77,994 results

People development program: Peter Dundas-Smith scholarship - Eric Perez (Exploring Leadership Development Capacity within the FRDC in the context of Rural Research Development Corporations)

Project number: 2015-403
Project Status:
Completed
Budget expenditure: $15,000.00
Principal Investigator: Eric Perez
Organisation: Eric Perez
Project start/end date: 29 Jun 2015 - 8 Dec 2016
Contact:
FRDC

Need

The aim of the study is to explore leadership development within the context of the FRDC and more broadly the Australian rural RDC context. The study will explore past leadership development initiatives, current trends, environmental factors and future issues facing leadership development.

While there is considerable research on leadership in general and leadership theory there is a paucity of leadership development research as it relates to rural RDCs. The focus of this study is exploratory and will focus on understanding and improving the leadership development capacity of the FRDC and its commercially focused sectors. There are multiple aims embedded in the study including:

1. Identify past developmental initiatives, return on investment, current trends, environmental factors, likely future demand and changes in the operational environment at the FRDC and rural RDC level.
2. Identifying how the FRDC and rural RDCs identify emerging leaders.
3. Identify the views of current senior industry leaders (i.e. industry association Board members) of current leadership capacity and leadership development.
4. Develop a set of guidelines for use by the FRDC and rural RDCs as a basis for leadership development.

The project's multiple project elements will provide the FRDC and rural RDCs with views and issues facing emerging, current and senior leadership.

Objectives

1. Explore the learnings and issues identified by seafood industry and rural RDC leaders.
2. Cataloguing the leadership journey amongst emerging, current and senior leaders across the seafood industry and rural RDCs.
3. Researcher achieves Learning Objectives by developing high level research and industry engagement skills through the life of the project.
4. Add to academic literature with regard to leadership development.

Growing future leaders in recreational fishing 2016 and beyond: Vic, Tas, NSW and SA

Project number: 2015-402
Project Status:
Completed
Budget expenditure: $9,491.50
Principal Investigator: Dallas W. D'Silva
Organisation: VRFish
Project start/end date: 5 Apr 2016 - 30 Jul 2016
Contact:
FRDC

Need

The recreational fishing sector is facing a national shortage of people to take on roles in leadership, administration, management, advocacy and representation. There is an urgent need to build capability to address real and practical issues that are impacting on the sectors development. This shortage of new people is hindering the advancement of the needs, goals and aspirations of the recreational fishing community.

The recreational fishing sector has passionate and committed individuals who continue to strive for a better deal for the sector. However, these same people work largely in a voluntary capacity and struggle to cope with the constant deluge of administration and advocacy required. The sector needs targeted programs with additional resources to develop new leadership. It is hoped that through this project, 10 budding future leaders from Victoria, Tasmania, NSW and South Australia are identified and provided the opportunity to better understand leadership concepts and fisheries management. In doing so, it will help them take the first step on a development journey that will see them chart and steer the sector forward to reach its full potential.

This proposal will benefit recreational fishing by building the next generation of recreational fishing leaders that can effectively advocate for sustainable and responsible fishing practices, but also against future threats to the sector. The proposal is critical if we are to have a proper succession plan in place to nurture future advocates for recreational fishing in the South East. Failure to invest in this area will lead to a future gap in new and informed fishing advocates and continue a concerning trend that new leaders are hard to find for the many and varied consultation processes run by Government departments.

The importance of investing in people development programs has been endorsed by the Fisheries Research Development Corporation, State fishery managers and RecFish Research. This application aligns closely with the proposal by Jill Briggs to conduct a skills audit and develop a broader framework for leadership development in the recreational fishing sector nationally.

Objectives

1. Support delivery of the national framework for future leadership development in the recreational fishing at the regional level (South East).
2. Bring together the next generation of recreational fishing leaders in a South East regional forum where they will be educated and mentored by a group of experienced and recognised leaders in recreational fishing advocacy and management.
3. Implement the agreed pathway for further leadership development in the recreational fishing industry.

Final report

ISBN: 978-0-6480683-0-3
Authors: Dallas D’Silva Malcolm Poole David Ciaravolo Mark Nikolai
Final Report • 2017-06-01 • 4.47 MB
2015-402-DLD.pdf

Summary

The recreational fishing sector has passionate and committed individuals who continue to strive for a better deal for the sector. However, these same people work largely in a voluntary capacity
and struggle to cope with the constant deluge of administration, representation and advocacy required. The sector needs targeted programs with additional resources to develop new leadership
capacities.

Following an expression of interest process run by the various State recreational fishing peak bodies, 11 budding future leaders from Victoria, Tasmania, New South Wales and South
Australia were identified and provided the opportunity to better understand leadership concepts and fisheries management. A five day intensive live-in course was held in Port Fairy in June
2016, with the support and assistance of fisheries managers, scientists, industry and peak bodies from across the South East. In doing so, it provided a forum for participants to take the first stepon a development journey. It is envisaged that this journey will see them steer the recreational fishing sector forward in the future, to reach its full potential.

Assisting commercial and recreational organisations adapt to national maritime safety standards

Project number: 2015-401
Project Status:
Completed
Budget expenditure: $79,460.00
Principal Investigator: Jo-Anne Ruscoe
Organisation: Fisheries Research and Development Corporation (FRDC)
Project start/end date: 21 Apr 2015 - 29 Oct 2016
Contact:
FRDC

Need

The Marine Safety (Domestic Commercial Vessel) National Law Act 2012 defines general safety obligations on both the Owner and Master. The Owner has a general safety obligation to implement and maintain a safety management system that ensures that the vessel and the operations of the vessel are, so far as reasonably practicable, safe. The Master also has a general safety obligation aboard the vessel to, so far as reasonably practicable, implement and comply with the safety management system for the vessel and the operations of the vessel. http://www.amsa.gov.au/domestic/vessels-operations-surveys/certificates-of-operation/

The Australian Maritime Safety Authority (AMSA) is rolling out a program of risk management and SMS workshops to help industry meet the National Standard for Commercial Vessels, Part E Operations. A number of other organisation are also delivering SMS training to meet Part E.
FRDC recognises that some industry sectors face particular challenges in accessing these programs, possibly due to location, timing, English language proficiency, or sector specific operations. These specific needs may be beyond the scope of these other programs. This funding will complement those programs by addressing these challenges.

