieson
Final Report • 2019-01-01 • 863.24 KB
2013-711-DLD.pdf

Summary

This report summarises the outputs of Sub-Programs 2-5 of FRDC 2013-711: Centre of Excellence for Science, Seafood and Health. The report focuses on the period between January 2013 and June 2015 after which time the Sub-programs were ceased. The Sub-programs were entitled: Retailer 2020, Food
Policy Research, Research Advisory Service and Education, Communication and Extension. However, in reviewing the research, many of the outputs were common to several of the programs so will be reported in this way rather than under each sub-program.
Final Report • 2019-01-01 • 863.24 KB
2013-711-DLD.pdf

Summary

This report summarises the outputs of Sub-Programs 2-5 of FRDC 2013-711: Centre of Excellence for Science, Seafood and Health. The report focuses on the period between January 2013 and June 2015 after which time the Sub-programs were ceased. The Sub-programs were entitled: Retailer 2020, Food
Policy Research, Research Advisory Service and Education, Communication and Extension. However, in reviewing the research, many of the outputs were common to several of the programs so will be reported in this way rather than under each sub-program.
Final Report • 2019-01-01 • 863.24 KB
2013-711-DLD.pdf

Summary

This report summarises the outputs of Sub-Programs 2-5 of FRDC 2013-711: Centre of Excellence for Science, Seafood and Health. The report focuses on the period between January 2013 and June 2015 after which time the Sub-programs were ceased. The Sub-programs were entitled: Retailer 2020, Food
Policy Research, Research Advisory Service and Education, Communication and Extension. However, in reviewing the research, many of the outputs were common to several of the programs so will be reported in this way rather than under each sub-program.
Final Report • 2019-01-01 • 863.24 KB
2013-711-DLD.pdf

Summary

This report summarises the outputs of Sub-Programs 2-5 of FRDC 2013-711: Centre of Excellence for Science, Seafood and Health. The report focuses on the period between January 2013 and June 2015 after which time the Sub-programs were ceased. The Sub-programs were entitled: Retailer 2020, Food
Policy Research, Research Advisory Service and Education, Communication and Extension. However, in reviewing the research, many of the outputs were common to several of the programs so will be reported in this way rather than under each sub-program.
Final Report • 2019-01-01 • 863.24 KB
2013-711-DLD.pdf

Summary

This report summarises the outputs of Sub-Programs 2-5 of FRDC 2013-711: Centre of Excellence for Science, Seafood and Health. The report focuses on the period between January 2013 and June 2015 after which time the Sub-programs were ceased. The Sub-programs were entitled: Retailer 2020, Food
Policy Research, Research Advisory Service and Education, Communication and Extension. However, in reviewing the research, many of the outputs were common to several of the programs so will be reported in this way rather than under each sub-program.

SCRC: Piloting Commercial Scale Supply of Mass Selected Sydney Rock Oysters

Project number: 2013-709
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Jane Clout
Organisation: Select Oyster Company Pty Ltd
Project start/end date: 9 Jun 2013 - 29 Apr 2015
Contact:
FRDC

Need

The recent Morten Rye Review of Australian Breeding Programs and their Commercialisation recognised NSW’ SRO breeding achievements as an ‘an excellent platform for full implementation of a highly effective family based, multi-trait selection program for SRO’ but recommended the following for SOCo & SRO:
• Development of a reliable hatchery technique for consistent high volume production of SRO spat, and a reliable source of supply which preferably should be a commercial hatchery: Work currently undertaken independently of SOCo
• Facilitate effective family based multi-trait selection (incorporating quantitative genetic advice)
o Prepare an operational breeding plan based on sound quantitative genetics and selection theory
o Establish effective data recording (nucleus and performance testing) and database management systems
• Establish a management team with the core responsibility to coordinate breeding program activities in close collaboration with PSFI and with technical input from a competent provider of quantitative genetic services (e.g. CSIRO).

