81,705 results

Research and Development for the modelling and establishment of a South Australian Aboriginal Sea Ranger program

Project number: 2012-215
Project Status:
Completed
Budget expenditure: $119,428.00
Principal Investigator: Jason Downs
Organisation: Department of Primary Industries and Regions South Australia (PIRSA)
Project start/end date: 8 Jul 2012 - 8 May 2013
Contact:
FRDC

Need

Aboriginal Nations recognise the need to develop relationships with Government, to educate people and to manage and protect their Sea Country.

•The Ngarrindjeri have expressed this in their sea Country Plan
•The Narungga have developed a traditional fishing management plan
•The Far West Coast has identified the need for this through their Yalata IPA program working across the Head of the Bight.
•The Strategy for Aboriginal Managed Lands in South Australia, SAMLISA 2002 identified the need for healthy waters to protect cultural values.

South Australian Aboriginal Nations are increasingly concerned about the impacts of recreational, industry and regulatory management of their Sea Country. Limited interactions and opportunities are presented for active involvement. Nations are aware of programs in other states and are keen to research and understand these so a South Australian program can be developed in partnership with the South Australian Government. The approach aligns to the 11 key principles from the shaping Indigenous R&D forum in Cairns

This application will provide a mechanism to enable key leaders from the seven coastal Nations to meet for a two day workshop aimed at providing case studies from Aboriginal groups around Australia to understand their models, success and learning’s and apply this to a facilitated workshop with PIRSA to identify a South Australian model that will assist Aboriginal groups and PIRSA move forward together in a collaborative partnership to develop a Sea Ranger program. The state will then identify commercial, state and commonwealth resources to deliver the program.

Objectives

1. Engagement with all Aboriginal coastal Nations in South Australia to focus on a whole of South Australian Sea Ranger program
2. Participating SA Nations will be informed via a forum of working models by inviting leaders from other state programs to present
3. Relationships with all participating Nations and PIRSA will be strengthened and thereby determine an effective SA model
4. An effective model will be defined, with an approach and timeline to establish a Sea Ranger program for South Australia
5. State and commonwealth agencies will be engaged to develop a collaborative model and approach forward

Final report

ISBN: 978-0-646-90848-9
Author: Jason Downs

Measuring the economic value of recreational fishing at a national level

Project number: 2012-214
Project Status:
Completed
Budget expenditure: $65,000.00
Principal Investigator: Ewan A. Colquhoun
Organisation: Ridge Partners
Project start/end date: 17 May 2012 - 29 Nov 2012
Contact:
FRDC

Need

Recreational fisheries have no reliable and acceptable methodology or mechanisms to measure their economic value (direct and indirect) to Australians.
More broadly, the sector has no clear understanding of end-user requirements for its economic data, and the most appropriate means of obtaining the required data.
The impacts of this problem are direct, substantial, local and national. Measurement enables monitoring of performance, which enables management of the resource to consistently achieve best outcomes. Lack of measurement means the sector cannot:
1. quantify the operational or economic size of the national fishery on a reliable and repeatable basis, and therefore can not measure or manage economic performance changes over time
2. demonstrate with acceptable accuracy the economic contribution to regional and national economies, at any time,
3. justify and motivate investment by communities, investors and agencies in recreational fishing,
4. clearly and unambiguously demonstrate that it is a relevant sector or contributor to regional and national economies.

The RFAC's 2011 Strategy identifies at least 2 goals (as follows) that demand some type of economic measure to demontrate that they have been achieved.
- Recreational fishing is acknowledged as an important activity that contributes to the health and well-being of Australian society.
- Recreational fishers have access to a fair and reasonable share of Australia’s fish resources.

Objectives

1. Identify end-users of Recreational Fishing data, their economic data needs, and appropriate data collection methods
2. Identify and short-list appropriate economic indicators and the preferred "GVP Equivalent" cross-jurisdictional approach
3. Establish a project Steering Group to work with the consultant, raise stakeholder awareness, and carry the project forward
4. Estimate and document the initial "GVP Equivalent" for the Recreational Fishing Sector by key jurisdiction and for the nation
5. Establish an Action Plan (resources, responsibilities, timing, etc) for measuring the economic contribution of the Recreational Fishing Sector or a repeatable annual basis
6. Establish a GVP Equivalent value of Recreational and Indigenous Fisheries as a permanent component of DAFF's determination of the Australian Fishing Industry

