Sustaining productivity of tropical red snappers using new monitoring and reference points
Seafood CRC: prawn Industry black spot management: problem size and appropriate research
People Development Program: FRDC indigenous development scholarship - Paul King
The indigenous development scholarship is part of the suite of professional development opportunities developed and managed through the FRDC people development program. This particular scholarship addresses the following objectives of the people development program 2008-2013:
Objective 1 Enhance industry leadership within all sectors
and; Objective 3 Provide opportunities for knowledge transfer and R&D adoption
The significant drivers identified in the FRDC people development program, addressed by this project
are:
- There is a shortage of industry leaders in all sectors of the fishing industry.
- There is an urgent need to develop people within all sectors who have the skills to effectively contribute to debate and policy development for significant challenges, including access to fish resources.
-Early career researchers and emerging industry leaders lack opportunities for formal mentoring and
professional development.
-There is a shortage of opportunities for people in industry to develop skills that are going to directly
improve business profitability and sustainability.
-The industry is geographically dispersed and fragmented, and needs opportunities to learn within and
across sectors.
Final report
Tactical Research Fund: Extension of fisheries research and development funded research results on improved bycatch reduction devices to the Queensland East Coast Otter Trawl Fishery
A unique opportunity exists to capture the results of the recent FRDC funded research project “Reducing the impact of Queensland's trawl fisheries on protected sea snakes (Project No. 2005/053)”, and fast track adoption of these results by the Queensland East Coast Otter Trawl Fishery (ECOTF). The project results estimate the capture of approximately 100,000 sea snakes annually within the ECOTF. The red-spot king prawn sector of the fishery, which is a reef-associated prawn fishery, accounted for about 59% of all sea snake catches and 85% of mortalities. Fisheye Bycatch Reduction Devices (BRD) were shown to reduce sea snake capture by around 62%. Adoption of these devices, including appropriate installation and maintenance, within the red-spot king prawn sector of the ECOTF alone would result in a significant reduction in trawl fishery induced sea snake mortality in Queensland, and the Great Barrier Reef Marine Park. The fisheye BRD was also equivalent to the Square Mesh Codend (SMC) BRD as the most effective devices to reduce bycatch tested in the project. The main difference between the two being that the fisheye is better at excluding large thick snakes than the SMC. These results offer an outstanding opportunity for the trawl fishing industry to significantly reduce an identified ecological impact.
The project also extends the results of the FRDC funded research project “A collaborative extension program by the Queensland Department of Primary Industries & Fisheries, SeaNet and Ecofish for the development and adoption of square mesh codends in select prawn and scallop trawl fisheries in Queensland (Project 2005/054)”.
This work would align with the outcomes of the DEWHA assessment of the ECOTF for the purposes of accreditation under Parts 13 (protected species) and 13A (export approval) of the EPBC Act 1999.