NSW DPI is also looking to industry to progressively adopt management and self fund the current MSBP breeding program. Significant progress toward this goal has been achieved for the MSBP and the appointment of a manager and the divestment of routine operations of the program would signal industry’s acceptance of and commitment to the program and provide a strong incentive for DPI to continue to invest in pair mated program development.

For SOCo to achieve the aim set out in the review it must invest in program mechanics alongside private commercial investment in hatchery technique for SRO to address production barriers.

Final report

ISBN: 978-0-9756045-1-9
Author: Select Oyster Company P/L
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.
Final Report • 2015-05-19 • 1.47 MB
2013-709-DLD.pdf

Summary

This project was developed to progress the long term commitment of both industry and research providers to providing lines of Sydney Rock Oyster selected for growth rate, shell shape and disease resistance, to farmers of this species. It progresses commercialisation outcomes and provides a platform for the delivery of outcomes of past and current CRC research projects.

This project aimed to:

  1. Develop protocols for broodstock management and perpetuation
  2. Develop improved communication with end users with regard to availability, properties and management of available selected stocks.
  3. Coordinate hatchery requirements with broodstock availability to improve supply.
  4. Develop human resources with shellfish specific experience
  5. Introduce selected broodstock into more multiplier hatcheries.
  6. Develop a platform to support delivery of outcomes of current research projects including the developing family breeding program.

Seafood CRC: safe spat rearing experiment

Project number: 2013-708
Project Status:
Completed
Budget expenditure: $16,731.86
Principal Investigator: Rachel King
Organisation: Oysters Australia Ltd
Project start/end date: 31 Mar 2013 - 29 May 2014
Contact:
FRDC

Need

A FRDC funded University Sydney/EMAI project investigating the biological behaviour (epidemiology) of POMS has identified an additional need that falls outside its original project aims.

The recent incidence and subsequent loss of the industry in the Hawkesbury River, NSW also devastated test stock placed in the water by ASI. The industry must invest in all options to safeguard national production; breeding resistant oysters and alternate husbandry.
The objective of this project is to provide scientific evidence that water treatments can be applied to enable safe rearing of spat in holding tanks in a POMS affected area until the window of infection closes. There is evidence to suggest that a similar approach is used in the French oyster industry to cope with POMS.

The project objective is to treat water in land-based tanks holding spat to interrupt putative transmission mechanisms. If successful, this can be used by hatcheries to hold stock in safe rearing conditions adjacent to a potentially infected estuary until the window of infection closes, and then they will be stocked out into the estuary. This is of use for growers with leases in infected waters who require a method for rearing/conditioning hatchery spat on-shore from the time of receipt until it is safe to put them in the estuary. If POMS spreads to affected waters near hatcheries in Tasmania, they will also require a solution for safe spat production.

Objectives

1. Confirmation of the efficacy of water treatments for maintaining viable spat during a POMS transmission season in an infected environment
2. Information to benefit commercial hatcheries to enable production of spat from eggs through highly susceptible larval stages, in the face of POMS
3. Information to benefit growers who receive spat from hatcheries during a POMS transmission season
4. Information which can be integrated with husbandry (growing height modifications) to reduce mortalities in adult oysters and enable production of C. gigas in the face of POMS
5. Information which can be used to plan trials on how spat might be grown to a specific size (as distinct from just maintained) during a POMS transmission season in an infected environment

Final report

ISBN: 978-0-9874218-8-3
Author: Richard Whittington
Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

SCRC: IB Shrimp Pathology Short Course Caitlin Ringuet

Project number: 2013-706
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Matt West
Organisation: Australian Prawn Farms Pty Ltd
Project start/end date: 17 Mar 2013 - 30 Aug 2013
Contact:
FRDC

Final report

ISBN: 978-0-9874218-9-0
Author: Caitlin Ringuet
Final Report • 2013-08-31 • 288.39 KB
2013-706-DLD-RTG.pdf

Summary

Central to the success of a health and biosecurity support network for prawn aquaculture is training of industry members. Without an understanding of specific diseases and their mechanisms, it is difficult to correctly diagnose an outbreak and carryout appropriate biosecurity measure in response to contain and prevent further spread.