Developing jungle perch fingerling production to improve fishing opportunities

Project number: 2012-213
Project Status:
Completed
Budget expenditure: $482,907.00
Principal Investigator: Michael Hutchison
Organisation: Department of Primary Industries (QLD)
Project start/end date: 14 Jun 2012 - 29 Jun 2015
Contact:
FRDC

Need

Jungle perch once occurred widely in coastal Queensland rivers, from Cape York to Northern NSW. Central and southern populations have declined or become locally extinct due to dams and weirs blocking migration pathways between saltwater (where they spawn) and freshwater habitats (where they reside as juveniles and adults). Unlike barramundi, mullet and bass; jungle perch cannot persist long-term in saltwater habitats. Barriers lead to rapid local extinction. Construction of fishways on barriers in the past 10 years has created suitable conditions for the reintroduction of jungle perch. There are limited opportunities for natural recolonisation, and remnant adult populations of local strains are too few for translocation to be a practical solution. Restocking from captive bred individuals is the only option to bring back jungle perch fisheries.

Restoring wild jungle perch fisheries is a high priority for recreational fishers in Queensland. Reintroduction of self sustaining populations in rivers in south-eastern Queensland and the Mackay-Whitsunday Region will provide angling opportunities to large populations of anglers. Development of jungle perch fingerling production will also create future opportunities to further enhance Queensland's stocked impoundments and make jungle perch accessible to even more anglers.

Recent research by DEEDI has solved much of the reproductive biology of jungle perch, which can now be spawned regularly in captivity. Jungle perch larvae are much smaller (2.3 mm) than bass and barramundi larvae and establishment of first feeding has been problematic. Strategies to promote larval feeding need to be developed. The transition from larvae to fingerlings is critical for future development of jungle perch fisheries.

Objectives

1. Develop hatchery production techniques for jungle perch fingerlings
2. Successfully release jungle perch fingerlings into suitable south-eastern Queensland and Mackay-Whitsunday regional waterways
3. Communicate with anglers on the restoration of jungle perch fisheries
4. Understand environmental factors influencing post-release survival of jungle perch in rivers.
5. Develop a jungle perch production manual for fish hatcheries

Final report

ISBN: 978-0-7345-0453-1
Author: Michael Hutchison
Final Report • 2016-03-17 • 5.18 MB
2012-213-DLD.pdf

Summary

This project has for the first time demonstrated the feasibility of hatchery production of jungle perch fingerlings. The research on jungle perch production has enabled a hatchery production manual with accompanying videos to be produced. This has given private commercial hatcheries the information needed to produce jungle perch fingerlings. Several hatcheries have already indicated an interest in producing jungle perch and will be assisted to do so in 2016. Currently jungle perch are not a permitted stocking species, so cannot be sold to fish stocking groups. However, hatcheries will be able to sell fingerlings to the aquarium trade or supply grow out facilities that could produce jungle perch for human consumption. Should jungle perch become a permitted species for stocking, this will provide hatcheries with a major new product option to sell to fish stocking groups. It would also benefit anglers by providing another iconic species for impoundment stocking programs. This could have flow-on benefits to regional economies through angler tourism.

Should the pilot reintroductions of jungle perch into streams result in self-sustaining jungle perch populations, then there will be three restored jungle perch populations close to major population centres. This will create a new opportunity for anglers not normally able to target jungle perch. Since the majority of anglers who target jungle perch are catch and release fishers, angling is expected to have minimal impact on recovery of the populations.

This project led to the development of a hatchery manual for jungle perch production and to a summary brochure. In late 2014 and in 2015 researchers were able to make the first ever releases of jungle perch fingerlings back into rivers and streams within their historical range.

Keywords: Jungle perch, Kuhlia rupestris, hatchery production, restoration, fish stocking, captive breeding, larval culture, recreational fishing.

Project products

Manual • 2.19 MB
2012-213 Jungle fingerling production manual.pdf

Summary

This manual is based on the knowledge gained by researchers at the Bribie Island Research Centre (BIRC), working on developing jungle perch Kuhlia rupestris captive breeding as part of the FRDC funded project 2012/213 “Developing jungle perch fingerling production to improve fishing opportunities”. Further refinements can certainly be made to improve larval rearing and fingerling production. This manual reports on methods that have worked at BIRC to date, and perhaps more importantly, on what didn’t work. Knowledge of what has failed will help private hatchery operators avoid mistakes as they try to further refine the jungle perch production process in their own facilities.