The Australian Government’s Policy for a More Competitive and Sustainable Fisheries Sector (2013) included a commitment to assist commercial and recreational organisations adapt to National Maritime Safety Standards. Funding is provided by the Fisheries Research and Development Corporation on behalf of the Australian Government to deliver on this commitment.

Objectives

1. Manage funding to help industry meet the National Standard for Commercial Vessels, Part E Operations

Social and economic evaluation of NSW coastal aquaculture

Project number: 2015-302
Project Status:
Completed
Budget expenditure: $118,253.00
Principal Investigator: Kate Barclay
Organisation: University of Technology Sydney (UTS)
Project start/end date: 30 Jun 2015 - 29 Jun 2016
Contact:
FRDC

Need

The NSW coastal aquaculture industry needs sound information about its economic and social contributions to coastal communities for its continued access to coastal resources to address prevalent negative perceptions. Competing coastal uses such as marine protected areas for conservation purposes and havens for recreational fishing may compromise the viability of aquaculture. For example, in recent submissions to government about commercial shellfish aquaculture leases in Jervis Bay, one submission claimed: “The contribution to the local and regional economy is estimated to be no more than $2 million. Is it worth risking a $700 million tourism industry for this small return?” Responses to this submission relied on evidence from locations outside NSW because currently there is no information available about contributions aquaculture makes to NSW regional communities beyond the value of farm gate sales. It is possible that aquaculture may enhance tourism, as it does in other regions in Australia and overseas, rather than detract from it, but without evidence it is difficult to make the case.

The NSW coastal aquaculture industry and the NSW Department of Primary Industries (DPI) staff working on aquaculture have identified a need for a social and economic evaluation of the contributions the industry makes to regional communities. The new Marine Estate resource allocation process is based on assessments of social, economic and ecological values, threats and risks, highlighting absolute necessity of social and economic evaluations. Current trends for social responsibility reporting or certification for marketing also require social assessments. Finally, part of the need here is to improve the industry’s social license to operate. This project will provide baseline information that industry can then use to inform their community engagement strategies. DPI Aquaculture Manager Ian Lyall discovered that this kind of evaluation was planned for FRDC 2014/301 (on wild catch fisheries) and contacted the PI Kate Barclay to see if the same could be done for aquaculture, resulting in this proposal. DPI would benefit from this information for strategic planning for future development of coastal aquaculture.

Objectives

1. Evaluate the economic contribution of aquaculture production in relevant regions on the NSW coast, including the regional economic impacts such as multiplier effects and employment and contributions to related sectors within regions, building on previous similar studies.
2. Evaluate the social contributions of aquaculture for the same regions, including the participation of families in community organizations, heritage values of seafood production for regions, and the social aspects of economic contributions, building on previous studies.
3. Establish a methodology to be used for ongoing social and economic evaluations as part of government reporting and industry engagement, building on recent and ongoing work in this field.
4. Write a report integrating the social and economic evaluations for each region identifying the role of aquaculture in those communities, and highlighting threats to sustainability and viability, in a form suitable for engaging with local and state government agencies.

Social Science and Economics Research Coordination Program (SSERCP) – economic consultant services

Project number: 2015-300.20
Project Status:
Completed
Budget expenditure: $67,000.00
Principal Investigator: Sarah M. Jennings
Organisation: Sarah Jennings
Project start/end date: 2 Aug 2015 - 29 Jul 2016
Contact:
FRDC

Need

Request from Emily Ogier to sub contract Sarah Jennings for the economic component of the parent project 2015-300

Objectives

1. To provide economic consultancy to the Social Science and Economics Research Coordination Program (SSERCP).

Social Science and Economics Research Coordination Program (SSERCP)

Project number: 2015-300
Project Status:
Completed
Budget expenditure: $160,416.00
Principal Investigator: Emily Ogier
Organisation: University of Tasmania (UTAS)
Project start/end date: 28 Feb 2015 - 27 Feb 2018
Contact:
FRDC

Need

Phases I&II of the SSRCP successfully raised awareness of the need for, and increased the use of, social science fisheries research to improve fisheries and aquaculture sector outcomes. SSRCP I&ll also highlighted the need for a social sciences reference group for FRABs, researchers, industry and managing agencies, and for coordination of social science fisheries research.

Across this same period the societal needs and drivers impacting marine resource management have increased in importance (Barclay 2012; Mazur, Curtis et al. 2014). Further research activity is needed to address challenges regarding the social impacts, acceptability and sustainability of fisheries and aquaculture and to better integrate research across the social sciences (including economics) and between social and biological sciences. The 2014 FRDC Social Sciences Survey indicated broad support for continuation of SSRCP activity and highlighted the Program’s role in linking social science research outputs with decision-making and representations of the industry, brokering collaborations and in facilitating the uptake of FRDC’s key national interest projects.

While there is clear need for continuing the activities that have been the SSRCP’s remit, there is the scope to extend the suite of activities by working closely with the 'FishEcon' project and, post- 30/06/15, with its legacy activities (in particular the FishEcon Network). Such a partnership will result in efficiencies in the delivery of project activities, including newsletters and other networking activities, and in project administration; provide the opportunity to develop tighter integration between economics and the social sciences in research, extension and capability building.