Training of technical farm staff is important to reduce potential deleterious impacts of disease outbreaks from overseas on the industry and is essential to safeguard our small yet resilient farming community. This industry bursary was intended to facilitate the training of a farm technician in the detection and diagnosis of known diseases of significance to global prawn production.

Final Report • 2013-08-31 • 288.39 KB
2013-706-DLD-RTG.pdf

Summary

Central to the success of a health and biosecurity support network for prawn aquaculture is training of industry members. Without an understanding of specific diseases and their mechanisms, it is difficult to correctly diagnose an outbreak and carryout appropriate biosecurity measure in response to contain and prevent further spread.

Training of technical farm staff is important to reduce potential deleterious impacts of disease outbreaks from overseas on the industry and is essential to safeguard our small yet resilient farming community. This industry bursary was intended to facilitate the training of a farm technician in the detection and diagnosis of known diseases of significance to global prawn production.

Final Report • 2013-08-31 • 288.39 KB
2013-706-DLD-RTG.pdf

Summary

Central to the success of a health and biosecurity support network for prawn aquaculture is training of industry members. Without an understanding of specific diseases and their mechanisms, it is difficult to correctly diagnose an outbreak and carryout appropriate biosecurity measure in response to contain and prevent further spread.

Training of technical farm staff is important to reduce potential deleterious impacts of disease outbreaks from overseas on the industry and is essential to safeguard our small yet resilient farming community. This industry bursary was intended to facilitate the training of a farm technician in the detection and diagnosis of known diseases of significance to global prawn production.

Final Report • 2013-08-31 • 288.39 KB
2013-706-DLD-RTG.pdf

Summary

Central to the success of a health and biosecurity support network for prawn aquaculture is training of industry members. Without an understanding of specific diseases and their mechanisms, it is difficult to correctly diagnose an outbreak and carryout appropriate biosecurity measure in response to contain and prevent further spread.

Training of technical farm staff is important to reduce potential deleterious impacts of disease outbreaks from overseas on the industry and is essential to safeguard our small yet resilient farming community. This industry bursary was intended to facilitate the training of a farm technician in the detection and diagnosis of known diseases of significance to global prawn production.

Final Report • 2013-08-31 • 288.39 KB
2013-706-DLD-RTG.pdf

Summary

Central to the success of a health and biosecurity support network for prawn aquaculture is training of industry members. Without an understanding of specific diseases and their mechanisms, it is difficult to correctly diagnose an outbreak and carryout appropriate biosecurity measure in response to contain and prevent further spread.

Training of technical farm staff is important to reduce potential deleterious impacts of disease outbreaks from overseas on the industry and is essential to safeguard our small yet resilient farming community. This industry bursary was intended to facilitate the training of a farm technician in the detection and diagnosis of known diseases of significance to global prawn production.

SCRC: Publicity for ASCRC at the AIFST 2013 Annual Convention

Project number: 2013-702
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Allan Bremner
Organisation: Australian Institute of Food Science and Technology (AIFST)
Project start/end date: 31 Oct 2012 - 20 Jul 2013
Contact:
FRDC

Need

There is a need to bring the outputs, implications and conclusions of some of the technical research in Program 2,to the attention of scientists, technologists and managers in the food industry, in addition to the existing approaches within the fishing industry.
The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. AIFST Conventions have long provided this type of opportunity (2013 will be number 46) and invariably have always included seafood research and often dedicated blocks of the program. The technical committee have allotted a prime 90 min block of the program to achieve this, but needs to support this initiative to sponsor the session, defray travel costs for speakers, or potentially to subsidise travel of a keynote speaker from oversea.