The manual describes each of the key parts of jungle perch production, including broodstock management, spawning induction, spawning, egg and larvae management, live feed production, pond management, pond harvesting and fingerling management. The manual also includes links to video segments to demonstrate how things were done at BIRC. Videos are integral for the use of this manual. Click on the video link at the end of each production step described in this manual. It is intended that the video segments will enhance understanding of the jungle perch production process. The videos in this document are also available in the attached video folder that accompanies DVD and USB drive versions of this document and can be viewed as stand-alone files. The written document contains the majority of the technical information required, such as stocking densities, fertilising rates, feeding rates etc. The videos demonstrate the processes, which words are not always adequate to describe.

Brochure • 453.38 KB
2012-213 Jungle perch project summary brochure.pdf

Summary

This brochure outlines the achievement of the project. It is intended to provide general information on project outcomes to recreational anglers.

It summarises the results of the project.

Final Report • 2016-03-17 • 5.18 MB
2012-213-DLD.pdf

Summary

This project has for the first time demonstrated the feasibility of hatchery production of jungle perch fingerlings. The research on jungle perch production has enabled a hatchery production manual with accompanying videos to be produced. This has given private commercial hatcheries the information needed to produce jungle perch fingerlings. Several hatcheries have already indicated an interest in producing jungle perch and will be assisted to do so in 2016. Currently jungle perch are not a permitted stocking species, so cannot be sold to fish stocking groups. However, hatcheries will be able to sell fingerlings to the aquarium trade or supply grow out facilities that could produce jungle perch for human consumption. Should jungle perch become a permitted species for stocking, this will provide hatcheries with a major new product option to sell to fish stocking groups. It would also benefit anglers by providing another iconic species for impoundment stocking programs. This could have flow-on benefits to regional economies through angler tourism.

Should the pilot reintroductions of jungle perch into streams result in self-sustaining jungle perch populations, then there will be three restored jungle perch populations close to major population centres. This will create a new opportunity for anglers not normally able to target jungle perch. Since the majority of anglers who target jungle perch are catch and release fishers, angling is expected to have minimal impact on recovery of the populations.

This project led to the development of a hatchery manual for jungle perch production and to a summary brochure. In late 2014 and in 2015 researchers were able to make the first ever releases of jungle perch fingerlings back into rivers and streams within their historical range.

Keywords: Jungle perch, Kuhlia rupestris, hatchery production, restoration, fish stocking, captive breeding, larval culture, recreational fishing.

Manual • 2.19 MB
2012-213 Jungle fingerling production manual.pdf

Summary

This manual is based on the knowledge gained by researchers at the Bribie Island Research Centre (BIRC), working on developing jungle perch Kuhlia rupestris captive breeding as part of the FRDC funded project 2012/213 “Developing jungle perch fingerling production to improve fishing opportunities”. Further refinements can certainly be made to improve larval rearing and fingerling production. This manual reports on methods that have worked at BIRC to date, and perhaps more importantly, on what didn’t work. Knowledge of what has failed will help private hatchery operators avoid mistakes as they try to further refine the jungle perch production process in their own facilities.

The manual describes each of the key parts of jungle perch production, including broodstock management, spawning induction, spawning, egg and larvae management, live feed production, pond management, pond harvesting and fingerling management. The manual also includes links to video segments to demonstrate how things were done at BIRC. Videos are integral for the use of this manual. Click on the video link at the end of each production step described in this manual. It is intended that the video segments will enhance understanding of the jungle perch production process. The videos in this document are also available in the attached video folder that accompanies DVD and USB drive versions of this document and can be viewed as stand-alone files. The written document contains the majority of the technical information required, such as stocking densities, fertilising rates, feeding rates etc. The videos demonstrate the processes, which words are not always adequate to describe.

Brochure • 453.38 KB
2012-213 Jungle perch project summary brochure.pdf

Summary

This brochure outlines the achievement of the project. It is intended to provide general information on project outcomes to recreational anglers.

It summarises the results of the project.

Final Report • 2016-03-17 • 5.18 MB
2012-213-DLD.pdf

Summary

This project has for the first time demonstrated the feasibility of hatchery production of jungle perch fingerlings. The research on jungle perch production has enabled a hatchery production manual with accompanying videos to be produced. This has given private commercial hatcheries the information needed to produce jungle perch fingerlings. Several hatcheries have already indicated an interest in producing jungle perch and will be assisted to do so in 2016. Currently jungle perch are not a permitted stocking species, so cannot be sold to fish stocking groups. However, hatcheries will be able to sell fingerlings to the aquarium trade or supply grow out facilities that could produce jungle perch for human consumption. Should jungle perch become a permitted species for stocking, this will provide hatcheries with a major new product option to sell to fish stocking groups. It would also benefit anglers by providing another iconic species for impoundment stocking programs. This could have flow-on benefits to regional economies through angler tourism.

