4,038 results

Development of culture techniques for spawning and larval rearing of WA dhufish (Glaucosoma hebraicum).

Project number: 1995-095
Project Status:
Completed
Budget expenditure: $65,967.00
Principal Investigator: Charlie Thorn
Organisation: Department of Primary Industries and Regional Development (DPIRD) WA
Project start/end date: 29 Dec 1995 - 30 Dec 1996
Contact:
FRDC

Objectives

1. The production of fertilised eggs from wild fish
2. Production of fertilised eggs from captive fish
3. Larval rearing

Final report

Author: F.N. Pironet and G.I. Jenkins
Final Report • 1996-10-04 • 1.64 MB
1995-095-DLD.pdf

Summary

By world standards Australia has not developed a significant marine finfish fanning industry. One of the principal constraints has been the absence of suitable technology for Australian species. This technology is currently being developed in a number of research facilities in temperate regions of Australia.

There are currently several companies intending to farm marine finfish in Western Australia. The species intended for culture (snapper and black bream) have medium level prospects for price and markets. An urgent need exists for the development of technology suitable to culture a high priced market driven species, such as the WA dhufish reported here, to support the endeavours of this fledgling industry.

Information was obtained during the course of this project for WA dhufish for fish capture, growth rates, fish health, egg production and larval requirements.

Keywords: fish culture; aquaculture development; aquaculture techniques; egg production; larval development; Glaucosoma hebraicum; WA dhufish; jewfish.

Final Report • 1996-10-04 • 1.64 MB
1995-095-DLD.pdf

Summary

By world standards Australia has not developed a significant marine finfish fanning industry. One of the principal constraints has been the absence of suitable technology for Australian species. This technology is currently being developed in a number of research facilities in temperate regions of Australia.

There are currently several companies intending to farm marine finfish in Western Australia. The species intended for culture (snapper and black bream) have medium level prospects for price and markets. An urgent need exists for the development of technology suitable to culture a high priced market driven species, such as the WA dhufish reported here, to support the endeavours of this fledgling industry.

Information was obtained during the course of this project for WA dhufish for fish capture, growth rates, fish health, egg production and larval requirements.

Keywords: fish culture; aquaculture development; aquaculture techniques; egg production; larval development; Glaucosoma hebraicum; WA dhufish; jewfish.

Final Report • 1996-10-04 • 1.64 MB
1995-095-DLD.pdf

Summary

By world standards Australia has not developed a significant marine finfish fanning industry. One of the principal constraints has been the absence of suitable technology for Australian species. This technology is currently being developed in a number of research facilities in temperate regions of Australia.

There are currently several companies intending to farm marine finfish in Western Australia. The species intended for culture (snapper and black bream) have medium level prospects for price and markets. An urgent need exists for the development of technology suitable to culture a high priced market driven species, such as the WA dhufish reported here, to support the endeavours of this fledgling industry.

Information was obtained during the course of this project for WA dhufish for fish capture, growth rates, fish health, egg production and larval requirements.

Keywords: fish culture; aquaculture development; aquaculture techniques; egg production; larval development; Glaucosoma hebraicum; WA dhufish; jewfish.

Final Report • 1996-10-04 • 1.64 MB
1995-095-DLD.pdf

Summary

By world standards Australia has not developed a significant marine finfish fanning industry. One of the principal constraints has been the absence of suitable technology for Australian species. This technology is currently being developed in a number of research facilities in temperate regions of Australia.

There are currently several companies intending to farm marine finfish in Western Australia. The species intended for culture (snapper and black bream) have medium level prospects for price and markets. An urgent need exists for the development of technology suitable to culture a high priced market driven species, such as the WA dhufish reported here, to support the endeavours of this fledgling industry.

Information was obtained during the course of this project for WA dhufish for fish capture, growth rates, fish health, egg production and larval requirements.

Keywords: fish culture; aquaculture development; aquaculture techniques; egg production; larval development; Glaucosoma hebraicum; WA dhufish; jewfish.

Final Report • 1996-10-04 • 1.64 MB
1995-095-DLD.pdf

Summary

By world standards Australia has not developed a significant marine finfish fanning industry. One of the principal constraints has been the absence of suitable technology for Australian species. This technology is currently being developed in a number of research facilities in temperate regions of Australia.

There are currently several companies intending to farm marine finfish in Western Australia. The species intended for culture (snapper and black bream) have medium level prospects for price and markets. An urgent need exists for the development of technology suitable to culture a high priced market driven species, such as the WA dhufish reported here, to support the endeavours of this fledgling industry.

Information was obtained during the course of this project for WA dhufish for fish capture, growth rates, fish health, egg production and larval requirements.

Keywords: fish culture; aquaculture development; aquaculture techniques; egg production; larval development; Glaucosoma hebraicum; WA dhufish; jewfish.

Final Report • 1996-10-04 • 1.64 MB
1995-095-DLD.pdf

Summary

By world standards Australia has not developed a significant marine finfish fanning industry. One of the principal constraints has been the absence of suitable technology for Australian species. This technology is currently being developed in a number of research facilities in temperate regions of Australia.

There are currently several companies intending to farm marine finfish in Western Australia. The species intended for culture (snapper and black bream) have medium level prospects for price and markets. An urgent need exists for the development of technology suitable to culture a high priced market driven species, such as the WA dhufish reported here, to support the endeavours of this fledgling industry.

Information was obtained during the course of this project for WA dhufish for fish capture, growth rates, fish health, egg production and larval requirements.

Keywords: fish culture; aquaculture development; aquaculture techniques; egg production; larval development; Glaucosoma hebraicum; WA dhufish; jewfish.

Final Report • 1996-10-04 • 1.64 MB
1995-095-DLD.pdf

Summary

By world standards Australia has not developed a significant marine finfish fanning industry. One of the principal constraints has been the absence of suitable technology for Australian species. This technology is currently being developed in a number of research facilities in temperate regions of Australia.

There are currently several companies intending to farm marine finfish in Western Australia. The species intended for culture (snapper and black bream) have medium level prospects for price and markets. An urgent need exists for the development of technology suitable to culture a high priced market driven species, such as the WA dhufish reported here, to support the endeavours of this fledgling industry.

Information was obtained during the course of this project for WA dhufish for fish capture, growth rates, fish health, egg production and larval requirements.

Keywords: fish culture; aquaculture development; aquaculture techniques; egg production; larval development; Glaucosoma hebraicum; WA dhufish; jewfish.

Final Report • 1996-10-04 • 1.64 MB
1995-095-DLD.pdf

Summary

By world standards Australia has not developed a significant marine finfish fanning industry. One of the principal constraints has been the absence of suitable technology for Australian species. This technology is currently being developed in a number of research facilities in temperate regions of Australia.

There are currently several companies intending to farm marine finfish in Western Australia. The species intended for culture (snapper and black bream) have medium level prospects for price and markets. An urgent need exists for the development of technology suitable to culture a high priced market driven species, such as the WA dhufish reported here, to support the endeavours of this fledgling industry.

Information was obtained during the course of this project for WA dhufish for fish capture, growth rates, fish health, egg production and larval requirements.

Keywords: fish culture; aquaculture development; aquaculture techniques; egg production; larval development; Glaucosoma hebraicum; WA dhufish; jewfish.