Objectives

1. Support the FRDC to meet relevant objectives as outlined in its 2015-2020 RD&E Plan and the National Fishing and Aquaculture RD&E Strategy, as well as other needs arising from FRDC's existing programs and projects
2. Collaborate with the industry and managing agencies to identify emerging issues in wild harvest, aquaculture, post harvest, recreational and indigenous fishery sectors and the associated key social science and economics research needs
3. Co-ordinate and undertake the communication of key social science and economic research needs to the research community and research outcomes of the Program to fishers and management agencies.
4. Provide program management for social science and economics projects to ensure quality and relevance by undertaking evaluation and review of project proposals, and milestone and final reports.
5. Build further capability in fisheries social sciences and economics research to meet the needs of industry and managing agencies in addressing emerging issues in wild harvest, aquaculture, post harvest, recreational and indigenous fishery sectors

Final report

Author: Emily Ogier and Sarah Jennings
Final Report • 2018-01-01 • 644.67 KB
2015-300-DLD.pdf

Summary

The SSERCP project has been successful in providing timely and relevant advice to the drafting and reviewing stages of RD&E priorities, projects and reports in order to maximise beneficial outcomes of this investment for fisheries and aquaculture. It has been successful in supporting the FRDC and researchers in completing a number of high profile, high impacts projects (including the Social and Economic Evaluations of NSW Coastal Fisheries and Aquaculture, 2014-301 and 2015-302, and Beyond GVP 2013-301). It has also been able to establish strong working networks with leaders of other FRDC subprograms and a number of the RACs and IPAs. Capability in economics has been increased under the project, through the Higher Degree Research student projects commenced under the FishEcon project, and the delivery of the Masterclass in Fisheries Economics to managers and industry representatives alike.
 
The implications of the SSERCP have included:
• Establishment of a trusted multi-disciplinary reference group for industry, management agencies and research providers alike
• Improved collaborations, efficiencies and impact in delivering the social science and economic RD&E that FRDC stakeholders seek
• Improved networks and capability amongst researchers and professional members of industry and government able to deliver and adopt the social science and economic RD&E required
• A way forward for developing and expanding engagement activities by industry and government to address issues arising from reduced social license and acceptability, based on best available information (the ‘License to Engage handbook’)
 
Major recommendations arising from the SSERCP mid term evaluation include:
• That the FRDC should continue to support the coordination of social science and economics RD&E for fisheries and aquaculture; and, specifically,
• That the FRDC establish a social sciences and economics research subprogram with funds to allocate to RD&E, and in the design of such a subprogram:
  o Seek further mechanisms to consult and collaborate with the RACs and IPAs;
  o Improve the extension and adoption of major social science and economics RD&E project outputs; and
  o Increase awareness of its role and the role of social science and economics RD&E across the broader FRDC membership.
Final Report • 2018-01-01 • 644.67 KB
2015-300-DLD.pdf

Summary

The SSERCP project has been successful in providing timely and relevant advice to the drafting and reviewing stages of RD&E priorities, projects and reports in order to maximise beneficial outcomes of this investment for fisheries and aquaculture. It has been successful in supporting the FRDC and researchers in completing a number of high profile, high impacts projects (including the Social and Economic Evaluations of NSW Coastal Fisheries and Aquaculture, 2014-301 and 2015-302, and Beyond GVP 2013-301). It has also been able to establish strong working networks with leaders of other FRDC subprograms and a number of the RACs and IPAs. Capability in economics has been increased under the project, through the Higher Degree Research student projects commenced under the FishEcon project, and the delivery of the Masterclass in Fisheries Economics to managers and industry representatives alike.
 
The implications of the SSERCP have included:
• Establishment of a trusted multi-disciplinary reference group for industry, management agencies and research providers alike
• Improved collaborations, efficiencies and impact in delivering the social science and economic RD&E that FRDC stakeholders seek
• Improved networks and capability amongst researchers and professional members of industry and government able to deliver and adopt the social science and economic RD&E required
• A way forward for developing and expanding engagement activities by industry and government to address issues arising from reduced social license and acceptability, based on best available information (the ‘License to Engage handbook’)
 
Major recommendations arising from the SSERCP mid term evaluation include:
• That the FRDC should continue to support the coordination of social science and economics RD&E for fisheries and aquaculture; and, specifically,
• That the FRDC establish a social sciences and economics research subprogram with funds to allocate to RD&E, and in the design of such a subprogram:
  o Seek further mechanisms to consult and collaborate with the RACs and IPAs;
  o Improve the extension and adoption of major social science and economics RD&E project outputs; and
  o Increase awareness of its role and the role of social science and economics RD&E across the broader FRDC membership.
Final Report • 2018-01-01 • 644.67 KB
2015-300-DLD.pdf

Summary

The SSERCP project has been successful in providing timely and relevant advice to the drafting and reviewing stages of RD&E priorities, projects and reports in order to maximise beneficial outcomes of this investment for fisheries and aquaculture. It has been successful in supporting the FRDC and researchers in completing a number of high profile, high impacts projects (including the Social and Economic Evaluations of NSW Coastal Fisheries and Aquaculture, 2014-301 and 2015-302, and Beyond GVP 2013-301). It has also been able to establish strong working networks with leaders of other FRDC subprograms and a number of the RACs and IPAs. Capability in economics has been increased under the project, through the Higher Degree Research student projects commenced under the FishEcon project, and the delivery of the Masterclass in Fisheries Economics to managers and industry representatives alike.
 
The implications of the SSERCP have included:
• Establishment of a trusted multi-disciplinary reference group for industry, management agencies and research providers alike
• Improved collaborations, efficiencies and impact in delivering the social science and economic RD&E that FRDC stakeholders seek
• Improved networks and capability amongst researchers and professional members of industry and government able to deliver and adopt the social science and economic RD&E required
• A way forward for developing and expanding engagement activities by industry and government to address issues arising from reduced social license and acceptability, based on best available information (the ‘License to Engage handbook’)
 
Major recommendations arising from the SSERCP mid term evaluation include:
• That the FRDC should continue to support the coordination of social science and economics RD&E for fisheries and aquaculture; and, specifically,
• That the FRDC establish a social sciences and economics research subprogram with funds to allocate to RD&E, and in the design of such a subprogram:
  o Seek further mechanisms to consult and collaborate with the RACs and IPAs;
  o Improve the extension and adoption of major social science and economics RD&E project outputs; and
  o Increase awareness of its role and the role of social science and economics RD&E across the broader FRDC membership.
Final Report • 2018-01-01 • 644.67 KB
2015-300-DLD.pdf

Summary

The SSERCP project has been successful in providing timely and relevant advice to the drafting and reviewing stages of RD&E priorities, projects and reports in order to maximise beneficial outcomes of this investment for fisheries and aquaculture. It has been successful in supporting the FRDC and researchers in completing a number of high profile, high impacts projects (including the Social and Economic Evaluations of NSW Coastal Fisheries and Aquaculture, 2014-301 and 2015-302, and Beyond GVP 2013-301). It has also been able to establish strong working networks with leaders of other FRDC subprograms and a number of the RACs and IPAs. Capability in economics has been increased under the project, through the Higher Degree Research student projects commenced under the FishEcon project, and the delivery of the Masterclass in Fisheries Economics to managers and industry representatives alike.
 
