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Industry
PROJECT NUMBER • 2021-032
PROJECT STATUS:
COMPLETED

Provision of strategic advice to Oysters Australia - identifying opportunities and associated value for the Australian Oyster Industry in Carbon Neutral Accreditation and Environmental Accounts.

Claiming carbon offsets is currently unlikely to be a viable option for oyster growers, so this project discussed other opportunities related to sustainability and reducing and offsetting product and supply chain emissions to become carbon neutral and the benefits of acquiring carbon neutral...
ORGANISATION:
NineSquared

SCRC: PhD: the relevance of Human Resource Practices (HRP) as a driver of aquaculture industry performance.

Project number: 2011-700
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Bishnu Sharma
Organisation: University of the Sunshine Coast (USC)
Project start/end date: 28 Feb 2011 - 30 Dec 2013
Contact:
FRDC

Need

There is a needed to increase the understanding of the development of human capital, and the linkages between HRP and performance, for the ongoing advancement of the Australian aquaculture industry.

Industry

Effects of Trawling Subprogram: promoting industry uptake of gear modifications to reduce bycatch in the South East and Great Australian Bight trawl fisheries

Project number: 2001-006
Project Status:
Completed
Budget expenditure: $358,000.00
Principal Investigator: Terence I. Walker
Organisation: Agriculture Victoria
Project start/end date: 30 Dec 2001 - 1 Jul 2007
Contact:
FRDC

Need

Time and again, good research results have been wasted because there has been poor industry support, lack of industry consultation and a low level of effective extension of the results to grass-roots industry. Through Project 98/204, we have developed outstanding bycatch reduction results in the SETF with full industry support, high levels of consultation and an extensive extension process. Whilst all of the newsletters and videos have achieved a high level of Industry awareness of the bycatch reduction project, it is now time to promote and encourage industry uptake of the modfied codend designs. This will require hands-on work with the fishers on a one-on-one basis and further analysis of fish behaviour to reduce discards in trawl gear to a greater extent. This proposal seeks funds to support this phase of the project and continue the outstanding success of 98/204 in reducing the bycatch in SEF trawlers.

As evidence of the effective extension of the results of the current FRDC project 98/204, operators within the Great Australian Bight trawl fishery have shown keen interest in deploying modified gear to reduce bycatch in their fishery. As such, they have expressed their enthusiasm in participating in a project of this nature and wish to be included as participants within this proposal.The project budget and methods have been revised to reflect this.

Objectives

1. Through application in normal fishing practices, Industry will improve the initial gear modifications (from project 98/204) to retain commercial species and reduce bycatch and discarding.
2. Voluntary uptake of modified gear by a large percentage of commercial fishers in the South East Trawl Fishery
3. Allow fishers to observe fish behaviour, trial, modify and improve the gear over a twelve month period assisted by underwater video equipment.
4. Review alterations that fishers have made and scientifically test the performance of the modified gear and review changes to fish behaviour within the gear.

Final report

ISBN: 978‐1‐74264‐249‐9
Author: Terence Walker

Predictive modelling of carrying capacities of oyster farming areas in Tasmania

Project number: 1992-054
Project Status:
Completed
Budget expenditure: $145,826.64
Principal Investigator: Simon Stanley
Organisation: Department of Natural Resources and Environment Tasmania (NRE TAS)
Project start/end date: 26 Sep 1992 - 27 Feb 1997
Contact:
FRDC

Objectives

1. Carry out assessments of oyster production in relation to primary productivity and nutrient cycles in five or six coastal areas used for oyster ongrowing and fattening in Tasmania
2. To develop predictive models of the carrying capacities of these areas
3. To utilise these models in the formation of a general model which can be applied with specific minor modifications to existing and potential intensive shellfish farms
4. To apply this general model in the day-to-day shellfish farm management
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