Should the pilot reintroductions of jungle perch into streams result in self-sustaining jungle perch populations, then there will be three restored jungle perch populations close to major population centres. This will create a new opportunity for anglers not normally able to target jungle perch. Since the majority of anglers who target jungle perch are catch and release fishers, angling is expected to have minimal impact on recovery of the populations.

This project led to the development of a hatchery manual for jungle perch production and to a summary brochure. In late 2014 and in 2015 researchers were able to make the first ever releases of jungle perch fingerlings back into rivers and streams within their historical range.

Keywords: Jungle perch, Kuhlia rupestris, hatchery production, restoration, fish stocking, captive breeding, larval culture, recreational fishing.

Manual • 2.19 MB
2012-213 Jungle fingerling production manual.pdf

Summary

This manual is based on the knowledge gained by researchers at the Bribie Island Research Centre (BIRC), working on developing jungle perch Kuhlia rupestris captive breeding as part of the FRDC funded project 2012/213 “Developing jungle perch fingerling production to improve fishing opportunities”. Further refinements can certainly be made to improve larval rearing and fingerling production. This manual reports on methods that have worked at BIRC to date, and perhaps more importantly, on what didn’t work. Knowledge of what has failed will help private hatchery operators avoid mistakes as they try to further refine the jungle perch production process in their own facilities.

The manual describes each of the key parts of jungle perch production, including broodstock management, spawning induction, spawning, egg and larvae management, live feed production, pond management, pond harvesting and fingerling management. The manual also includes links to video segments to demonstrate how things were done at BIRC. Videos are integral for the use of this manual. Click on the video link at the end of each production step described in this manual. It is intended that the video segments will enhance understanding of the jungle perch production process. The videos in this document are also available in the attached video folder that accompanies DVD and USB drive versions of this document and can be viewed as stand-alone files. The written document contains the majority of the technical information required, such as stocking densities, fertilising rates, feeding rates etc. The videos demonstrate the processes, which words are not always adequate to describe.

Brochure • 453.38 KB
2012-213 Jungle perch project summary brochure.pdf

Summary

This brochure outlines the achievement of the project. It is intended to provide general information on project outcomes to recreational anglers.

It summarises the results of the project.

Final Report • 2016-03-17 • 5.18 MB
2012-213-DLD.pdf

Summary

This project has for the first time demonstrated the feasibility of hatchery production of jungle perch fingerlings. The research on jungle perch production has enabled a hatchery production manual with accompanying videos to be produced. This has given private commercial hatcheries the information needed to produce jungle perch fingerlings. Several hatcheries have already indicated an interest in producing jungle perch and will be assisted to do so in 2016. Currently jungle perch are not a permitted stocking species, so cannot be sold to fish stocking groups. However, hatcheries will be able to sell fingerlings to the aquarium trade or supply grow out facilities that could produce jungle perch for human consumption. Should jungle perch become a permitted species for stocking, this will provide hatcheries with a major new product option to sell to fish stocking groups. It would also benefit anglers by providing another iconic species for impoundment stocking programs. This could have flow-on benefits to regional economies through angler tourism.

Should the pilot reintroductions of jungle perch into streams result in self-sustaining jungle perch populations, then there will be three restored jungle perch populations close to major population centres. This will create a new opportunity for anglers not normally able to target jungle perch. Since the majority of anglers who target jungle perch are catch and release fishers, angling is expected to have minimal impact on recovery of the populations.

This project led to the development of a hatchery manual for jungle perch production and to a summary brochure. In late 2014 and in 2015 researchers were able to make the first ever releases of jungle perch fingerlings back into rivers and streams within their historical range.

Keywords: Jungle perch, Kuhlia rupestris, hatchery production, restoration, fish stocking, captive breeding, larval culture, recreational fishing.

Manual • 2.19 MB
2012-213 Jungle fingerling production manual.pdf

Summary

This manual is based on the knowledge gained by researchers at the Bribie Island Research Centre (BIRC), working on developing jungle perch Kuhlia rupestris captive breeding as part of the FRDC funded project 2012/213 “Developing jungle perch fingerling production to improve fishing opportunities”. Further refinements can certainly be made to improve larval rearing and fingerling production. This manual reports on methods that have worked at BIRC to date, and perhaps more importantly, on what didn’t work. Knowledge of what has failed will help private hatchery operators avoid mistakes as they try to further refine the jungle perch production process in their own facilities.

