34,221 results

Seafood CRC: Seafood trade and market access portal

Project number: 2008-906
Project Status:
Completed
Budget expenditure: $95,950.69
Principal Investigator: David Padula
Organisation: SARDI Food Safety and Innovation
Project start/end date: 30 Apr 2009 - 29 Apr 2012
Contact:
FRDC

Need

The project seeks to address a core need of Australian Seafood CRC participants for timely, simple access to international residue and contaminant standards, export certification requirements, tariff and customs information to support export activities. Currently this information does not exist in an easily accessible, simple format to inform industry of its technical market access needs.

For example, as a consequence of the melamine issue in China affecting dairy products Australian aquaculture exporters are now being required to demonstrate proof of absence in products (and in feed fed) by overseas port of entry authorities. The rapid emergence of the melamine issue has seen standards hurriedly imposed in markets including China and Hong Kong for seafood products. Melamine is symbolic of many traceability issues which are now starting to confront the seafood industry.

Industry needs better preparedness to respond to international market access issues such as cadmium in prawns in the EU. SSA facilitated a position at the CODEX meeting in Norway on cadmium in crustacea. The strategy was thwarted by lack of access to detailed standards and related documents (on standards in other markets etc). Similarly for arsenic in shellfish.

Lead content of tuna being exported to Japan was brought into question following a violative reading being reported. Further investigation found that the portion (tail fin) of tuna submitted for analysis.

The emergence of Non Government Organisation endorsements such as Friend of the Sea, Marine Stewardship Council etc are now introducing effectively what are private label standards for products traded in multiple standards.

The CODEX Alimentarius process is growing and there is a need to inform national delegation and working groups of specific individual country circumstances quickly. The marine vibrio issue that emerged in mid 2008 in Japan was swiftly resolved as the PI had access to Japanese documents and standards.

Objectives

1. Establish a web portal service on trade rules of countries importing Australian seafood (existing and future potential markets) - information will include residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.
2. Inform the Seafood Access Forum (SAF) on current and emerging trade issues affecting international trade of Australian seafood products.

Final report

ISBN: 978-0-9756045-0-2
Authors: Natalie Dowsett Damian May Catherine McLeod and David Padula
Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Final Report • 2012-11-21 • 355.70 KB
2008-906-DLD.pdf

Summary

The value of Australian seafood exports now exceeds $1 billion per annum and products are dispatched to various countries around the world (> 20 markets). To ensure Australian seafood can gain access to these markets it is necessary to demonstrate compliance with each country’s food safety and trade standards. The objective of this study was to establish a web portal service on technical food safety and trade rules of countries importing Australian seafood (existing and future potential markets). The information includes residue and contaminant standards, export certification requirements and tariff/customs information for international markets of importance to Australian Seafood CRC members.

The Seafood Trade and Market Access Database is an online database that has been developed by a team of technical and regulatory experts to support the Australian seafood sector to easily identify overseas market access requirements. The database provides information for key overseas markets on residue and contaminant standards, microbiological standards, preservative standards, tariff and import duties, export certification requirements, rejection and detention notification reports, and trade volume statistics.

Seafood CRC: Australian seafood compositional profiles portal

Project number: 2008-905
Project Status:
Completed
Budget expenditure: $149,889.98
Principal Investigator: David Padula
Organisation: SARDI Food Safety and Innovation
Project start/end date: 31 Mar 2009 - 30 Mar 2010
Contact:
FRDC

Need

INDUSTRY NEEDS
Seafood CRC participants need a common platform that provides easy accessible baseline compositional profiles in suitable formats about their products to enable them to meet their individual needs. The establishment of a secure web based portal will assist industry in identifying and removing barriers to uptake of labeling requirements.

The information needs to be robust, consistent and cover the minimum needs of the Seafood CRC participants for nutritional and contaminant information. Existing information held by individual Seafood CRC participants will be able to be housed in the web portal. Additional testing beyond that in this project would need to funded elsewhere.

Where there is a need to develop new analytical capability this will be done outside this project in the related methods development project.

The project will assist in meeting industry needs for:
- Promoting the public health benefits of seafood consumption more generally.
- Rapid access to credible information to counter negative media claims.
- Assist in addressing current and future technical market challenges.
- Anticipate and quickly respond to market access threats.