The implications of the SSERCP have included:
• Establishment of a trusted multi-disciplinary reference group for industry, management agencies and research providers alike
• Improved collaborations, efficiencies and impact in delivering the social science and economic RD&E that FRDC stakeholders seek
• Improved networks and capability amongst researchers and professional members of industry and government able to deliver and adopt the social science and economic RD&E required
• A way forward for developing and expanding engagement activities by industry and government to address issues arising from reduced social license and acceptability, based on best available information (the ‘License to Engage handbook’)
 
Major recommendations arising from the SSERCP mid term evaluation include:
• That the FRDC should continue to support the coordination of social science and economics RD&E for fisheries and aquaculture; and, specifically,
• That the FRDC establish a social sciences and economics research subprogram with funds to allocate to RD&E, and in the design of such a subprogram:
  o Seek further mechanisms to consult and collaborate with the RACs and IPAs;
  o Improve the extension and adoption of major social science and economics RD&E project outputs; and
  o Increase awareness of its role and the role of social science and economics RD&E across the broader FRDC membership.
Final Report • 2018-01-01 • 644.67 KB
2015-300-DLD.pdf

Summary

The SSERCP project has been successful in providing timely and relevant advice to the drafting and reviewing stages of RD&E priorities, projects and reports in order to maximise beneficial outcomes of this investment for fisheries and aquaculture. It has been successful in supporting the FRDC and researchers in completing a number of high profile, high impacts projects (including the Social and Economic Evaluations of NSW Coastal Fisheries and Aquaculture, 2014-301 and 2015-302, and Beyond GVP 2013-301). It has also been able to establish strong working networks with leaders of other FRDC subprograms and a number of the RACs and IPAs. Capability in economics has been increased under the project, through the Higher Degree Research student projects commenced under the FishEcon project, and the delivery of the Masterclass in Fisheries Economics to managers and industry representatives alike.
 
The implications of the SSERCP have included:
• Establishment of a trusted multi-disciplinary reference group for industry, management agencies and research providers alike
• Improved collaborations, efficiencies and impact in delivering the social science and economic RD&E that FRDC stakeholders seek
• Improved networks and capability amongst researchers and professional members of industry and government able to deliver and adopt the social science and economic RD&E required
• A way forward for developing and expanding engagement activities by industry and government to address issues arising from reduced social license and acceptability, based on best available information (the ‘License to Engage handbook’)
 
Major recommendations arising from the SSERCP mid term evaluation include:
• That the FRDC should continue to support the coordination of social science and economics RD&E for fisheries and aquaculture; and, specifically,
• That the FRDC establish a social sciences and economics research subprogram with funds to allocate to RD&E, and in the design of such a subprogram:
  o Seek further mechanisms to consult and collaborate with the RACs and IPAs;
  o Improve the extension and adoption of major social science and economics RD&E project outputs; and
  o Increase awareness of its role and the role of social science and economics RD&E across the broader FRDC membership.

APFA IPA: RNAi treatment of broodstock to reduce disease impacts in farmed prawns

Project number: 2015-240
Project Status:
Completed
Budget expenditure: $150,000.00
Principal Investigator: Melony J. Sellars
Organisation: CSIRO Agriculture and Food Brisbane
Project start/end date: 7 Jun 2016 - 27 Feb 2018
Contact:
FRDC

Need

With the exception for one farm, the Australian prawn farming industry remains reliant on the use of wild broodstock in hatcheries to generate seed to stock farm ponds,. Due partly to problems with GAV often occurring at high prevalence in North Queensland (NQ) (eg. Etty Bay, Bingil Bay, Bramston Beach, Yorkeys Knob), GAV-free broodstock have increasingly been sought from more remote locations in the Northern Territory (NT) (eg. Joseph Bonaparte Gulf and Melville/Tiwi Island) (Cowley et al. 2016).

Broodstock pairs (male + female) typically cost ~$160 when sourced locally from NQ and ~$600 when sourced from NT. Hatcheries use in the order of 3,000 wild-caught broodstock pairs annually. Thus due to (i) the substantially higher costs of broodstock sourced from remote regions in NT, (ii) the detection of a GAV variant designated Yellow head virus genotype 7 (YHV7) amongst NT stock (Cowley et al. 2016) with commercially relevant pathogenic potential (CSIRO Unpublished data) and (iii) difficulties in supply continuity and transport stress, the use of a hatchery-based RNAi strategy to reduce or clear GAV infection from local NQ broodstock with potential to abrogate or curtail the vertical transmission of GAV to progeny would significantly benefit industry.

Proof-of-concept obtained in this project that RNAi can be up-scaled from experimental to hatchery-scale systems, and that progeny with markedly reduced GAV infection loads can be generated from carrier broodstock injected with dsRNA, will provide industry with the confidence needed to apply the technology commercially once an APVMA permit has been issued for its use.

Objectives

1. Knowledge of the ability of antivirals to abrogate vertical transmission of GAV from parents to progeny.
2. Knowledge of the heightened growth, survival and health performance of progeny from parents that received the antiviral compared progeny from parents that did not receive the antiviral, when reared under commercially comparable pond conditions.