Final Report • 1996-10-04 • 1.64 MB
1995-095-DLD.pdf

Summary

By world standards Australia has not developed a significant marine finfish fanning industry. One of the principal constraints has been the absence of suitable technology for Australian species. This technology is currently being developed in a number of research facilities in temperate regions of Australia.

There are currently several companies intending to farm marine finfish in Western Australia. The species intended for culture (snapper and black bream) have medium level prospects for price and markets. An urgent need exists for the development of technology suitable to culture a high priced market driven species, such as the WA dhufish reported here, to support the endeavours of this fledgling industry.

Information was obtained during the course of this project for WA dhufish for fish capture, growth rates, fish health, egg production and larval requirements.

Keywords: fish culture; aquaculture development; aquaculture techniques; egg production; larval development; Glaucosoma hebraicum; WA dhufish; jewfish.

Final Report • 1996-10-04 • 1.64 MB
1995-095-DLD.pdf

Summary

By world standards Australia has not developed a significant marine finfish fanning industry. One of the principal constraints has been the absence of suitable technology for Australian species. This technology is currently being developed in a number of research facilities in temperate regions of Australia.

There are currently several companies intending to farm marine finfish in Western Australia. The species intended for culture (snapper and black bream) have medium level prospects for price and markets. An urgent need exists for the development of technology suitable to culture a high priced market driven species, such as the WA dhufish reported here, to support the endeavours of this fledgling industry.

Information was obtained during the course of this project for WA dhufish for fish capture, growth rates, fish health, egg production and larval requirements.

Keywords: fish culture; aquaculture development; aquaculture techniques; egg production; larval development; Glaucosoma hebraicum; WA dhufish; jewfish.

Final Report • 1996-10-04 • 1.64 MB
1995-095-DLD.pdf

Summary

By world standards Australia has not developed a significant marine finfish fanning industry. One of the principal constraints has been the absence of suitable technology for Australian species. This technology is currently being developed in a number of research facilities in temperate regions of Australia.

There are currently several companies intending to farm marine finfish in Western Australia. The species intended for culture (snapper and black bream) have medium level prospects for price and markets. An urgent need exists for the development of technology suitable to culture a high priced market driven species, such as the WA dhufish reported here, to support the endeavours of this fledgling industry.

Information was obtained during the course of this project for WA dhufish for fish capture, growth rates, fish health, egg production and larval requirements.

Keywords: fish culture; aquaculture development; aquaculture techniques; egg production; larval development; Glaucosoma hebraicum; WA dhufish; jewfish.

Final Report • 1996-10-04 • 1.64 MB
1995-095-DLD.pdf

Summary

By world standards Australia has not developed a significant marine finfish fanning industry. One of the principal constraints has been the absence of suitable technology for Australian species. This technology is currently being developed in a number of research facilities in temperate regions of Australia.

There are currently several companies intending to farm marine finfish in Western Australia. The species intended for culture (snapper and black bream) have medium level prospects for price and markets. An urgent need exists for the development of technology suitable to culture a high priced market driven species, such as the WA dhufish reported here, to support the endeavours of this fledgling industry.

Information was obtained during the course of this project for WA dhufish for fish capture, growth rates, fish health, egg production and larval requirements.

Keywords: fish culture; aquaculture development; aquaculture techniques; egg production; larval development; Glaucosoma hebraicum; WA dhufish; jewfish.

Final Report • 1996-10-04 • 1.64 MB
1995-095-DLD.pdf

Summary

By world standards Australia has not developed a significant marine finfish fanning industry. One of the principal constraints has been the absence of suitable technology for Australian species. This technology is currently being developed in a number of research facilities in temperate regions of Australia.

There are currently several companies intending to farm marine finfish in Western Australia. The species intended for culture (snapper and black bream) have medium level prospects for price and markets. An urgent need exists for the development of technology suitable to culture a high priced market driven species, such as the WA dhufish reported here, to support the endeavours of this fledgling industry.

Information was obtained during the course of this project for WA dhufish for fish capture, growth rates, fish health, egg production and larval requirements.

Keywords: fish culture; aquaculture development; aquaculture techniques; egg production; larval development; Glaucosoma hebraicum; WA dhufish; jewfish.

Final Report • 1996-10-04 • 1.64 MB
1995-095-DLD.pdf

Summary

By world standards Australia has not developed a significant marine finfish fanning industry. One of the principal constraints has been the absence of suitable technology for Australian species. This technology is currently being developed in a number of research facilities in temperate regions of Australia.

There are currently several companies intending to farm marine finfish in Western Australia. The species intended for culture (snapper and black bream) have medium level prospects for price and markets. An urgent need exists for the development of technology suitable to culture a high priced market driven species, such as the WA dhufish reported here, to support the endeavours of this fledgling industry.

Information was obtained during the course of this project for WA dhufish for fish capture, growth rates, fish health, egg production and larval requirements.

Keywords: fish culture; aquaculture development; aquaculture techniques; egg production; larval development; Glaucosoma hebraicum; WA dhufish; jewfish.

Final Report • 1996-10-04 • 1.64 MB
1995-095-DLD.pdf

Summary

By world standards Australia has not developed a significant marine finfish fanning industry. One of the principal constraints has been the absence of suitable technology for Australian species. This technology is currently being developed in a number of research facilities in temperate regions of Australia.

There are currently several companies intending to farm marine finfish in Western Australia. The species intended for culture (snapper and black bream) have medium level prospects for price and markets. An urgent need exists for the development of technology suitable to culture a high priced market driven species, such as the WA dhufish reported here, to support the endeavours of this fledgling industry.

Information was obtained during the course of this project for WA dhufish for fish capture, growth rates, fish health, egg production and larval requirements.

Keywords: fish culture; aquaculture development; aquaculture techniques; egg production; larval development; Glaucosoma hebraicum; WA dhufish; jewfish.

Environment
PROJECT NUMBER • 2014-004
PROJECT STATUS:
COMPLETED

Mitigation measures to reduce entanglements of migrating whales with commercial fishing gear

This project provided a robust assessment that gear modifications introduced into the WCRLMF and octopus fisheries have reduced the number of reported entanglements. The management arrangements around the implementation of these modifications are appropriate in light on the new spatial and temporal...
ORGANISATION:
Department of Primary Industries and Regional Development (DPIRD) WA
Environment
PROJECT NUMBER • 1998-208
PROJECT STATUS:
COMPLETED

Habitat modification and its influence on prawn and crab fisheries

Experimental trawling in Gulf St Vincent indicated that epifaunal assemblages experienced substantial trawling mortality, which varied depending on sediment characteristics. Locations with strong currents and coarse sediments experienced minimal effects, whereas those with weak currents and...
ORGANISATION:
SARDI Food Safety and Innovation

SCRC: Marketing Master Class 2009

Project number: 2009-748
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Nick Danenberg
Organisation: University of South Australia
Project start/end date: 14 Jun 2009 - 14 Dec 2009
Contact:
FRDC

Need

It is common within the CRC and more broadly throughout the seafood industry, that producers talk about marketing, while most of them having in mind a limited range of marketing actions (such as advertising). In many cases, seafood industry players are more product-oriented, not knowing on which plates their product will end up. In other words, they don't know very much about the end users of their products, nor their needs. As mentioned in a several occasions and reports, there is a need for the industry to be more market-oriented, to better understand its market in order to deliver greater value to the end-users. In brief, there is a need for industry participants to better understand how consumers and markets’ expectations can be turned into strategic marketing actions for their company.