NATIONAL ENGAGEMENT
Seafood CRC participants require an expert facilitated process to undertake this activity. The panel fulfils a need of industry to have an entry point into national and international processes undertaken by State and Commonwealth agencies. Without the project the loss of market access share in international markets such as Hong Kong (due to labelling requirements being introduced currently) would be commercially damaging. For example the Food Standards Australia New Zealand (FSANZ) "Proposal P293 - Nutrition, Health and Related Claims" could be implemented with no seafood industry input or through this project a process of engagement with Commonwealth regulators could be initiated to secure industry outcomes. There is a need for any data capture activities to be compliant with FSANZ technical specifications.

Objectives

1. To establish by March 2010 a common scientifically robust information platform that provides Seafood CRC participants with timely access to information about the nutritional and contaminant compositional profiles of their traded products.

Final report

ISBN: 978-0-9805789-9-7
Authors: David Padula Andreas Kiermeier Catherine McLeod
Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Final Report • 2012-05-25 • 428.77 KB
2008-905-DLD.pdf

Summary

There is a need for information in the correct format of the nutritional profiles of seafood species to enable seafood producers to meet customer-based and regulatory needs. This project gathered nutritional compositional profiles for proximate composition, fatty acids, water and fat-soluble vitamins, minerals and DNA species confirmation for 22 Australian seafood species.

This information will assist industry to meet domestic and international labeling requirements

All seafood included in the project contained various nutrients with species such as Atlantic Salmon containing consistent high levels of most nutrients such as fatty acids, vitamins and minerals. Another key finding of this project were all products (22 species) were compliant with Australian regulatory standards (where set) for cadmium and lead.

Seafood CRC: benefit-cost analysis of marker assisted selection in Australian aquaculture species

Project number: 2008-904
Project Status:
Completed
Budget expenditure: $11,135.82
Principal Investigator: Nicholas A. Robinson
Organisation: Flinders University
Project start/end date: 31 Jan 2009 - 29 May 2009
Contact:
FRDC

Need

The development and application of marker assisted selection (MAS), genomic breeding values (GEBVs) and selection using gene expression profiling (GEPS) is a rapidly developing area, and significant technological and methodological advances have been made in recent years. There is potential that these techniques could greatly speed the genetic progress in selective breeding programs and provide faster access and more benefit than conventional selective breeding techniques. However, before embarking on research in this area, aquaculture industries need answers to a number of questions. What basic resources are available or needed for each species before research to find markers or to apply MAS, GEBVs or GEPS can be carried out? Which traits would be best targeted for MAS, GEBVs or GEPS? and what is the economic value of these traits? What are the likely cost-benefits for MAS, GEBV or GEPS? When should research be undertaken or what developments might trigger research in this area for each species? What has been the measured impact of the application of these technologies on other industries? This project relates to the research strategies developed by the CRC from projects that have scoped selective breeding for abalone, Yellowtail Kingfish and Barramundi. It also relates to the R&D strategies developed by many of the aquaculture sectors in the CRC (eg. abalone, oyster, Atlantic Salmon, Prawns etc.) which have included in the past, or currently include, projects to develop markers or apply marker assisted selection.

Objectives

1. To provide a concise report that focuses on the relevance and benefit cost analysis of marker assisted selection for the abalone, Barramundi, Prawn, tuna, Yellowtail Kingfish, Mulloway, oyster and Atlantic Salmon aquaculture industries

Final report

ISBN: 978-0-9805789-2-8
Author: Nick Robinson
Final Report • 2009-05-01 • 2.65 MB
2008-904-DLD.pdf

Summary

This project relates to the research strategies developed by the CRC from projects that have scoped selective breeding for abalone, Yellowtail Kingfish and Barramundi. There is potential that genetic marker assisted selection (MAS) techniques could greatly speed the genetic progress in these selective breeding programs and provide faster access and more benefit than conventional selective breeding techniques.

The analysis in this report addresses some of the questions raised by the use of MAS techniques in selective breeding programs for the seafood industries participating in the Australian Seafood CRC.

SCRC: Understanding Yellowtail Kingfish

Project number: 2008-903.40
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Trent D'Antignana
Organisation: Clean Seas Seafood Ltd
Project start/end date: 31 Mar 2009 - 31 Aug 2011
Contact:
FRDC

Need

Through existing farming practices it is apparent that there are several factors which may be limiting production and ultimately revenue.

Firstly, there is a need to identify an “ideal production strategy” to achieve forecast production levels. As temperature significantly affects YTK growth, feed conversion ratios and health, it is essential that the relationship between growth and temperature is investigated in fish of various sizes. This information will enable CST to make informed decisions on size and time of stocking YTK into sea cages. It is anticipated that this will improve production through shortening the production cycle and will reduce the standing biomass in the water, ultimately increasing farm profitability.