The manual describes each of the key parts of jungle perch production, including broodstock management, spawning induction, spawning, egg and larvae management, live feed production, pond management, pond harvesting and fingerling management. The manual also includes links to video segments to demonstrate how things were done at BIRC. Videos are integral for the use of this manual. Click on the video link at the end of each production step described in this manual. It is intended that the video segments will enhance understanding of the jungle perch production process. The videos in this document are also available in the attached video folder that accompanies DVD and USB drive versions of this document and can be viewed as stand-alone files. The written document contains the majority of the technical information required, such as stocking densities, fertilising rates, feeding rates etc. The videos demonstrate the processes, which words are not always adequate to describe.

Brochure • 453.38 KB
2012-213 Jungle perch project summary brochure.pdf

Summary

This brochure outlines the achievement of the project. It is intended to provide general information on project outcomes to recreational anglers.

It summarises the results of the project.

Final Report • 2016-03-17 • 5.18 MB
2012-213-DLD.pdf

Summary

This project has for the first time demonstrated the feasibility of hatchery production of jungle perch fingerlings. The research on jungle perch production has enabled a hatchery production manual with accompanying videos to be produced. This has given private commercial hatcheries the information needed to produce jungle perch fingerlings. Several hatcheries have already indicated an interest in producing jungle perch and will be assisted to do so in 2016. Currently jungle perch are not a permitted stocking species, so cannot be sold to fish stocking groups. However, hatcheries will be able to sell fingerlings to the aquarium trade or supply grow out facilities that could produce jungle perch for human consumption. Should jungle perch become a permitted species for stocking, this will provide hatcheries with a major new product option to sell to fish stocking groups. It would also benefit anglers by providing another iconic species for impoundment stocking programs. This could have flow-on benefits to regional economies through angler tourism.

Should the pilot reintroductions of jungle perch into streams result in self-sustaining jungle perch populations, then there will be three restored jungle perch populations close to major population centres. This will create a new opportunity for anglers not normally able to target jungle perch. Since the majority of anglers who target jungle perch are catch and release fishers, angling is expected to have minimal impact on recovery of the populations.

This project led to the development of a hatchery manual for jungle perch production and to a summary brochure. In late 2014 and in 2015 researchers were able to make the first ever releases of jungle perch fingerlings back into rivers and streams within their historical range.

Keywords: Jungle perch, Kuhlia rupestris, hatchery production, restoration, fish stocking, captive breeding, larval culture, recreational fishing.

Manual • 2.19 MB
2012-213 Jungle fingerling production manual.pdf

Summary

This manual is based on the knowledge gained by researchers at the Bribie Island Research Centre (BIRC), working on developing jungle perch Kuhlia rupestris captive breeding as part of the FRDC funded project 2012/213 “Developing jungle perch fingerling production to improve fishing opportunities”. Further refinements can certainly be made to improve larval rearing and fingerling production. This manual reports on methods that have worked at BIRC to date, and perhaps more importantly, on what didn’t work. Knowledge of what has failed will help private hatchery operators avoid mistakes as they try to further refine the jungle perch production process in their own facilities.

The manual describes each of the key parts of jungle perch production, including broodstock management, spawning induction, spawning, egg and larvae management, live feed production, pond management, pond harvesting and fingerling management. The manual also includes links to video segments to demonstrate how things were done at BIRC. Videos are integral for the use of this manual. Click on the video link at the end of each production step described in this manual. It is intended that the video segments will enhance understanding of the jungle perch production process. The videos in this document are also available in the attached video folder that accompanies DVD and USB drive versions of this document and can be viewed as stand-alone files. The written document contains the majority of the technical information required, such as stocking densities, fertilising rates, feeding rates etc. The videos demonstrate the processes, which words are not always adequate to describe.

Brochure • 453.38 KB
2012-213 Jungle perch project summary brochure.pdf

Summary

This brochure outlines the achievement of the project. It is intended to provide general information on project outcomes to recreational anglers.

It summarises the results of the project.