Report

ISBN: 978-0-646-98999-0
Authors: Melony J Sellars Min Rao Brian S Murphy Jeff A Cowley
Report • 2018-02-01 • 1.51 MB
2015-240-DLD.pdf

Summary

Reported here are the outcomes of a project with original objectives to assess (i) the ability of injected double-stranded (ds)RNA antivirals to reduce Gill-associated virus (GAV) infection loads in Black Tiger prawn (Penaeus monodon) broodstock and whether this can (ii) reduce GAV infection prevalence/loads in progeny and (iii) result in improved growth performance and survival of progeny reared in research ponds under simulated commercial conditions.
As these project objectives were revised due to difficulties in sourcing wild broodstock infected with suitably high loads of GAV, also reported are data from agreed alternative project objectives showing that (i) Infectious hypodermal and hematopoietic necrosis virus (IHHNV) is transmitted vertically from infected female broodstock to progeny and that the IHHNV prevalence and infection loads in progeny are influenced by infection loads in their parental female and (ii) the high-load infections that develop in progeny spawned from females with higher-level IHHNV infection result in substantially reduced growth performance and survival of progeny reared in 0.16 ha ponds under simulated commercial conditions.
The screening of batches of wild P. monodon broodstock to identify locations where these might be infected with GAV at moderately-high loads suitable for the original project objectives identified GAV to be present at very low prevalence among prawns captured at various locations in the vicinity of Innisfail between May and June 2016. Similar screening also identified the absence of Yellow head virus genotype 7 (YHV7) in these broodstock.
Further to these objectives and data, it was agreed to include another project variation objective to investigate whether (i) dsRNA(s) injected into tail-muscle of female broodstock at the time eyestalks were ablated to induce ovary maturation/spawning could be detected by TaqMan real-time RT-qPCR in various tissues (i.e. pleopod, ovary and lymphoid organ) several days later when the female spawned and (ii) dsRNA might transfer from injected females to spawned eggs and be maintained or amplified through larval life stages (i.e. nauplii, protozoea, mysis) to an early post-larvae (PL) stage

Project products

Report • 2018-02-01 • 1.51 MB
2015-240-DLD.pdf

Summary

Reported here are the outcomes of a project with original objectives to assess (i) the ability of injected double-stranded (ds)RNA antivirals to reduce Gill-associated virus (GAV) infection loads in Black Tiger prawn (Penaeus monodon) broodstock and whether this can (ii) reduce GAV infection prevalence/loads in progeny and (iii) result in improved growth performance and survival of progeny reared in research ponds under simulated commercial conditions.
As these project objectives were revised due to difficulties in sourcing wild broodstock infected with suitably high loads of GAV, also reported are data from agreed alternative project objectives showing that (i) Infectious hypodermal and hematopoietic necrosis virus (IHHNV) is transmitted vertically from infected female broodstock to progeny and that the IHHNV prevalence and infection loads in progeny are influenced by infection loads in their parental female and (ii) the high-load infections that develop in progeny spawned from females with higher-level IHHNV infection result in substantially reduced growth performance and survival of progeny reared in 0.16 ha ponds under simulated commercial conditions.
The screening of batches of wild P. monodon broodstock to identify locations where these might be infected with GAV at moderately-high loads suitable for the original project objectives identified GAV to be present at very low prevalence among prawns captured at various locations in the vicinity of Innisfail between May and June 2016. Similar screening also identified the absence of Yellow head virus genotype 7 (YHV7) in these broodstock.
Further to these objectives and data, it was agreed to include another project variation objective to investigate whether (i) dsRNA(s) injected into tail-muscle of female broodstock at the time eyestalks were ablated to induce ovary maturation/spawning could be detected by TaqMan real-time RT-qPCR in various tissues (i.e. pleopod, ovary and lymphoid organ) several days later when the female spawned and (ii) dsRNA might transfer from injected females to spawned eggs and be maintained or amplified through larval life stages (i.e. nauplii, protozoea, mysis) to an early post-larvae (PL) stage
Report • 2018-02-01 • 1.51 MB
2015-240-DLD.pdf

Summary

Reported here are the outcomes of a project with original objectives to assess (i) the ability of injected double-stranded (ds)RNA antivirals to reduce Gill-associated virus (GAV) infection loads in Black Tiger prawn (Penaeus monodon) broodstock and whether this can (ii) reduce GAV infection prevalence/loads in progeny and (iii) result in improved growth performance and survival of progeny reared in research ponds under simulated commercial conditions.
As these project objectives were revised due to difficulties in sourcing wild broodstock infected with suitably high loads of GAV, also reported are data from agreed alternative project objectives showing that (i) Infectious hypodermal and hematopoietic necrosis virus (IHHNV) is transmitted vertically from infected female broodstock to progeny and that the IHHNV prevalence and infection loads in progeny are influenced by infection loads in their parental female and (ii) the high-load infections that develop in progeny spawned from females with higher-level IHHNV infection result in substantially reduced growth performance and survival of progeny reared in 0.16 ha ponds under simulated commercial conditions.
The screening of batches of wild P. monodon broodstock to identify locations where these might be infected with GAV at moderately-high loads suitable for the original project objectives identified GAV to be present at very low prevalence among prawns captured at various locations in the vicinity of Innisfail between May and June 2016. Similar screening also identified the absence of Yellow head virus genotype 7 (YHV7) in these broodstock.
Further to these objectives and data, it was agreed to include another project variation objective to investigate whether (i) dsRNA(s) injected into tail-muscle of female broodstock at the time eyestalks were ablated to induce ovary maturation/spawning could be detected by TaqMan real-time RT-qPCR in various tissues (i.e. pleopod, ovary and lymphoid organ) several days later when the female spawned and (ii) dsRNA might transfer from injected females to spawned eggs and be maintained or amplified through larval life stages (i.e. nauplii, protozoea, mysis) to an early post-larvae (PL) stage
Report • 2018-02-01 • 1.51 MB
2015-240-DLD.pdf