Final report

ISBN: 978-1-925983-94-4
Author: Allan Bremner
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'
Final Report • 2013-07-21 • 769.40 KB
2013-702-DLD.pdf

Summary

The Annual Conventions of the Australian Institute of Food Science & Technology (AIFST) are a perfect opportunity to display research highlights to companies and technologists that produce seafood products for domestic and export sales. Three budding scientists in ASCRC projects presented their work to a wide audience on 15 July in Brisbane at the 2013 Annual Convention of the Australian Institute of Food Science and Technology.

The session, titled ‘Value adding seafood through food science’, was organised through the Technical Committee, and was chaired by Allan Bremner and 4 speakers covered the allotted time from 1110 until 1245 hrs. The audience ranged from 45-55 persons throughout of whom 33 were asked to answer a questionnaire.

The speakers were:

  1. Graham Fletcher of NZ Institute for Plant & Food Research who delivered the keynote address “Seafood technology: Where have we been and where are we going
  2. Carl Paulo of Innovative Food Sciences and Technology, DAFF QLD spoke on the CRC/APFA funded work on stability of colour in frozen prawns 'Assuring techniques to minimise deterioration in frozen cooked aquacultured prawns'
  3. Tom Madigan of SARDI spoke on his work 'Microbial spoilage of Australian oysters'
  4. Rachel Tonkin of Curtin University presented work titled 'Fish to Dish: Issues and opportunities for the Saddletail Snapper supply chain'

SCRC: ASCRC Sponsorship: 9th International Conference on Molluscan Shellfish Safety (ICMSS), Sydney, 2013 and Industry Master Classes

Project number: 2013-701
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Catherine McLeod
Organisation: SARDI Food Safety and Innovation
Project start/end date: 28 Feb 2013 - 31 Mar 2013
Contact:
FRDC

Need

The Australian Shellfish Quality Assurance Advisory Committee (ASQAAC)* saw and supported the need to host the international premier shellfish safety event, ICMSS, in Australia. ASQAAC aim to deliver a ‘cutting edge’ programme focussed on shellfish safety and related disciplines and encourages participation from a broad range of national and international experts and students. ICMSS is the principal shellfish safety event worldwide for industry, government regulators and researchers to share knowledge and experience on shellfish safety issues. ASQAAC won a bid in June 2009 at ICMSS, France 2009 to return the 9th ICMSS Conference to Sydney, Australia where it was initiated in 1994.

ASQAAC's aim is not to profiteer from hosting the conference but to include as many international experts, local industry and students as possible with the aim of;
• Limiting the health risks associated with microbiological, marine biotoxin and other chemical contamination of shellfish;
• Improvement of effective and efficient management procedures and detection tools to prevent and/or monitor shellfish contamination; and
• Promotion of international harmonisation of shellfish safety standards and regulations.

From a global perspective Australia has an admirably healthy marine environment with respect to potential seafood safety risks, this has resulted in ‘high quality safe-to-eat’ shellfish. The relatively low shellfish safety risk in Australia has promoted the uptake of risk-based shellfish safety management practices, pragmatic regulation and innovative approaches.

Hosting the ICMSS provides a unique opportunity to showcase Australia's point of difference, particularly in discussions of international program harmonisation, and promote the Australian shellfish safety sector as well as the Australian seafood industry in general.

* ASQAAC is a collaborative tripartite relationship between regulators, industry and researchers and is a national forum to identify and solve emerging food safety challenges and promote national consistency.

Final report

ISBN: 978-0-9756045-3-3
Author: Australian Shellfish Quality Assurance Advisory Committee
Final Report • 2013-04-01 • 1,011.85 KB
2013-701-DLD.pdf

Summary

The International Conference of Molluscan Shellfish Safety (ICMSS) is the principal shellfish safety event worldwide for industry, government regulators and researchers to share knowledge and experience on shellfish safety issues. Australian Shellfish Quality Assurance Advisory Committee (ASQAAC) won a bid in June 2009 at ICMSS, France to return the 9th ICMSS Conference to Sydney, Australia where it was initiated in 1994. ASQAAC aimed to deliver a ‘cutting edge’ programme focused on shellfish safety and related disciplines and encouraged participation from a broad range of national and international experts and students.