Final Report • 2016-03-17 • 5.18 MB
2012-213-DLD.pdf

Summary

This project has for the first time demonstrated the feasibility of hatchery production of jungle perch fingerlings. The research on jungle perch production has enabled a hatchery production manual with accompanying videos to be produced. This has given private commercial hatcheries the information needed to produce jungle perch fingerlings. Several hatcheries have already indicated an interest in producing jungle perch and will be assisted to do so in 2016. Currently jungle perch are not a permitted stocking species, so cannot be sold to fish stocking groups. However, hatcheries will be able to sell fingerlings to the aquarium trade or supply grow out facilities that could produce jungle perch for human consumption. Should jungle perch become a permitted species for stocking, this will provide hatcheries with a major new product option to sell to fish stocking groups. It would also benefit anglers by providing another iconic species for impoundment stocking programs. This could have flow-on benefits to regional economies through angler tourism.

Should the pilot reintroductions of jungle perch into streams result in self-sustaining jungle perch populations, then there will be three restored jungle perch populations close to major population centres. This will create a new opportunity for anglers not normally able to target jungle perch. Since the majority of anglers who target jungle perch are catch and release fishers, angling is expected to have minimal impact on recovery of the populations.

This project led to the development of a hatchery manual for jungle perch production and to a summary brochure. In late 2014 and in 2015 researchers were able to make the first ever releases of jungle perch fingerlings back into rivers and streams within their historical range.

Keywords: Jungle perch, Kuhlia rupestris, hatchery production, restoration, fish stocking, captive breeding, larval culture, recreational fishing.

Manual • 2.19 MB
2012-213 Jungle fingerling production manual.pdf

Summary

This manual is based on the knowledge gained by researchers at the Bribie Island Research Centre (BIRC), working on developing jungle perch Kuhlia rupestris captive breeding as part of the FRDC funded project 2012/213 “Developing jungle perch fingerling production to improve fishing opportunities”. Further refinements can certainly be made to improve larval rearing and fingerling production. This manual reports on methods that have worked at BIRC to date, and perhaps more importantly, on what didn’t work. Knowledge of what has failed will help private hatchery operators avoid mistakes as they try to further refine the jungle perch production process in their own facilities.

The manual describes each of the key parts of jungle perch production, including broodstock management, spawning induction, spawning, egg and larvae management, live feed production, pond management, pond harvesting and fingerling management. The manual also includes links to video segments to demonstrate how things were done at BIRC. Videos are integral for the use of this manual. Click on the video link at the end of each production step described in this manual. It is intended that the video segments will enhance understanding of the jungle perch production process. The videos in this document are also available in the attached video folder that accompanies DVD and USB drive versions of this document and can be viewed as stand-alone files. The written document contains the majority of the technical information required, such as stocking densities, fertilising rates, feeding rates etc. The videos demonstrate the processes, which words are not always adequate to describe.

Brochure • 453.38 KB
2012-213 Jungle perch project summary brochure.pdf

Summary

This brochure outlines the achievement of the project. It is intended to provide general information on project outcomes to recreational anglers.

It summarises the results of the project.

Develop and promote the Australian Fish Names Standard (AS-SSA 5300) and ensure reaccreditation as a Standards Development Organisation

Project number: 2012-209.40
Project Status:
Completed
Budget expenditure: $123,936.00
Principal Investigator: Alan J. Snow
Organisation: Alan Snow Konsulting
Project start/end date: 27 Sep 2012 - 29 Jun 2014
Contact:
FRDC

Need

Use of standard Fish Names achieves outcomes that are consistent with the aims of industry and governments:
1. Reduced mis-reporting improves fisheries monitoring, stock assessment and sustainability.
2. Reduced confusion over fish names increases efficiency in seafood marketing, consumer confidence and industry profitability.
3. Improved accuracy in trade descriptions and labelling enables consumers to make more informed choices when purchasing seafood and reduces the potential for misleading and deceptive conduct.
4. Improved traceability results in more efficient management of seafood related public health incidents (including recalls) and food safety.

The commitment to standardizing Fish Names in Australia has been undertaken since the late 1970s. Strategic investments by the FRDC and SSA leadership on standardizing Fish Names culminated in the development of the Australian Fish Names Standard AS-SSA 5300-2007(AFNS).

Public and consumer confidence is vital to the well being of Australia’s seafood industry. Standard Fish Names remove confusion, strengthen consumer confidence, create market efficiency, underpin effective fisheries monitoring and improve management of food safety.

The AFNS contains agreed names for over 600 commercially important domestic and imported species of fish, and over 4,000 other domestic fish species. The process of assigning these agreed names involved the expertise of several of the world’s best fisheries taxonomists and other key stakeholders.

Development of the AFNS is underpinned by rigorous procedures agreed to by government, industry and other stakeholders and which are administered by SSA and its Fish Names Committee.