Summary

Reported here are the outcomes of a project with original objectives to assess (i) the ability of injected double-stranded (ds)RNA antivirals to reduce Gill-associated virus (GAV) infection loads in Black Tiger prawn (Penaeus monodon) broodstock and whether this can (ii) reduce GAV infection prevalence/loads in progeny and (iii) result in improved growth performance and survival of progeny reared in research ponds under simulated commercial conditions.
As these project objectives were revised due to difficulties in sourcing wild broodstock infected with suitably high loads of GAV, also reported are data from agreed alternative project objectives showing that (i) Infectious hypodermal and hematopoietic necrosis virus (IHHNV) is transmitted vertically from infected female broodstock to progeny and that the IHHNV prevalence and infection loads in progeny are influenced by infection loads in their parental female and (ii) the high-load infections that develop in progeny spawned from females with higher-level IHHNV infection result in substantially reduced growth performance and survival of progeny reared in 0.16 ha ponds under simulated commercial conditions.
The screening of batches of wild P. monodon broodstock to identify locations where these might be infected with GAV at moderately-high loads suitable for the original project objectives identified GAV to be present at very low prevalence among prawns captured at various locations in the vicinity of Innisfail between May and June 2016. Similar screening also identified the absence of Yellow head virus genotype 7 (YHV7) in these broodstock.
Further to these objectives and data, it was agreed to include another project variation objective to investigate whether (i) dsRNA(s) injected into tail-muscle of female broodstock at the time eyestalks were ablated to induce ovary maturation/spawning could be detected by TaqMan real-time RT-qPCR in various tissues (i.e. pleopod, ovary and lymphoid organ) several days later when the female spawned and (ii) dsRNA might transfer from injected females to spawned eggs and be maintained or amplified through larval life stages (i.e. nauplii, protozoea, mysis) to an early post-larvae (PL) stage
Report • 2018-02-01 • 1.51 MB
2015-240-DLD.pdf

Summary

Reported here are the outcomes of a project with original objectives to assess (i) the ability of injected double-stranded (ds)RNA antivirals to reduce Gill-associated virus (GAV) infection loads in Black Tiger prawn (Penaeus monodon) broodstock and whether this can (ii) reduce GAV infection prevalence/loads in progeny and (iii) result in improved growth performance and survival of progeny reared in research ponds under simulated commercial conditions.
As these project objectives were revised due to difficulties in sourcing wild broodstock infected with suitably high loads of GAV, also reported are data from agreed alternative project objectives showing that (i) Infectious hypodermal and hematopoietic necrosis virus (IHHNV) is transmitted vertically from infected female broodstock to progeny and that the IHHNV prevalence and infection loads in progeny are influenced by infection loads in their parental female and (ii) the high-load infections that develop in progeny spawned from females with higher-level IHHNV infection result in substantially reduced growth performance and survival of progeny reared in 0.16 ha ponds under simulated commercial conditions.
The screening of batches of wild P. monodon broodstock to identify locations where these might be infected with GAV at moderately-high loads suitable for the original project objectives identified GAV to be present at very low prevalence among prawns captured at various locations in the vicinity of Innisfail between May and June 2016. Similar screening also identified the absence of Yellow head virus genotype 7 (YHV7) in these broodstock.
Further to these objectives and data, it was agreed to include another project variation objective to investigate whether (i) dsRNA(s) injected into tail-muscle of female broodstock at the time eyestalks were ablated to induce ovary maturation/spawning could be detected by TaqMan real-time RT-qPCR in various tissues (i.e. pleopod, ovary and lymphoid organ) several days later when the female spawned and (ii) dsRNA might transfer from injected females to spawned eggs and be maintained or amplified through larval life stages (i.e. nauplii, protozoea, mysis) to an early post-larvae (PL) stage

Oysters Australia IPA: Pacific Oyster Mortality Syndrome - resistant Oyster breeding for a sustainable Pacific Oyster Industry in Australia

Project number: 2015-239
Project Status:
Completed
Budget expenditure: $984,455.00
Principal Investigator: Len Stephens
Organisation: Australian Seafood Industries Pty Ltd (ASI)
Project start/end date: 11 May 2016 - 24 Aug 2017
Contact:
FRDC

Need

The most effective approach to mitigate POMS is to breed oysters that are genetically resistant to it.Australian Seafood Industries Pty Ltd (ASI), a company owned by the oyster industry and established for the sole purpose of breeding oysters has commenced work to produce a POMS resistant Pacific Oyster. Excellent progress was achieved so that when R&D funding from the The Seafood Seafood CRC ceased in 2014, all state industry bodies agreed to implement a levy based on oyster spat sales to continue the research. The objective of genetic selection for POMS resistance is to identify oyster families that survive natural infection and can then be used for future breeding. In conjunction with industry, ASI set the standard for POMS resistance at “70% of individuals in an oyster family surviving a POMS challenge as 1 year old animals”. The research has progressed well and it was expected to make the first commercial supply of POMS resistant broodstock that meet this standard in 2018. This progress has been interrupted by the outbreak of POMS.

The occurrence of POMS in Tasmania and the consequential quarantine and control procedures implemented between States to limit spread of the disease means that sale of normal oyster spat will be minimal for the foreseeable future. Ensuring the fast tracking of ASI's breeding program for improved genetic progress and commercial supply was assessed as the top priority for industry in the recently released report "A National Industry Response to Pacific Oyster Mortality Syndrome (POMS)" authored by Jan Davis for Oysters Australia (FRDC project 2015-406).

Objectives

1. To achieve genetic gains in POMS resistance in the ASI population by 14% per year
2. To commercialise the most resistant ASI families to improve commercial viability of Pacific Oyster growers in Australia. Broodstock with a predicted survival as 1 year old animals of 80% commercially available by the end of the project
3. Support industry peak bodies in their consideration of mechanisms for emergency response arrangements.