However, equally there is a need at the organization level for seafood industry members to improve their marketing skills, so they can better serve their market(s). There is also a need at the industry level to improve seafood industry participants marketing skills so they can better understand and use outcomes of the various marketing-based projects that are planned as well as better express their needs for market and marketing research for the next few years.

Final report

ISBN: 978-1-925982-25-1
Authors: Dr Nick Danenberg Dr Herve Remaud
Final Report • 2009-12-15 • 913.12 KB
2009-748-DLD.pdf

Summary

The Seafood Marketing Master Class series was developed when the Seafood CRC identified that its industry participants did not have a basic core understanding of the fundamentals of marketing. It was also identified that CRC industry participants demonstrated a lack commitment of towards marketing research projects.

In response to this, the Ehrenberg Bass Institute of Marketing Science via University of South Australia were engaged to run a series of Master Classes in the basic principles of marketing with a seafood focus.

110 people were trained in the basics of marketing principles over 8 locations during 2009 and 2010. The course was very well received by all participants and a number of recommendations were made to improve the session. It is not anticipated that the CRC will run this master class again..

Final Report • 2009-12-15 • 913.12 KB
2009-748-DLD.pdf

Summary

The Seafood Marketing Master Class series was developed when the Seafood CRC identified that its industry participants did not have a basic core understanding of the fundamentals of marketing. It was also identified that CRC industry participants demonstrated a lack commitment of towards marketing research projects.

In response to this, the Ehrenberg Bass Institute of Marketing Science via University of South Australia were engaged to run a series of Master Classes in the basic principles of marketing with a seafood focus.

110 people were trained in the basics of marketing principles over 8 locations during 2009 and 2010. The course was very well received by all participants and a number of recommendations were made to improve the session. It is not anticipated that the CRC will run this master class again..

Final Report • 2009-12-15 • 913.12 KB
2009-748-DLD.pdf

Summary

The Seafood Marketing Master Class series was developed when the Seafood CRC identified that its industry participants did not have a basic core understanding of the fundamentals of marketing. It was also identified that CRC industry participants demonstrated a lack commitment of towards marketing research projects.

In response to this, the Ehrenberg Bass Institute of Marketing Science via University of South Australia were engaged to run a series of Master Classes in the basic principles of marketing with a seafood focus.

110 people were trained in the basics of marketing principles over 8 locations during 2009 and 2010. The course was very well received by all participants and a number of recommendations were made to improve the session. It is not anticipated that the CRC will run this master class again..

Final Report • 2009-12-15 • 913.12 KB
2009-748-DLD.pdf

Summary

The Seafood Marketing Master Class series was developed when the Seafood CRC identified that its industry participants did not have a basic core understanding of the fundamentals of marketing. It was also identified that CRC industry participants demonstrated a lack commitment of towards marketing research projects.

In response to this, the Ehrenberg Bass Institute of Marketing Science via University of South Australia were engaged to run a series of Master Classes in the basic principles of marketing with a seafood focus.

110 people were trained in the basics of marketing principles over 8 locations during 2009 and 2010. The course was very well received by all participants and a number of recommendations were made to improve the session. It is not anticipated that the CRC will run this master class again..

Final Report • 2009-12-15 • 913.12 KB
2009-748-DLD.pdf

Summary

The Seafood Marketing Master Class series was developed when the Seafood CRC identified that its industry participants did not have a basic core understanding of the fundamentals of marketing. It was also identified that CRC industry participants demonstrated a lack commitment of towards marketing research projects.

In response to this, the Ehrenberg Bass Institute of Marketing Science via University of South Australia were engaged to run a series of Master Classes in the basic principles of marketing with a seafood focus.

110 people were trained in the basics of marketing principles over 8 locations during 2009 and 2010. The course was very well received by all participants and a number of recommendations were made to improve the session. It is not anticipated that the CRC will run this master class again..

Final Report • 2009-12-15 • 913.12 KB
2009-748-DLD.pdf

Summary

The Seafood Marketing Master Class series was developed when the Seafood CRC identified that its industry participants did not have a basic core understanding of the fundamentals of marketing. It was also identified that CRC industry participants demonstrated a lack commitment of towards marketing research projects.

In response to this, the Ehrenberg Bass Institute of Marketing Science via University of South Australia were engaged to run a series of Master Classes in the basic principles of marketing with a seafood focus.

110 people were trained in the basics of marketing principles over 8 locations during 2009 and 2010. The course was very well received by all participants and a number of recommendations were made to improve the session. It is not anticipated that the CRC will run this master class again..

Final Report • 2009-12-15 • 913.12 KB
2009-748-DLD.pdf

Summary

The Seafood Marketing Master Class series was developed when the Seafood CRC identified that its industry participants did not have a basic core understanding of the fundamentals of marketing. It was also identified that CRC industry participants demonstrated a lack commitment of towards marketing research projects.

In response to this, the Ehrenberg Bass Institute of Marketing Science via University of South Australia were engaged to run a series of Master Classes in the basic principles of marketing with a seafood focus.

110 people were trained in the basics of marketing principles over 8 locations during 2009 and 2010. The course was very well received by all participants and a number of recommendations were made to improve the session. It is not anticipated that the CRC will run this master class again..

Final Report • 2009-12-15 • 913.12 KB
2009-748-DLD.pdf

Summary

The Seafood Marketing Master Class series was developed when the Seafood CRC identified that its industry participants did not have a basic core understanding of the fundamentals of marketing. It was also identified that CRC industry participants demonstrated a lack commitment of towards marketing research projects.

In response to this, the Ehrenberg Bass Institute of Marketing Science via University of South Australia were engaged to run a series of Master Classes in the basic principles of marketing with a seafood focus.

110 people were trained in the basics of marketing principles over 8 locations during 2009 and 2010. The course was very well received by all participants and a number of recommendations were made to improve the session. It is not anticipated that the CRC will run this master class again..

Final Report • 2009-12-15 • 913.12 KB
2009-748-DLD.pdf

Summary

The Seafood Marketing Master Class series was developed when the Seafood CRC identified that its industry participants did not have a basic core understanding of the fundamentals of marketing. It was also identified that CRC industry participants demonstrated a lack commitment of towards marketing research projects.

In response to this, the Ehrenberg Bass Institute of Marketing Science via University of South Australia were engaged to run a series of Master Classes in the basic principles of marketing with a seafood focus.

110 people were trained in the basics of marketing principles over 8 locations during 2009 and 2010. The course was very well received by all participants and a number of recommendations were made to improve the session. It is not anticipated that the CRC will run this master class again..

Final Report • 2009-12-15 • 913.12 KB
2009-748-DLD.pdf

Summary

The Seafood Marketing Master Class series was developed when the Seafood CRC identified that its industry participants did not have a basic core understanding of the fundamentals of marketing. It was also identified that CRC industry participants demonstrated a lack commitment of towards marketing research projects.