Secondly, maturation may be a constraining factor in YTK production, reducing somatic growth. There are also flesh quality concerns which threaten sales of YTK harvested in November-December, a period when males exhibit maturation. However preliminary analysis of work carried out in Seafood CRC project 2008/901 suggests that male maturity did not have a significant deleterious effect on the flesh quality at that time. Though there are numerous strategies to manage maturation it is initially necessary to characterise the occurrence of maturation and the factors controlling it. With this information, appropriate mitigation strategies can be introduced resulting in economic benefits to the YTK industry.

Lastly, as production is poised to increase, it is imperative that substantial markets are developed for YTK product. One way of increasing sales is to ensure product sold is consistently of the highest possible quality. By attaining knowledge on the quality attributes, shelf-life and nutritional content of the product, producers will be able to tailor a product to specific market requirements. Likewise, as processing techniques and cold chain supply routes are diverse, it is imperative that information is attained on how these influence the quality of the product.

SCRC: Understanding Yellowtail Kingfish

Project number: 2008-903.30
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Trent D'Antignana
Organisation: University of Tasmania (UTAS)
Project start/end date: 31 Mar 2009 - 31 Aug 2011
Contact:
FRDC

Need

Through existing farming practices it is apparent that there are several factors which may be limiting production and ultimately revenue.

Firstly, there is a need to identify an “ideal production strategy” to achieve forecast production levels. As temperature significantly affects YTK growth, feed conversion ratios and health, it is essential that the relationship between growth and temperature is investigated in fish of various sizes. This information will enable CST to make informed decisions on size and time of stocking YTK into sea cages. It is anticipated that this will improve production through shortening the production cycle and will reduce the standing biomass in the water, ultimately increasing farm profitability.

Secondly, maturation may be a constraining factor in YTK production, reducing somatic growth. There are also flesh quality concerns which threaten sales of YTK harvested in November-December, a period when males exhibit maturation. However preliminary analysis of work carried out in Seafood CRC project 2008/901 suggests that male maturity did not have a significant deleterious effect on the flesh quality at that time. Though there are numerous strategies to manage maturation it is initially necessary to characterise the occurrence of maturation and the factors controlling it. With this information, appropriate mitigation strategies can be introduced resulting in economic benefits to the YTK industry.

Lastly, as production is poised to increase, it is imperative that substantial markets are developed for YTK product. One way of increasing sales is to ensure product sold is consistently of the highest possible quality. By attaining knowledge on the quality attributes, shelf-life and nutritional content of the product, producers will be able to tailor a product to specific market requirements. Likewise, as processing techniques and cold chain supply routes are diverse, it is imperative that information is attained on how these influence the quality of the product.

SCRC: Understanding Yellowtail Kingfish

Project number: 2008-903.20
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Trent D'Antignana
Organisation: SARDI Food Safety and Innovation
Project start/end date: 31 Mar 2009 - 31 Aug 2011
Contact:
FRDC

Need

Through existing farming practices it is apparent that there are several factors which may be limiting production and ultimately revenue.

Firstly, there is a need to identify an “ideal production strategy” to achieve forecast production levels. As temperature significantly affects YTK growth, feed conversion ratios and health, it is essential that the relationship between growth and temperature is investigated in fish of various sizes. This information will enable CST to make informed decisions on size and time of stocking YTK into sea cages. It is anticipated that this will improve production through shortening the production cycle and will reduce the standing biomass in the water, ultimately increasing farm profitability.

Secondly, maturation may be a constraining factor in YTK production, reducing somatic growth. There are also flesh quality concerns which threaten sales of YTK harvested in November-December, a period when males exhibit maturation. However preliminary analysis of work carried out in Seafood CRC project 2008/901 suggests that male maturity did not have a significant deleterious effect on the flesh quality at that time. Though there are numerous strategies to manage maturation it is initially necessary to characterise the occurrence of maturation and the factors controlling it. With this information, appropriate mitigation strategies can be introduced resulting in economic benefits to the YTK industry.

Lastly, as production is poised to increase, it is imperative that substantial markets are developed for YTK product. One way of increasing sales is to ensure product sold is consistently of the highest possible quality. By attaining knowledge on the quality attributes, shelf-life and nutritional content of the product, producers will be able to tailor a product to specific market requirements. Likewise, as processing techniques and cold chain supply routes are diverse, it is imperative that information is attained on how these influence the quality of the product.