Final report

Author: Matthew Cunningham
Final Report • 2022-10-01 • 1.05 MB
2015-239-DLD.pdf

Summary

This report describes selective breeding research and extension conducted by Australian Seafood Industries Pty Ltd (ASI) to assist the Pacific Oyster industry’s recovery from an outbreak of Pacific Oyster Mortality Syndrome (POMS) in Tasmania in 2016. The report also describes research to produce POMS resistant oysters in South Australia, in the absence of widespread disease in that state.
Final Report • 2022-10-01 • 1.05 MB
2015-239-DLD.pdf

Summary

This report describes selective breeding research and extension conducted by Australian Seafood Industries Pty Ltd (ASI) to assist the Pacific Oyster industry’s recovery from an outbreak of Pacific Oyster Mortality Syndrome (POMS) in Tasmania in 2016. The report also describes research to produce POMS resistant oysters in South Australia, in the absence of widespread disease in that state.
Final Report • 2022-10-01 • 1.05 MB
2015-239-DLD.pdf

Summary

This report describes selective breeding research and extension conducted by Australian Seafood Industries Pty Ltd (ASI) to assist the Pacific Oyster industry’s recovery from an outbreak of Pacific Oyster Mortality Syndrome (POMS) in Tasmania in 2016. The report also describes research to produce POMS resistant oysters in South Australia, in the absence of widespread disease in that state.
Final Report • 2022-10-01 • 1.05 MB
2015-239-DLD.pdf

Summary

This report describes selective breeding research and extension conducted by Australian Seafood Industries Pty Ltd (ASI) to assist the Pacific Oyster industry’s recovery from an outbreak of Pacific Oyster Mortality Syndrome (POMS) in Tasmania in 2016. The report also describes research to produce POMS resistant oysters in South Australia, in the absence of widespread disease in that state.
Final Report • 2022-10-01 • 1.05 MB
2015-239-DLD.pdf

Summary

This report describes selective breeding research and extension conducted by Australian Seafood Industries Pty Ltd (ASI) to assist the Pacific Oyster industry’s recovery from an outbreak of Pacific Oyster Mortality Syndrome (POMS) in Tasmania in 2016. The report also describes research to produce POMS resistant oysters in South Australia, in the absence of widespread disease in that state.

Rural R and D for Profit: Easy-Open Oyster automation

Project number: 2015-238
Project Status:
Completed
Budget expenditure: $458,814.84
Principal Investigator: Len Stephens
Organisation: Dr Len Stephens
Project start/end date: 14 Jun 2016 - 21 Jun 2018
Contact:
FRDC

Need

Almost all of the 500 oyster farms in Australia are family farm operations. The annual GVP of the industry is not growing consistently and the number of farms is declining due to the devastation caused by the disease POMS in NSW estuaries. Research by the Seafood CRC showed that only 44% of Australians ever eat oysters and less than 4% eat them regularly. The days when oysters were an expensive delicacy are gone. Oysters are now a loss leader in many seafood outlets. To combat this decline many oyster growers are forming alliances to market their oysters direct to restaurants in Australia and Asia. These offerings are based on freshness and provenance. To deliver on both these promises, the oyster must be delivered to the restaurant live and unopened. Shucking must then be undertaken by an experienced person.

The difficulty in shucking oysters experienced by many people limits the demand for oysters. Most oysters are shucked by staff employed by wholesalers and sold in the half shell. All wholesalers report difficulty in maintaining shucking staff. Also, the eating experience of half shell oysters is inferior to that of freshly shucked oysters.

The easy-open oyster concept was designed to overcome these issues and to lift consumer demand for oysters, thereby enabling the industry to grow. This project aims to deliver at least a 15% premium on the price received by farmers for provenance-guaranteed Easy-Open oysters. In the longer term the desired outcome for oyster farmers is to increase both the volume and annual GVP of oyster sales in Australia.

Objectives

1. To investigate the use of robotic and laser vision guidance technology to design an automatic system for the Easy-Open process that meets the required performance characteristics of speed, quality and cost effectiveness.
2. To manufacture and commission “Easy Open” Oyster processing machine, for evaluation by three oyster wholesalers.
3. T o have the system commercially manufactured and adopted by the industry.

Final report

Author: Len Stephens
Final Report • 2018-12-19 • 1.71 MB
2015-238 DLD.pdf

Summary

This project attempted to overcome the consumer barrier to oyster shucking by developing the idea of an Easy Open oyster suggested by Mr Robert Simmonds, owner of Oyster Bob Pty Ltd. This entailed making a slit in the edge of the oyster shell and resealing it with wax so that the oyster remained alive but could be easily opened later by easily placing a knife through the slit and cutting the muscle that holds together the two shells of the oyster. To enable production of sufficient volumes of Easy Open oysters the process had to be automated. It then had to be evaluated under commercial conditions.

This project used robotic technology plus vision and sensing systems based on three dimensional laser cameras to automate the Easy-Open process.

A prototype machine was designed and manufactured by Scott Automation and Robotics Pty Ltd and was evaluated for commercial suitability by Oyster Bob at a seafood processing factory in Adelaide.

Success criteria were established at the start of the project, as follows:

  • At least 30 dozen oysters processed per hour, with minimal rejects.
  • Processed oysters remain alive for at least eight days.
  • Wax covering is neat and does not crack or break off during transport.
  • Processed oysters can be easily opened by an unskilled person.
  • Little or no shell dust found inside the oyster after cutting.
  • Customer feedback is positive.
  • Labels can be attached to the processed oysters.

All of these criteria were ultimately met. The process of cutting and waxing oysters is now protected by Australian Innovation Patent number 2018100256, owned by FRDC.

Final Report • 2018-12-19 • 1.71 MB
2015-238 DLD.pdf

Summary

This project attempted to overcome the consumer barrier to oyster shucking by developing the idea of an Easy Open oyster suggested by Mr Robert Simmonds, owner of Oyster Bob Pty Ltd. This entailed making a slit in the edge of the oyster shell and resealing it with wax so that the oyster remained alive but could be easily opened later by easily placing a knife through the slit and cutting the muscle that holds together the two shells of the oyster. To enable production of sufficient volumes of Easy Open oysters the process had to be automated. It then had to be evaluated under commercial conditions.

This project used robotic technology plus vision and sensing systems based on three dimensional laser cameras to automate the Easy-Open process.

A prototype machine was designed and manufactured by Scott Automation and Robotics Pty Ltd and was evaluated for commercial suitability by Oyster Bob at a seafood processing factory in Adelaide.