In response to this, the Ehrenberg Bass Institute of Marketing Science via University of South Australia were engaged to run a series of Master Classes in the basic principles of marketing with a seafood focus.

110 people were trained in the basics of marketing principles over 8 locations during 2009 and 2010. The course was very well received by all participants and a number of recommendations were made to improve the session. It is not anticipated that the CRC will run this master class again..

Final Report • 2009-12-15 • 913.12 KB
2009-748-DLD.pdf

Summary

The Seafood Marketing Master Class series was developed when the Seafood CRC identified that its industry participants did not have a basic core understanding of the fundamentals of marketing. It was also identified that CRC industry participants demonstrated a lack commitment of towards marketing research projects.

In response to this, the Ehrenberg Bass Institute of Marketing Science via University of South Australia were engaged to run a series of Master Classes in the basic principles of marketing with a seafood focus.

110 people were trained in the basics of marketing principles over 8 locations during 2009 and 2010. The course was very well received by all participants and a number of recommendations were made to improve the session. It is not anticipated that the CRC will run this master class again..

Final Report • 2009-12-15 • 913.12 KB
2009-748-DLD.pdf

Summary

The Seafood Marketing Master Class series was developed when the Seafood CRC identified that its industry participants did not have a basic core understanding of the fundamentals of marketing. It was also identified that CRC industry participants demonstrated a lack commitment of towards marketing research projects.

In response to this, the Ehrenberg Bass Institute of Marketing Science via University of South Australia were engaged to run a series of Master Classes in the basic principles of marketing with a seafood focus.

110 people were trained in the basics of marketing principles over 8 locations during 2009 and 2010. The course was very well received by all participants and a number of recommendations were made to improve the session. It is not anticipated that the CRC will run this master class again..

Final Report • 2009-12-15 • 913.12 KB
2009-748-DLD.pdf

Summary

The Seafood Marketing Master Class series was developed when the Seafood CRC identified that its industry participants did not have a basic core understanding of the fundamentals of marketing. It was also identified that CRC industry participants demonstrated a lack commitment of towards marketing research projects.

In response to this, the Ehrenberg Bass Institute of Marketing Science via University of South Australia were engaged to run a series of Master Classes in the basic principles of marketing with a seafood focus.

110 people were trained in the basics of marketing principles over 8 locations during 2009 and 2010. The course was very well received by all participants and a number of recommendations were made to improve the session. It is not anticipated that the CRC will run this master class again..

Final Report • 2009-12-15 • 913.12 KB
2009-748-DLD.pdf

Summary

The Seafood Marketing Master Class series was developed when the Seafood CRC identified that its industry participants did not have a basic core understanding of the fundamentals of marketing. It was also identified that CRC industry participants demonstrated a lack commitment of towards marketing research projects.

In response to this, the Ehrenberg Bass Institute of Marketing Science via University of South Australia were engaged to run a series of Master Classes in the basic principles of marketing with a seafood focus.

110 people were trained in the basics of marketing principles over 8 locations during 2009 and 2010. The course was very well received by all participants and a number of recommendations were made to improve the session. It is not anticipated that the CRC will run this master class again..

Final Report • 2009-12-15 • 913.12 KB
2009-748-DLD.pdf

Summary

The Seafood Marketing Master Class series was developed when the Seafood CRC identified that its industry participants did not have a basic core understanding of the fundamentals of marketing. It was also identified that CRC industry participants demonstrated a lack commitment of towards marketing research projects.

In response to this, the Ehrenberg Bass Institute of Marketing Science via University of South Australia were engaged to run a series of Master Classes in the basic principles of marketing with a seafood focus.

110 people were trained in the basics of marketing principles over 8 locations during 2009 and 2010. The course was very well received by all participants and a number of recommendations were made to improve the session. It is not anticipated that the CRC will run this master class again..

A survey of key merchandising requirements of Australian seafood retailers

Project number: 2002-433
Project Status:
Completed
Budget expenditure: $6,200.00
Principal Investigator: Norm Grant
Organisation: Seafood Australia Pty Ltd
Project start/end date: 5 May 2003 - 25 Jun 2005
Contact:
FRDC

Objectives

1. Identify key merchandising needs/requirements of Australian seafood retailers, and common impediments to better in-store product promotion, customer awareness and delivery of fishing/aquaculture industry profile, by both suppliers and retailers.
2. Obtain feedback/ideas on the above from a national (rather than regional) perspective
summarise the information, and make/implement recommendations to improve the availability, usefulness and use of merchandising material/POS aids (including Quick and Easy Seafood magazine) thus leading to improved seafood sales and the enhanced delivery of industry profile messages.

Final report

ISBN: 0-9758064-0-8
Author: Norm Grant
Final Report • 2006-07-24 • 376.19 KB
2002-433-DLD.pdf

Summary

Three years ago, Seafood Australia Pty Ltd, which publishes Seafood Australia trade magazine, began a series of seafood recipe books titled Quick+Easy Seafood, for distribution through seafood retail shops. Their purpose is to assist retailers develop sales, and to convey industry profile messages to consumers.

To improve distribution of the books, the publisher (Principal Investigator) conducted a survey by personal visit to forty seven seafood shops in five States, to examine impediments to the use of Point-of-Sale (POS) promotion material, and to the process of information distribution generally, at retail level. The survey primarily targeted re-sellers of the Q+E Seafood books.

As a relatively small number of large, independent seafood shops are responsible for a significant proportion of total retail sales of Australian seafood, there is probably a great deal to be achieved by well planned and well supported POS communication through this sector.

Final Report • 2006-07-24 • 376.19 KB
2002-433-DLD.pdf

Summary

Three years ago, Seafood Australia Pty Ltd, which publishes Seafood Australia trade magazine, began a series of seafood recipe books titled Quick+Easy Seafood, for distribution through seafood retail shops. Their purpose is to assist retailers develop sales, and to convey industry profile messages to consumers.

To improve distribution of the books, the publisher (Principal Investigator) conducted a survey by personal visit to forty seven seafood shops in five States, to examine impediments to the use of Point-of-Sale (POS) promotion material, and to the process of information distribution generally, at retail level. The survey primarily targeted re-sellers of the Q+E Seafood books.

As a relatively small number of large, independent seafood shops are responsible for a significant proportion of total retail sales of Australian seafood, there is probably a great deal to be achieved by well planned and well supported POS communication through this sector.

Final Report • 2006-07-24 • 376.19 KB
2002-433-DLD.pdf

Summary

Three years ago, Seafood Australia Pty Ltd, which publishes Seafood Australia trade magazine, began a series of seafood recipe books titled Quick+Easy Seafood, for distribution through seafood retail shops. Their purpose is to assist retailers develop sales, and to convey industry profile messages to consumers.

To improve distribution of the books, the publisher (Principal Investigator) conducted a survey by personal visit to forty seven seafood shops in five States, to examine impediments to the use of Point-of-Sale (POS) promotion material, and to the process of information distribution generally, at retail level. The survey primarily targeted re-sellers of the Q+E Seafood books.

As a relatively small number of large, independent seafood shops are responsible for a significant proportion of total retail sales of Australian seafood, there is probably a great deal to be achieved by well planned and well supported POS communication through this sector.