The conference aimed to assist the industry to respond to, and take advantage of, increased demand for seafood. Continued delivery of a quality product requires the industry to responsibly address latest shellfish safety information in the context of the Australian production environment.

Final Report • 2013-04-01 • 1,011.85 KB
2013-701-DLD.pdf

Summary

The International Conference of Molluscan Shellfish Safety (ICMSS) is the principal shellfish safety event worldwide for industry, government regulators and researchers to share knowledge and experience on shellfish safety issues. Australian Shellfish Quality Assurance Advisory Committee (ASQAAC) won a bid in June 2009 at ICMSS, France to return the 9th ICMSS Conference to Sydney, Australia where it was initiated in 1994. ASQAAC aimed to deliver a ‘cutting edge’ programme focused on shellfish safety and related disciplines and encouraged participation from a broad range of national and international experts and students.

The conference aimed to assist the industry to respond to, and take advantage of, increased demand for seafood. Continued delivery of a quality product requires the industry to responsibly address latest shellfish safety information in the context of the Australian production environment.

Final Report • 2013-04-01 • 1,011.85 KB
2013-701-DLD.pdf

Summary

The International Conference of Molluscan Shellfish Safety (ICMSS) is the principal shellfish safety event worldwide for industry, government regulators and researchers to share knowledge and experience on shellfish safety issues. Australian Shellfish Quality Assurance Advisory Committee (ASQAAC) won a bid in June 2009 at ICMSS, France to return the 9th ICMSS Conference to Sydney, Australia where it was initiated in 1994. ASQAAC aimed to deliver a ‘cutting edge’ programme focused on shellfish safety and related disciplines and encouraged participation from a broad range of national and international experts and students.

The conference aimed to assist the industry to respond to, and take advantage of, increased demand for seafood. Continued delivery of a quality product requires the industry to responsibly address latest shellfish safety information in the context of the Australian production environment.

Final Report • 2013-04-01 • 1,011.85 KB
2013-701-DLD.pdf

Summary

The International Conference of Molluscan Shellfish Safety (ICMSS) is the principal shellfish safety event worldwide for industry, government regulators and researchers to share knowledge and experience on shellfish safety issues. Australian Shellfish Quality Assurance Advisory Committee (ASQAAC) won a bid in June 2009 at ICMSS, France to return the 9th ICMSS Conference to Sydney, Australia where it was initiated in 1994. ASQAAC aimed to deliver a ‘cutting edge’ programme focused on shellfish safety and related disciplines and encouraged participation from a broad range of national and international experts and students.

The conference aimed to assist the industry to respond to, and take advantage of, increased demand for seafood. Continued delivery of a quality product requires the industry to responsibly address latest shellfish safety information in the context of the Australian production environment.

Final Report • 2013-04-01 • 1,011.85 KB
2013-701-DLD.pdf

Summary

The International Conference of Molluscan Shellfish Safety (ICMSS) is the principal shellfish safety event worldwide for industry, government regulators and researchers to share knowledge and experience on shellfish safety issues. Australian Shellfish Quality Assurance Advisory Committee (ASQAAC) won a bid in June 2009 at ICMSS, France to return the 9th ICMSS Conference to Sydney, Australia where it was initiated in 1994. ASQAAC aimed to deliver a ‘cutting edge’ programme focused on shellfish safety and related disciplines and encouraged participation from a broad range of national and international experts and students.

The conference aimed to assist the industry to respond to, and take advantage of, increased demand for seafood. Continued delivery of a quality product requires the industry to responsibly address latest shellfish safety information in the context of the Australian production environment.

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