Success criteria were established at the start of the project, as follows:

  • At least 30 dozen oysters processed per hour, with minimal rejects.
  • Processed oysters remain alive for at least eight days.
  • Wax covering is neat and does not crack or break off during transport.
  • Processed oysters can be easily opened by an unskilled person.
  • Little or no shell dust found inside the oyster after cutting.
  • Customer feedback is positive.
  • Labels can be attached to the processed oysters.

All of these criteria were ultimately met. The process of cutting and waxing oysters is now protected by Australian Innovation Patent number 2018100256, owned by FRDC.

Final Report • 2018-12-19 • 1.71 MB
2015-238 DLD.pdf

Summary

This project attempted to overcome the consumer barrier to oyster shucking by developing the idea of an Easy Open oyster suggested by Mr Robert Simmonds, owner of Oyster Bob Pty Ltd. This entailed making a slit in the edge of the oyster shell and resealing it with wax so that the oyster remained alive but could be easily opened later by easily placing a knife through the slit and cutting the muscle that holds together the two shells of the oyster. To enable production of sufficient volumes of Easy Open oysters the process had to be automated. It then had to be evaluated under commercial conditions.

This project used robotic technology plus vision and sensing systems based on three dimensional laser cameras to automate the Easy-Open process.

A prototype machine was designed and manufactured by Scott Automation and Robotics Pty Ltd and was evaluated for commercial suitability by Oyster Bob at a seafood processing factory in Adelaide.

Success criteria were established at the start of the project, as follows:

  • At least 30 dozen oysters processed per hour, with minimal rejects.
  • Processed oysters remain alive for at least eight days.
  • Wax covering is neat and does not crack or break off during transport.
  • Processed oysters can be easily opened by an unskilled person.
  • Little or no shell dust found inside the oyster after cutting.
  • Customer feedback is positive.
  • Labels can be attached to the processed oysters.

All of these criteria were ultimately met. The process of cutting and waxing oysters is now protected by Australian Innovation Patent number 2018100256, owned by FRDC.

Final Report • 2018-12-19 • 1.71 MB
2015-238 DLD.pdf

Summary

This project attempted to overcome the consumer barrier to oyster shucking by developing the idea of an Easy Open oyster suggested by Mr Robert Simmonds, owner of Oyster Bob Pty Ltd. This entailed making a slit in the edge of the oyster shell and resealing it with wax so that the oyster remained alive but could be easily opened later by easily placing a knife through the slit and cutting the muscle that holds together the two shells of the oyster. To enable production of sufficient volumes of Easy Open oysters the process had to be automated. It then had to be evaluated under commercial conditions.

This project used robotic technology plus vision and sensing systems based on three dimensional laser cameras to automate the Easy-Open process.

A prototype machine was designed and manufactured by Scott Automation and Robotics Pty Ltd and was evaluated for commercial suitability by Oyster Bob at a seafood processing factory in Adelaide.

Success criteria were established at the start of the project, as follows:

  • At least 30 dozen oysters processed per hour, with minimal rejects.
  • Processed oysters remain alive for at least eight days.
  • Wax covering is neat and does not crack or break off during transport.
  • Processed oysters can be easily opened by an unskilled person.
  • Little or no shell dust found inside the oyster after cutting.
  • Customer feedback is positive.
  • Labels can be attached to the processed oysters.

All of these criteria were ultimately met. The process of cutting and waxing oysters is now protected by Australian Innovation Patent number 2018100256, owned by FRDC.

Final Report • 2018-12-19 • 1.71 MB
2015-238 DLD.pdf

Summary

This project attempted to overcome the consumer barrier to oyster shucking by developing the idea of an Easy Open oyster suggested by Mr Robert Simmonds, owner of Oyster Bob Pty Ltd. This entailed making a slit in the edge of the oyster shell and resealing it with wax so that the oyster remained alive but could be easily opened later by easily placing a knife through the slit and cutting the muscle that holds together the two shells of the oyster. To enable production of sufficient volumes of Easy Open oysters the process had to be automated. It then had to be evaluated under commercial conditions.

This project used robotic technology plus vision and sensing systems based on three dimensional laser cameras to automate the Easy-Open process.

A prototype machine was designed and manufactured by Scott Automation and Robotics Pty Ltd and was evaluated for commercial suitability by Oyster Bob at a seafood processing factory in Adelaide.

Success criteria were established at the start of the project, as follows:

  • At least 30 dozen oysters processed per hour, with minimal rejects.
  • Processed oysters remain alive for at least eight days.
  • Wax covering is neat and does not crack or break off during transport.
  • Processed oysters can be easily opened by an unskilled person.
  • Little or no shell dust found inside the oyster after cutting.
  • Customer feedback is positive.
  • Labels can be attached to the processed oysters.

All of these criteria were ultimately met. The process of cutting and waxing oysters is now protected by Australian Innovation Patent number 2018100256, owned by FRDC.

WRL IPA: review and analysis of the risks associated with the sustainable development of the WA Rock Lobster industry

Project number: 2015-237
Project Status:
Completed
Budget expenditure: $59,150.00
Principal Investigator: Peter Cooke
Organisation: Western Rock Lobster Council Inc (WRLC)
Project start/end date: 30 May 2016 - 30 Jul 2016
Contact:
FRDC

Need

The Board of the WRLC has identified the pressing need for both the Board itself and the general membership to have a better understanding the the non-ecological risks associated with managing their fishery. In this context risk is defined as the effect of uncertainty on the ability of the organisation to meet its objectives. The management of this risk is is via arrange of activities that the organisation intentionally undertakes to understand and reduce the effect of uncertainty. This has not been attempted before and in order to meet the objective it is necessary to create a risk management framework in accordance with AS/NZS ISO 3100/2009 Risk Management Principles and Guidelines. This is necessary because the Standard provides the starting point, a standard vocabulary and a baseline for comparisons and assessments of risk management processes. It is however also critical that judicious use of terminology and vocabulary is employed when engaging with industry and the WRLC Board recognises that if the wider industry is to be confident that its Board is acting to best practice then the industry fully understands what that means.

Objectives

1. Building a risk-management framework for the Western Rock Lobster Industry
View Filter

Species

Organisation