Final Report • 2006-07-24 • 376.19 KB
2002-433-DLD.pdf

Summary

Three years ago, Seafood Australia Pty Ltd, which publishes Seafood Australia trade magazine, began a series of seafood recipe books titled Quick+Easy Seafood, for distribution through seafood retail shops. Their purpose is to assist retailers develop sales, and to convey industry profile messages to consumers.

To improve distribution of the books, the publisher (Principal Investigator) conducted a survey by personal visit to forty seven seafood shops in five States, to examine impediments to the use of Point-of-Sale (POS) promotion material, and to the process of information distribution generally, at retail level. The survey primarily targeted re-sellers of the Q+E Seafood books.

As a relatively small number of large, independent seafood shops are responsible for a significant proportion of total retail sales of Australian seafood, there is probably a great deal to be achieved by well planned and well supported POS communication through this sector.

Final Report • 2006-07-24 • 376.19 KB
2002-433-DLD.pdf

Summary

Three years ago, Seafood Australia Pty Ltd, which publishes Seafood Australia trade magazine, began a series of seafood recipe books titled Quick+Easy Seafood, for distribution through seafood retail shops. Their purpose is to assist retailers develop sales, and to convey industry profile messages to consumers.

To improve distribution of the books, the publisher (Principal Investigator) conducted a survey by personal visit to forty seven seafood shops in five States, to examine impediments to the use of Point-of-Sale (POS) promotion material, and to the process of information distribution generally, at retail level. The survey primarily targeted re-sellers of the Q+E Seafood books.

As a relatively small number of large, independent seafood shops are responsible for a significant proportion of total retail sales of Australian seafood, there is probably a great deal to be achieved by well planned and well supported POS communication through this sector.

Final Report • 2006-07-24 • 376.19 KB
2002-433-DLD.pdf

Summary

Three years ago, Seafood Australia Pty Ltd, which publishes Seafood Australia trade magazine, began a series of seafood recipe books titled Quick+Easy Seafood, for distribution through seafood retail shops. Their purpose is to assist retailers develop sales, and to convey industry profile messages to consumers.

To improve distribution of the books, the publisher (Principal Investigator) conducted a survey by personal visit to forty seven seafood shops in five States, to examine impediments to the use of Point-of-Sale (POS) promotion material, and to the process of information distribution generally, at retail level. The survey primarily targeted re-sellers of the Q+E Seafood books.

As a relatively small number of large, independent seafood shops are responsible for a significant proportion of total retail sales of Australian seafood, there is probably a great deal to be achieved by well planned and well supported POS communication through this sector.

Final Report • 2006-07-24 • 376.19 KB
2002-433-DLD.pdf

Summary

Three years ago, Seafood Australia Pty Ltd, which publishes Seafood Australia trade magazine, began a series of seafood recipe books titled Quick+Easy Seafood, for distribution through seafood retail shops. Their purpose is to assist retailers develop sales, and to convey industry profile messages to consumers.

To improve distribution of the books, the publisher (Principal Investigator) conducted a survey by personal visit to forty seven seafood shops in five States, to examine impediments to the use of Point-of-Sale (POS) promotion material, and to the process of information distribution generally, at retail level. The survey primarily targeted re-sellers of the Q+E Seafood books.

As a relatively small number of large, independent seafood shops are responsible for a significant proportion of total retail sales of Australian seafood, there is probably a great deal to be achieved by well planned and well supported POS communication through this sector.

Final Report • 2006-07-24 • 376.19 KB
2002-433-DLD.pdf

Summary

Three years ago, Seafood Australia Pty Ltd, which publishes Seafood Australia trade magazine, began a series of seafood recipe books titled Quick+Easy Seafood, for distribution through seafood retail shops. Their purpose is to assist retailers develop sales, and to convey industry profile messages to consumers.

To improve distribution of the books, the publisher (Principal Investigator) conducted a survey by personal visit to forty seven seafood shops in five States, to examine impediments to the use of Point-of-Sale (POS) promotion material, and to the process of information distribution generally, at retail level. The survey primarily targeted re-sellers of the Q+E Seafood books.

As a relatively small number of large, independent seafood shops are responsible for a significant proportion of total retail sales of Australian seafood, there is probably a great deal to be achieved by well planned and well supported POS communication through this sector.

Final Report • 2006-07-24 • 376.19 KB
2002-433-DLD.pdf

Summary

Three years ago, Seafood Australia Pty Ltd, which publishes Seafood Australia trade magazine, began a series of seafood recipe books titled Quick+Easy Seafood, for distribution through seafood retail shops. Their purpose is to assist retailers develop sales, and to convey industry profile messages to consumers.

To improve distribution of the books, the publisher (Principal Investigator) conducted a survey by personal visit to forty seven seafood shops in five States, to examine impediments to the use of Point-of-Sale (POS) promotion material, and to the process of information distribution generally, at retail level. The survey primarily targeted re-sellers of the Q+E Seafood books.

As a relatively small number of large, independent seafood shops are responsible for a significant proportion of total retail sales of Australian seafood, there is probably a great deal to be achieved by well planned and well supported POS communication through this sector.

Final Report • 2006-07-24 • 376.19 KB
2002-433-DLD.pdf

Summary

Three years ago, Seafood Australia Pty Ltd, which publishes Seafood Australia trade magazine, began a series of seafood recipe books titled Quick+Easy Seafood, for distribution through seafood retail shops. Their purpose is to assist retailers develop sales, and to convey industry profile messages to consumers.

To improve distribution of the books, the publisher (Principal Investigator) conducted a survey by personal visit to forty seven seafood shops in five States, to examine impediments to the use of Point-of-Sale (POS) promotion material, and to the process of information distribution generally, at retail level. The survey primarily targeted re-sellers of the Q+E Seafood books.

As a relatively small number of large, independent seafood shops are responsible for a significant proportion of total retail sales of Australian seafood, there is probably a great deal to be achieved by well planned and well supported POS communication through this sector.

Final Report • 2006-07-24 • 376.19 KB
2002-433-DLD.pdf

Summary

Three years ago, Seafood Australia Pty Ltd, which publishes Seafood Australia trade magazine, began a series of seafood recipe books titled Quick+Easy Seafood, for distribution through seafood retail shops. Their purpose is to assist retailers develop sales, and to convey industry profile messages to consumers.

To improve distribution of the books, the publisher (Principal Investigator) conducted a survey by personal visit to forty seven seafood shops in five States, to examine impediments to the use of Point-of-Sale (POS) promotion material, and to the process of information distribution generally, at retail level. The survey primarily targeted re-sellers of the Q+E Seafood books.

As a relatively small number of large, independent seafood shops are responsible for a significant proportion of total retail sales of Australian seafood, there is probably a great deal to be achieved by well planned and well supported POS communication through this sector.

Final Report • 2006-07-24 • 376.19 KB
2002-433-DLD.pdf

Summary

Three years ago, Seafood Australia Pty Ltd, which publishes Seafood Australia trade magazine, began a series of seafood recipe books titled Quick+Easy Seafood, for distribution through seafood retail shops. Their purpose is to assist retailers develop sales, and to convey industry profile messages to consumers.