SCRC: Understanding Yellowtail Kingfish

Project number: 2008-903.10
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Trent D'Antignana
Organisation: NSW Department Of Primary Industries Port Stephens
Project start/end date: 31 Mar 2009 - 31 Aug 2011
Contact:
FRDC

Need

Through existing farming practices it is apparent that there are several factors which may be limiting production and ultimately revenue.

Firstly, there is a need to identify an “ideal production strategy” to achieve forecast production levels. As temperature significantly affects YTK growth, feed conversion ratios and health, it is essential that the relationship between growth and temperature is investigated in fish of various sizes. This information will enable CST to make informed decisions on size and time of stocking YTK into sea cages. It is anticipated that this will improve production through shortening the production cycle and will reduce the standing biomass in the water, ultimately increasing farm profitability.

Secondly, maturation may be a constraining factor in YTK production, reducing somatic growth. There are also flesh quality concerns which threaten sales of YTK harvested in November-December, a period when males exhibit maturation. However preliminary analysis of work carried out in Seafood CRC project 2008/901 suggests that male maturity did not have a significant deleterious effect on the flesh quality at that time. Though there are numerous strategies to manage maturation it is initially necessary to characterise the occurrence of maturation and the factors controlling it. With this information, appropriate mitigation strategies can be introduced resulting in economic benefits to the YTK industry.

Lastly, as production is poised to increase, it is imperative that substantial markets are developed for YTK product. One way of increasing sales is to ensure product sold is consistently of the highest possible quality. By attaining knowledge on the quality attributes, shelf-life and nutritional content of the product, producers will be able to tailor a product to specific market requirements. Likewise, as processing techniques and cold chain supply routes are diverse, it is imperative that information is attained on how these influence the quality of the product.

Seafood CRC: Understanding Yellowtail Kingfish

Project number: 2008-903
Project Status:
Completed
Budget expenditure: $566,029.86
Principal Investigator: Trent D'Antignana
Organisation: Flinders University
Project start/end date: 31 Mar 2009 - 31 Aug 2011
Contact:
FRDC

Need

Through existing farming practices it is apparent that there are several factors which may be limiting production and ultimately revenue.

Firstly, there is a need to identify an “ideal production strategy” to achieve forecast production levels. As temperature significantly affects YTK growth, feed conversion ratios and health, it is essential that the relationship between growth and temperature is investigated in fish of various sizes. This information will enable CST to make informed decisions on size and time of stocking YTK into sea cages. It is anticipated that this will improve production through shortening the production cycle and will reduce the standing biomass in the water, ultimately increasing farm profitability.

Secondly, maturation may be a constraining factor in YTK production, reducing somatic growth. There are also flesh quality concerns which threaten sales of YTK harvested in November-December, a period when males exhibit maturation. However preliminary analysis of work carried out in Seafood CRC project 2008/901 suggests that male maturity did not have a significant deleterious effect on the flesh quality at that time. Though there are numerous strategies to manage maturation it is initially necessary to characterise the occurrence of maturation and the factors controlling it. With this information, appropriate mitigation strategies can be introduced resulting in economic benefits to the YTK industry.

Lastly, as production is poised to increase, it is imperative that substantial markets are developed for YTK product. One way of increasing sales is to ensure product sold is consistently of the highest possible quality. By attaining knowledge on the quality attributes, shelf-life and nutritional content of the product, producers will be able to tailor a product to specific market requirements. Likewise, as processing techniques and cold chain supply routes are diverse, it is imperative that information is attained on how these influence the quality of the product.

Objectives

1. To determine and quantify the interactive effects of fish sizes and water temperature on survival, weight gain, feed intake, feed conversion ratio and carcass composition of juvenile YTK.
2. To characterise the occurrence of sexual maturation and identify the hormonal cues which initiate it.
3. To provide YTK producers and consumers detailed information on the nutritional and biochemical composition of YTK to improve market access.
4. To identify how flesh composition, post-harvest processing methods and cold chain management techniques influence the shelf-life stability of the processed YTK product.
5. To develop farm management strategies which improve flesh quality attributes and production and increase market access.

Final report

ISBN: 978-0-9805789-8-0
Author: Trent D’Antignana and Erin Bubner
Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Final Report • 2011-11-15 • 7.47 MB
2008-903-DLD.pdf

Summary

This broad ranging project took a subproject approach to examine several issues that ultimately relate to product yield and quality attributes of farmed Yellowtail Kingfish (YTK) grown in sea cages. Within this project, the performance (survival and growth) of fish stocked into sea cages was assessed in regards to (a) fish size and water temperature at the time of transfer to the sea, and (b) environmental conditions (i.e. water temperature and dissolved oxygen levels) during grow out.