SSA is one of only 5 Standards Development Organizations (SDO) accredited by Standards Australia.

SSA has ongoing commitments to Standards Australia (including annual accreditation and audit costs) which must be met to maintain its accreditation as an SDO. Failure to do so will result in the Australian Fish Names Standard ceasing to exist and all files, etc passed on to Standards Australia.

Objectives

1. 1. Ensure FRDC is accredited by Standards Australia as a Standards Development Organisation.
2. Continually improve the Australian Fish Names Standard AS SSA 5300 and underlying procedures to meet market, regulator and stakeholder needs and expectations.
3. Review and update Fish Names Procedures to incorporate improvements identified in the annual Standards Australia audit and feedback from stakeholders.
4. Improve the Fish Names website including the graphic design, usability and SEO (www.fishnames.com.au)
5. Provide a Fish Names Hotline service to support the adoption of standard fish names.
6. Promote the usage of Australian Standard Fish Names to the broader seafood industry.
7. Development of an alternative funding mechanism for the Administration of the Australian Fish Names Standard.
8. Undertake activities to further promote the uptake of fish names as agreed with FRDC (additional objective).

Fisheries R & D Corporation to be accredited by the Australian Board of Standards Development Organisations as a Standards Development Organisation (SDO) to develop Australian standards in the seafood industry

Project number: 2012-209.30
Project Status:
Completed
Budget expenditure: $25,500.00
Principal Investigator: Alan J. Snow
Organisation: Alan Snow Konsulting
Project start/end date: 30 Jun 2013 - 30 Dec 2013
Contact:
FRDC

Need

The seafood industry needs to have a Standards setting body that can develop Australian Standards specifically for the seafood industry.

SSA has successfully fulfilled this role since 2005 when it was one of the first organisations to be successfully accredited by Standards Australia as a Standards Development Organisation.

The first Australian Standard to be developed by SSA was the Australian Fish Names Standard (AS SSA 5300) which was accredited as an Australian Standard in 2007.

SSA is ceasing to operate as at the end of July or soon after.

The end result of this is that either:
a. Administration of the AFNS and all IP can be handed back to Standards Australia as per the terms of accreditation; or
b. Standards Australia can assign administration of the AFNS and all associated IP to another SDO with a similar scope.

As there are no other like organisations with a similar scope, it is important that a seafood industry organisation be accredited as soon as possible to assume control of the standard.

While the AFNS is a current and will stay in place for 5 years, it is not the type of standard that can be left static. Its strength is that it is continually being amended as species names are added and amended.

In addition to the Australian Fish Names Standard, there are some additional standards that are being proposed
• 2015 Australian Standard for Responsible Fishing on Vessels
• 2015 Australian Standard for Responsible Fisheries Management
• 2015 Australian Standard for Chain of Custody in Seafood
• 2015 Australian Standard for Common Language in Seafood

FRDC is a moist appropriate organisation to be accredited as an SDO. Initial discussions with ABSDO are very positive and the fact that FRDC is ISO accredited is a huge bonus.

Objectives

1. A submission to ABSDO addressing all criteria in the document Requirements for Accreditation of Standards Development Organisations) is developed stating the case for FRDC to be accredited as an SDO.
2. FRDC is accredited by ABSDO as a Standards Development Organisation
3. All standards development manuals are rebadged and rewritten where necessary to align with FRDC administrative processes

Fishnames Workshop

Project number: 2012-209.20
Project Status:
Completed
Budget expenditure: $19,148.89
Principal Investigator: Alan J. Snow
Organisation: Eric Perez
Project start/end date: 29 Jul 2012 - 24 Aug 2012
Contact:
FRDC

Need

The development of the Fishnames project has been an ongoing concern for industry and the Fisheries Research Development Corporation.

The terms of reference (ToR) have been developed and wll be provided to workshop participants for consideration and feedback. The ToR include:

1) Report that details recommended changes to the objectives of the Fishnames process.

2) Changes to the Fishnames process.

3) The composition of the Fishnames committee.

4) Brief ‘user friendly’ summary of the project and outcomes suitable for publication on the FRDC website.