To improve distribution of the books, the publisher (Principal Investigator) conducted a survey by personal visit to forty seven seafood shops in five States, to examine impediments to the use of Point-of-Sale (POS) promotion material, and to the process of information distribution generally, at retail level. The survey primarily targeted re-sellers of the Q+E Seafood books.

As a relatively small number of large, independent seafood shops are responsible for a significant proportion of total retail sales of Australian seafood, there is probably a great deal to be achieved by well planned and well supported POS communication through this sector.

Final Report • 2006-07-24 • 376.19 KB
2002-433-DLD.pdf

Summary

Three years ago, Seafood Australia Pty Ltd, which publishes Seafood Australia trade magazine, began a series of seafood recipe books titled Quick+Easy Seafood, for distribution through seafood retail shops. Their purpose is to assist retailers develop sales, and to convey industry profile messages to consumers.

To improve distribution of the books, the publisher (Principal Investigator) conducted a survey by personal visit to forty seven seafood shops in five States, to examine impediments to the use of Point-of-Sale (POS) promotion material, and to the process of information distribution generally, at retail level. The survey primarily targeted re-sellers of the Q+E Seafood books.

As a relatively small number of large, independent seafood shops are responsible for a significant proportion of total retail sales of Australian seafood, there is probably a great deal to be achieved by well planned and well supported POS communication through this sector.

Final Report • 2006-07-24 • 376.19 KB
2002-433-DLD.pdf

Summary

Three years ago, Seafood Australia Pty Ltd, which publishes Seafood Australia trade magazine, began a series of seafood recipe books titled Quick+Easy Seafood, for distribution through seafood retail shops. Their purpose is to assist retailers develop sales, and to convey industry profile messages to consumers.

To improve distribution of the books, the publisher (Principal Investigator) conducted a survey by personal visit to forty seven seafood shops in five States, to examine impediments to the use of Point-of-Sale (POS) promotion material, and to the process of information distribution generally, at retail level. The survey primarily targeted re-sellers of the Q+E Seafood books.

As a relatively small number of large, independent seafood shops are responsible for a significant proportion of total retail sales of Australian seafood, there is probably a great deal to be achieved by well planned and well supported POS communication through this sector.

Final Report • 2006-07-24 • 376.19 KB
2002-433-DLD.pdf

Summary

Three years ago, Seafood Australia Pty Ltd, which publishes Seafood Australia trade magazine, began a series of seafood recipe books titled Quick+Easy Seafood, for distribution through seafood retail shops. Their purpose is to assist retailers develop sales, and to convey industry profile messages to consumers.

To improve distribution of the books, the publisher (Principal Investigator) conducted a survey by personal visit to forty seven seafood shops in five States, to examine impediments to the use of Point-of-Sale (POS) promotion material, and to the process of information distribution generally, at retail level. The survey primarily targeted re-sellers of the Q+E Seafood books.

As a relatively small number of large, independent seafood shops are responsible for a significant proportion of total retail sales of Australian seafood, there is probably a great deal to be achieved by well planned and well supported POS communication through this sector.

Abalone Aquaculture Subprogram: optimisation of essential lipids in artificial feeds for Australian abalone

Project number: 1994-085
Project Status:
Completed
Budget expenditure: $193,515.00
Principal Investigator: John K. Volkman
Organisation: CSIRO Oceans and Atmosphere Hobart
Project start/end date: 20 Jul 1994 - 16 May 2001
Contact:
FRDC

Objectives

1. Determine baseline lipid class, essential fatty acid and sterol composition data of the local abalone (from the wild)
2. Examine the amounts and proportions of nutritionally important lipid components of the abalone diet through growth rate bioassays. The feasibility of using radioactivity-labelled precursors will be examined as a means of examining uptake and possible bioconversion into biochemically-important compounds
3. Determine is suitable supplements are required by determining assimilation rates and digestibility values of the lipid components oin fish oil based diets (which have compositions different to natural feeds) for abalone. Identify the fish oil, oil blend or modified oil which demonstrates the highest growth rates in abalone within economic constraints.

Final report

ISBN: 0-643-06230-0
Author: Graeme A. Dunstan John K. Volkman Greg B. Maguire
Final Report • 2001-05-09 • 784.33 KB
1994-085-DLD.pdf

Summary

Lipids and in particular polyunsaturated fatty acids (PUFA) are important for a number of physiological functions in animals.  PUFA are also major components of cellular membranes.  Many marine animals cannot synthesise "essential" PUFA de novo and therefore serious deficiency signs such as low growth rates, reduced survival, low fecundity and lowered disease resistance can occur if sufficient amounts of these fatty acids are not supplied in the diet.  

The main focus of this research was to determine the requirement of abalone for PUFA for optimal muscle growth and the appropriateness of alternative lipids as sources of essential PUFA.  None of this work had been performed for abalone previously.

Keywords: Abalone, Diet, Formulated diets, Lipids, Nutritional requirements, Polyunsaturated fatty acids, Sterols

Final Report • 2001-05-09 • 784.33 KB
1994-085-DLD.pdf

Summary

Lipids and in particular polyunsaturated fatty acids (PUFA) are important for a number of physiological functions in animals.  PUFA are also major components of cellular membranes.  Many marine animals cannot synthesise "essential" PUFA de novo and therefore serious deficiency signs such as low growth rates, reduced survival, low fecundity and lowered disease resistance can occur if sufficient amounts of these fatty acids are not supplied in the diet.  

The main focus of this research was to determine the requirement of abalone for PUFA for optimal muscle growth and the appropriateness of alternative lipids as sources of essential PUFA.  None of this work had been performed for abalone previously.

Keywords: Abalone, Diet, Formulated diets, Lipids, Nutritional requirements, Polyunsaturated fatty acids, Sterols

Final Report • 2001-05-09 • 784.33 KB
1994-085-DLD.pdf

Summary

Lipids and in particular polyunsaturated fatty acids (PUFA) are important for a number of physiological functions in animals.  PUFA are also major components of cellular membranes.  Many marine animals cannot synthesise "essential" PUFA de novo and therefore serious deficiency signs such as low growth rates, reduced survival, low fecundity and lowered disease resistance can occur if sufficient amounts of these fatty acids are not supplied in the diet.  

The main focus of this research was to determine the requirement of abalone for PUFA for optimal muscle growth and the appropriateness of alternative lipids as sources of essential PUFA.  None of this work had been performed for abalone previously.

Keywords: Abalone, Diet, Formulated diets, Lipids, Nutritional requirements, Polyunsaturated fatty acids, Sterols

Final Report • 2001-05-09 • 784.33 KB
1994-085-DLD.pdf

Summary

Lipids and in particular polyunsaturated fatty acids (PUFA) are important for a number of physiological functions in animals.  PUFA are also major components of cellular membranes.  Many marine animals cannot synthesise "essential" PUFA de novo and therefore serious deficiency signs such as low growth rates, reduced survival, low fecundity and lowered disease resistance can occur if sufficient amounts of these fatty acids are not supplied in the diet.  

The main focus of this research was to determine the requirement of abalone for PUFA for optimal muscle growth and the appropriateness of alternative lipids as sources of essential PUFA.  None of this work had been performed for abalone previously.