Seafood CRC: aquaculture innovation hub

Project number: 2008-902
Project Status:
Completed
Budget expenditure: $137,655.95
Principal Investigator: Geoff L. Allan
Organisation: Department of Primary Industries and Regional Development
Project start/end date: 30 Jun 2009 - 29 Jun 2012
Contact:
FRDC

Need

Within the Seafood CRC, approximately half the industry participants have committed most of their contribution to the CRC for production-based research and the majority of research provider participants are involved with production research. In total, approximately $3.5 million p.a. has been committed to finfish production or genetic research. While many participants have already committed to projects to address their priorities, the level of collaboration within these projects is modest and, as the majority of projects will conclude within 2-3 years, industry and research participants have expressed a desire to increase collaboration and networking. There is therefore an opportunity to better exploit synergies between industry and research participants to improve delivery of planned outcomes. Within the aquaculture industry, including sectors and companies outside the Seafood CRC, there is a strong need to increase the overall level of technology. In many cases, organisations have difficulty accessing the latest successful technology, particularly in the hatchery sector. This needs to be addressed through better networking and information exchange.

Specific needs are:
• To develop new levels of collaboration and cooperation across aquaculture sectors, disciplines and CRC programs and projects
• To coordinate training and capacity building programs for industry and research participants (including within and outside the CRC)
• To improve efficiency of project initiation and delivery of research outcomes
• To plan and budget activities to achieve target industry outcomes
• To generate investment in strategic research focused CRC outcomes
• Create mechanisms and cooperative research systems which can outlive the CRC

Objectives

1. Increase communication and collaboration among industry and research participants
2. Identify priorities and help develop applied research, training and extension activities

Final report

ISBN: 978-0-9756045-6-4
Authors: Geoff L. Allan Wayne O’Connor D. Stewart Fielder Mark Booth and Helena Heasman
Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Final Report • 2012-06-30 • 821.49 KB
2008-902-DLD.pdf

Summary

The Aquaculture Innovation Hub was a new initiative from the Seafood CRC and the Fisheries Research and Development Corporation to coordinate aquaculture research under the Seafood CRC, facilitate improved communication and assist development of new collaborative projects.

The hub brought together industry participants and research providers and fostered a better understanding of the research challenges faced by industry and the capacity and potential for researchers to address these challenges. The hub arranged face-to-face meetings, established a website and put help people stay in touch through email, teleconferences, text messaging and other forms of communication.

In addition, the hub developed and managed two hatchery networks, one for shellfish and one for marine finfish. The aim of the networks was to help hatcheries access and adopt the latest technology and identify key research, training and education priorities. The networks helped coordinate specific sessions on hatchery technology at the Australasian Aquaculture conferences in 2010 and 2012. Vocational and academic training needs were identified and training workshops, technical exchanges and visits organised.

Seafood CRC: Clean Seas Tuna - Product Quality Issues (maturation and harvest stress)

Project number: 2008-901
Project Status:
Completed
Budget expenditure: $13,826.24
Principal Investigator: John Carragher
Organisation: SARDI Food Safety and Innovation
Project start/end date: 9 Dec 2008 - 7 Feb 2009
Contact:
FRDC

Need

Ultimately, the need is to improve the quality of the product at this time of year when mature males occur and when sea temperatures reach their peak. If mature males are shown to contribute significantly to product quality issues at this time, then remedial measures can be investigated which are proportional to the scale of the problem.

Information on the extent of the impacts of maturation and/or harvest stress on product quality of YTK will help all involved in growing, buying and selling YTK in domestic and overseas markets.

Objectives

1. Identify, characterise and quantify the effects of sexual maturity on defined product quality attributes of farmed YTK
2. Determine the extent and nature of the impact of "dead haul" harvest processes and practices on product quality attributes of farmed YTK

Final report

ISBN: 978-1-921563-24-9
Authors: John Carragher Mark Thomas Ryan Wilkinson
Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

Final Report • 2009-12-15 • 3.63 MB
2008-901-DLD.pdf

Summary

Harvest stress and sexual maturation are known to affect the flesh quality and product shelf life in several species of fish. This preliminary study was undertaken to determine the extent of any impact of harvest stress and/or sexual maturation of males on product quality and shelf life attributes of farmed Yellowtail Kingfish (Seriola lalandi) at the Clean Seas Tuna Whyalla farm site.

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