Objectives

1. Recommend changes to the objectives of the Fishnames process.
2. Chang to the Fishnames process.
3. The composition of the Fishnames committee.
4. A brief ‘user friendly’ summary of the project and outcomes suitable for publication on the FRDC website

The Tasmanian Freshwater Eel Industry - an industry development and directions plan

Project number: 2012-208
Project Status:
Completed
Budget expenditure: $35,000.00
Principal Investigator: John Purser
Organisation: University of Tasmania (UTAS)
Project start/end date: 30 Jun 2012 - 30 Dec 2013
Contact:
FRDC

Need

The Tasmanian Freshwater Eel Industry is based on a small fishery focussed on wild harvests of short- and long-finned eels. Although small from a national, regional and global perspective it is of untapped significant potential within the Tasmanian context. Declines observed in global eel resources have not been experienced in Tasmania. Industry has the opportunity to establish new markets and products whilst increasing traditional markets. Diversification of the product range may occur through by-catch species such as redfin and tench.

A partial but significant consolidation of industry participants via joint venture activities over the past three years has initiated a renewed interest in the potential for the fishery and industry. There are challenges in matching products with markets, value adding (including aquaculture), seasonal supply and logistical issues. It is critical to address these challenges and identify solutions and strategies to support industry development.

The industry has significant potential in Tasmania. A plan to develop and expand the industry is needed to:

1. Establish a common strategic vision and direction
2. Unify fishers, industry and resource managers towards a common goal
3. Identify issues, challenges, and barriers to industry development providing a planned prioritised approach to solutions
4. Provide a measured approach to industry expansion, whilst meeting goals for ecological sustainability
5. Provide guidance on the contemporary research needs for the industry based on an agreed direction.

A development plan will also assist investors, fishers, industry sub-sectors, resource managers, researchers understand the future directions for the fishery, it's challenges and needs.

Objectives

1. Formulate a development and directions plan for the Tasmanian Freshwater Eel Industry. The goals of the development plan are as follows - (a) Establish a vision and focussed direction for the Tasmanian Freshwater Eel Industry, (b) Assess the approaches and techniques available in aquaculture and wild harvest to achieve a measured expansion of the industry with due consideration for ecological sustainability, (c) Identify strategies to maximise the economic potential of the eel industry whilst maintaining economic sustainability and viability, (d) Maintain current and create additional investment confidence and opportunties, (e) Identify strategies to position industry to take advantage of emerging opportunties in the global market and (f) Guide the research needs of the industry.

Final report

ISBN: 978-1-86295-736-7
Author: Dr John Purser

Adding value to seafood processing waste through the recovery of bioactive molecules

Project number: 2012-207
Project Status:
Completed
Budget expenditure: $561,962.44
Principal Investigator: Simone Osborne
Organisation: CSIRO Australian Animal Health Laboratory
Project start/end date: 14 Jun 2012 - 3 Aug 2014
Contact:
FRDC

Need

Commercial in confidence. To know more about this project please contact FRDC.

Objectives

Commercial in confidence

Operationalising the risk cost catch trade-off

Project number: 2012-202
Project Status:
Completed
Budget expenditure: $340,706.00
Principal Investigator: Cathy M. Dichmont
Organisation: CSIRO Oceans and Atmosphere Hobart
Project start/end date: 30 Sep 2012 - 29 Sep 2014
Contact:
FRDC

Need

Given that fisheries are often a low value resource, there is a real need to understand the trade-off in ecological and economic risk associated with harvesting; the benefits of harvesting, namely from the catch; and the costs associated with management.This relationship is known as the risk-cost-catch frontier and has been adopted conceptually by AFMA. Catch has been defined in terms of both its mean and variability. If, for example, fishing becomes increasingly aggressive, the overall mean catch may increase, at least in the short term, but so too may its inter-annual variability. Management costs are defined broadly in terms of the cost of information needs, the management decision process, management measures, and research and compliance costs. Finally, risk is used in the context of the change and consequence of undesirable consequences to the target species, associated species as well as to the economics of the fishery. Although the directions of the 3-way trade-offs are well understood conceptually, this frontier is only theoretically defined and considerable work is required to develop a practical framework that can assist fisheries managers. The need of fishery managers is at the level of implementation across a portfolio of fisheries. That is, for a given level of risk, what are the associated costs and catches? Conversely, if costs or catches are adjusted, what will be the exact effect on risk?

Objectives

1. Extend AtlantisSE to enable the full suite of Commonwealth fishery types (e.g. data poor) to be simulated.
2. Using this modelling platform, define the risk-cost-catch trade-off between target species at different information and Tier levels.
3. In close consultation with managers and industry, develop a set of operational rules and clear quantitative guidelines for assessing the risk-cost-catch trade-off.

Final report

ISBN: 978-1-4863-0708-1
Author: Catherine M. Dichmont
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