Keywords: Abalone, Diet, Formulated diets, Lipids, Nutritional requirements, Polyunsaturated fatty acids, Sterols

Final Report • 2001-05-09 • 784.33 KB
1994-085-DLD.pdf

Summary

Lipids and in particular polyunsaturated fatty acids (PUFA) are important for a number of physiological functions in animals.  PUFA are also major components of cellular membranes.  Many marine animals cannot synthesise "essential" PUFA de novo and therefore serious deficiency signs such as low growth rates, reduced survival, low fecundity and lowered disease resistance can occur if sufficient amounts of these fatty acids are not supplied in the diet.  

The main focus of this research was to determine the requirement of abalone for PUFA for optimal muscle growth and the appropriateness of alternative lipids as sources of essential PUFA.  None of this work had been performed for abalone previously.

Keywords: Abalone, Diet, Formulated diets, Lipids, Nutritional requirements, Polyunsaturated fatty acids, Sterols

Final Report • 2001-05-09 • 784.33 KB
1994-085-DLD.pdf

Summary

Lipids and in particular polyunsaturated fatty acids (PUFA) are important for a number of physiological functions in animals.  PUFA are also major components of cellular membranes.  Many marine animals cannot synthesise "essential" PUFA de novo and therefore serious deficiency signs such as low growth rates, reduced survival, low fecundity and lowered disease resistance can occur if sufficient amounts of these fatty acids are not supplied in the diet.  

The main focus of this research was to determine the requirement of abalone for PUFA for optimal muscle growth and the appropriateness of alternative lipids as sources of essential PUFA.  None of this work had been performed for abalone previously.

Keywords: Abalone, Diet, Formulated diets, Lipids, Nutritional requirements, Polyunsaturated fatty acids, Sterols

Final Report • 2001-05-09 • 784.33 KB
1994-085-DLD.pdf

Summary

Lipids and in particular polyunsaturated fatty acids (PUFA) are important for a number of physiological functions in animals.  PUFA are also major components of cellular membranes.  Many marine animals cannot synthesise "essential" PUFA de novo and therefore serious deficiency signs such as low growth rates, reduced survival, low fecundity and lowered disease resistance can occur if sufficient amounts of these fatty acids are not supplied in the diet.  

The main focus of this research was to determine the requirement of abalone for PUFA for optimal muscle growth and the appropriateness of alternative lipids as sources of essential PUFA.  None of this work had been performed for abalone previously.

Keywords: Abalone, Diet, Formulated diets, Lipids, Nutritional requirements, Polyunsaturated fatty acids, Sterols

Final Report • 2001-05-09 • 784.33 KB
1994-085-DLD.pdf

Summary

Lipids and in particular polyunsaturated fatty acids (PUFA) are important for a number of physiological functions in animals.  PUFA are also major components of cellular membranes.  Many marine animals cannot synthesise "essential" PUFA de novo and therefore serious deficiency signs such as low growth rates, reduced survival, low fecundity and lowered disease resistance can occur if sufficient amounts of these fatty acids are not supplied in the diet.  

The main focus of this research was to determine the requirement of abalone for PUFA for optimal muscle growth and the appropriateness of alternative lipids as sources of essential PUFA.  None of this work had been performed for abalone previously.

Keywords: Abalone, Diet, Formulated diets, Lipids, Nutritional requirements, Polyunsaturated fatty acids, Sterols

Final Report • 2001-05-09 • 784.33 KB
1994-085-DLD.pdf

Summary

Lipids and in particular polyunsaturated fatty acids (PUFA) are important for a number of physiological functions in animals.  PUFA are also major components of cellular membranes.  Many marine animals cannot synthesise "essential" PUFA de novo and therefore serious deficiency signs such as low growth rates, reduced survival, low fecundity and lowered disease resistance can occur if sufficient amounts of these fatty acids are not supplied in the diet.  

The main focus of this research was to determine the requirement of abalone for PUFA for optimal muscle growth and the appropriateness of alternative lipids as sources of essential PUFA.  None of this work had been performed for abalone previously.

Keywords: Abalone, Diet, Formulated diets, Lipids, Nutritional requirements, Polyunsaturated fatty acids, Sterols

Final Report • 2001-05-09 • 784.33 KB
1994-085-DLD.pdf

Summary

Lipids and in particular polyunsaturated fatty acids (PUFA) are important for a number of physiological functions in animals.  PUFA are also major components of cellular membranes.  Many marine animals cannot synthesise "essential" PUFA de novo and therefore serious deficiency signs such as low growth rates, reduced survival, low fecundity and lowered disease resistance can occur if sufficient amounts of these fatty acids are not supplied in the diet.  

The main focus of this research was to determine the requirement of abalone for PUFA for optimal muscle growth and the appropriateness of alternative lipids as sources of essential PUFA.  None of this work had been performed for abalone previously.

Keywords: Abalone, Diet, Formulated diets, Lipids, Nutritional requirements, Polyunsaturated fatty acids, Sterols

Final Report • 2001-05-09 • 784.33 KB
1994-085-DLD.pdf

Summary

Lipids and in particular polyunsaturated fatty acids (PUFA) are important for a number of physiological functions in animals.  PUFA are also major components of cellular membranes.  Many marine animals cannot synthesise "essential" PUFA de novo and therefore serious deficiency signs such as low growth rates, reduced survival, low fecundity and lowered disease resistance can occur if sufficient amounts of these fatty acids are not supplied in the diet.  

The main focus of this research was to determine the requirement of abalone for PUFA for optimal muscle growth and the appropriateness of alternative lipids as sources of essential PUFA.  None of this work had been performed for abalone previously.

Keywords: Abalone, Diet, Formulated diets, Lipids, Nutritional requirements, Polyunsaturated fatty acids, Sterols

Final Report • 2001-05-09 • 784.33 KB
1994-085-DLD.pdf

Summary

Lipids and in particular polyunsaturated fatty acids (PUFA) are important for a number of physiological functions in animals.  PUFA are also major components of cellular membranes.  Many marine animals cannot synthesise "essential" PUFA de novo and therefore serious deficiency signs such as low growth rates, reduced survival, low fecundity and lowered disease resistance can occur if sufficient amounts of these fatty acids are not supplied in the diet.  

The main focus of this research was to determine the requirement of abalone for PUFA for optimal muscle growth and the appropriateness of alternative lipids as sources of essential PUFA.  None of this work had been performed for abalone previously.

Keywords: Abalone, Diet, Formulated diets, Lipids, Nutritional requirements, Polyunsaturated fatty acids, Sterols

Final Report • 2001-05-09 • 784.33 KB
1994-085-DLD.pdf

Summary

Lipids and in particular polyunsaturated fatty acids (PUFA) are important for a number of physiological functions in animals.  PUFA are also major components of cellular membranes.  Many marine animals cannot synthesise "essential" PUFA de novo and therefore serious deficiency signs such as low growth rates, reduced survival, low fecundity and lowered disease resistance can occur if sufficient amounts of these fatty acids are not supplied in the diet.  

The main focus of this research was to determine the requirement of abalone for PUFA for optimal muscle growth and the appropriateness of alternative lipids as sources of essential PUFA.  None of this work had been performed for abalone previously.

Keywords: Abalone, Diet, Formulated diets, Lipids, Nutritional requirements, Polyunsaturated fatty acids, Sterols

Final Report • 2001-05-09 • 784.33 KB
1994-085-DLD.pdf

Summary

Lipids and in particular polyunsaturated fatty acids (PUFA) are important for a number of physiological functions in animals.  PUFA are also major components of cellular membranes.  Many marine animals cannot synthesise "essential" PUFA de novo and therefore serious deficiency signs such as low growth rates, reduced survival, low fecundity and lowered disease resistance can occur if sufficient amounts of these fatty acids are not supplied in the diet.  

The main focus of this research was to determine the requirement of abalone for PUFA for optimal muscle growth and the appropriateness of alternative lipids as sources of essential PUFA.  None of this work had been performed for abalone previously.

Keywords: Abalone, Diet, Formulated diets, Lipids, Nutritional requirements, Polyunsaturated fatty acids, Sterols

Final Report • 2001-05-09 • 784.33 KB
1994-085-DLD.pdf

Summary

Lipids and in particular polyunsaturated fatty acids (PUFA) are important for a number of physiological functions in animals.  PUFA are also major components of cellular membranes.  Many marine animals cannot synthesise "essential" PUFA de novo and therefore serious deficiency signs such as low growth rates, reduced survival, low fecundity and lowered disease resistance can occur if sufficient amounts of these fatty acids are not supplied in the diet.  

The main focus of this research was to determine the requirement of abalone for PUFA for optimal muscle growth and the appropriateness of alternative lipids as sources of essential PUFA.  None of this work had been performed for abalone previously.

Keywords: Abalone, Diet, Formulated diets, Lipids, Nutritional requirements, Polyunsaturated fatty acids, Sterols

Environment
PROJECT NUMBER • 1986-110
PROJECT STATUS:
COMPLETED

Preparation of a set of guidelines on the procedures necessary to carry out baseline studies at any Australian coastal site

The discharge of ballast water from one port into another is not a recent phenomena, although its importance as a dispersal mechanism for marine species has only been fully realized in the last decade with increasing volumes of ballast water being discharged and more studies being carried out on the...
ORGANISATION:
Australian Museum

Evaluation of practical technologies for Perfluoroalkyl (PFA) remediation in marine fish hatcheries

Project number: 2018-125
Project Status:
Completed
Budget expenditure: $60,000.00
Principal Investigator: Wayne O'Connor
Organisation: Department of Primary Industries and Regional Development (NSW)
Project start/end date: 29 Apr 2019 - 30 Jan 2020
Contact:
FRDC

Need

Per- and poly-fluoroalklys (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes have already demonstrated the presence of PFASs in marine fish broodstock and have observed impacts on offspring that are consistent with those observed in
literature studies. As testing continues there is the expectation that the number of facilities affected will increase. To compound the challenge our understanding of the impacts of PFASs on aquatic species is limited. In order to further assess these impacts, PFASs must be introduced into experimental systems in a
controlled fashion and therefore we must have the capacity to remove those pollutants before release. To protect our facilities and permit PFAS impacts research there is a need to rapidly assess available PFAS treatment technologies.

Objectives

1. confirm the effectiveness of ozofractionation and linseed infused polypropylene in the removal of PFAS from seawater,
2. investigate the impacts of flow rate through fractionation chambers on PFAS removal
3. test fractionation PFA removal efficiency without ozone and with ozone at addition levels compatible with aquaculture practices.*

Final report

ISBN: 978-1-76058-392-7
Authors: Wayne O’Connor Gavin Partridge Stewart Fielder Lindsey Woolley Thava Palanisami
Final Report • 2020-06-01 • 1.29 MB
2018-125-DLD.pdf

Summary

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.
Final Report • 2020-06-01 • 1.29 MB
2018-125-DLD.pdf

Summary

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.
Final Report • 2020-06-01 • 1.29 MB
2018-125-DLD.pdf

Summary

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.
Final Report • 2020-06-01 • 1.29 MB
2018-125-DLD.pdf

Summary

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.
Final Report • 2020-06-01 • 1.29 MB
2018-125-DLD.pdf

Summary

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.
Final Report • 2020-06-01 • 1.29 MB
2018-125-DLD.pdf

Summary

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.
Final Report • 2020-06-01 • 1.29 MB
2018-125-DLD.pdf

Summary

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.
Final Report • 2020-06-01 • 1.29 MB
2018-125-DLD.pdf

Summary

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.
Final Report • 2020-06-01 • 1.29 MB
2018-125-DLD.pdf

Summary

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.
Final Report • 2020-06-01 • 1.29 MB
2018-125-DLD.pdf

Summary

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.
Final Report • 2020-06-01 • 1.29 MB
2018-125-DLD.pdf

Summary

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.
Final Report • 2020-06-01 • 1.29 MB
2018-125-DLD.pdf

Summary

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.
Final Report • 2020-06-01 • 1.29 MB
2018-125-DLD.pdf

Summary

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.
Final Report • 2020-06-01 • 1.29 MB
2018-125-DLD.pdf

Summary

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.
Final Report • 2020-06-01 • 1.29 MB
2018-125-DLD.pdf

Summary

Per- and poly-fluoroalkly substances (PFASs) are now emerging as pollutants with potentially catastrophic impact on aquaculture facilities. Two key research institutes, Port Stephens Fisheries Institute (PSFI) in NSW and Australian Centre for Applied Aquaculture Research (ACAAR) in Western Australia have discovered the presence of PFASs in their influent seawater sources and in their broodstock fish. PFASs are proven Endocrine Disrupting Chemicals of fish and can cause reduction in fecundity, and deformity, abnormal development and increased mortality of fish larvae. Both research institutes have observed impacts on larvae that are broadly consistent with those observed for PFASs in literature studies. As testing for PFASs continues we expect that the number of facilities affected in Australia, and indeed globally, may increase. Further, to assess impacts, PFASs must be introduced into experimental systems in a controlled fashion and therefore we must have the capacity to remove those pollutants before release of effluent water. To protect our facilities and permit PFASs impacts research there was a need to assess available treatment technologies for removal of PFASs in seawater.
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PROJECT NUMBER • 2009-702
PROJECT STATUS:
COMPLETED

SCRC: Seafood Success – Entrepreneurship & Innovation Program – Seafood CRC Professional Diploma

One of the original aims of the Seafood CRC was to create opportunities for industry (especially) and research participants to expand their knowledge and to encourage further education opportunities. To enable individuals to take innovative concepts right through to a business plan via an...
ORGANISATION:
University of the Sunshine Coast (USC)
Industry
PROJECT NUMBER • 2013-752
PROJECT STATUS:
COMPLETED

Seafood CRC: setting directions for the Australian Barramundi Farmers Association (ABFA) - development of a strategic RD&E Plan for the Industry.

The Australian Barramundi farming industry has seen constant growth in production and price over the last 10 years, but the industry is facing threats from a number of sources. The Australian Barramundi Farmers Association (ABFA), which represents the vast majority of producers and over 85% of farm...
ORGANISATION:
Australian Barramundi Farmers Association (ABFA)
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