Monitoring and mitigating interactions between small pelagic fisheries and dolphins: literature review and analysis of fishery data
Toxigenic vibrio baselines and optimum storage, transport and shelf-life conditions to inform cold supply chains in the north Australian Tropical Rock Oyster industry
Aquatic animal welfare – a review of guidance documents and legislation
Identifying population connectivity of shark bycatch species in NT waters
Improving performance of ITQ fisheries - Project activity paused
Individual Transferable Quotas (ITQs) and Individual Transferable Effort (ITE) systems have been introduced to a wide range of Australian fisheries (FRDC 2017-159). Since 1985, forty-six ITQs have been introduced to a range of fisheries and can be found across all jurisdictions in Australia; six ITEs have also been introduced, mainly in prawn trawl fisheries. Such systems allocate shares or portions of a total allowable catch (TAC), or total allowable effort (TAE), between fishers, vessels, communities, or others with an interest in the fishery.
Experience shows that ITQs as generally designed and implemented have not always fully delivered promised outcomes, have had outcomes that were unintended and unwanted, and in some instances have resulted in outcomes that make it difficult for fisheries managers to deliver against other, in many cases non-economic, objectives of fisheries management. In some instances, these unintended and unwanted consequences may also have been inappropriately attributed to the ITQs/ITEs and may more be down to other drivers such as globalisation or changes in stock abundance.
Building on industry and management’s growing interest in improving ITQ-fishery outcomes (SRL Corporatisation Workshop, Melbourne Airport, October 2019) and on the findings of 2017-159, this work will aim to provide evidence-based advice to managers and industry on options to address any performance gaps or unintended and unwanted consequences, and the potential effects of any proposed interventions on the economic, social and environmental outcomes of ITQs as generally implemented in Australian fisheries. The scope of options will include industry-led private sector initiatives, as well as Government-led changes to management.
Plan
Habitat ecological risk assessment for eco-regions with high trawl footprints, in southern Queensland and northern NSW
Australian fisheries, including trawl fisheries, need to ensure they met legislative requirements to ensure they have no unacceptable impacts on ecosystems. Similarly, the marine ecosystems and its biodiversity need to be conserved and protected. This project links across sustainability and conservation management objectives by building and extending previous works such as FRDC 2003-021 and FRDC 2016-039, works that provide/establish regional and national regionally relevant clarification of the seabed mapping and landscape-scale fishing footprints, and exposure and protection of demersal assemblages with respect to trawling.
Although significant bycatch data are available (mostly for fishes) for some trawl grounds in the region, such data are needed broadly across the study area (including for invertebrates) and there is almost no information on the distribution and abundance of habitats and sensitive habitat-forming benthos. Currently, this lack of adequate biological data is an impediment to completing bycatch and habitat ERAs for these priority areas. Thus, a pre-requisite need is to survey these areas for distribution and abundance of sensitive habitats and bycatch species.
This project will then fill the existing gaps and needs in the southern portion of QLD and north-eastern of NSW with new data & methods and new risk-based management assessments to implement a consistent spatial approach for the conservation management of demersal assemblages applying to all continental shelf trawl fisheries. This will be done in collaboration with researchers in each State, industry and commonwealth managers.
This project proposes to conduct the required distribution and abundance surveys, and then assess whether sensitive habitats and bycatch species are at substantive risk from trawling. If necessary, the project would also evaluate risk-management options that may be proposed, using an objective MSE-type approach. Methods and outputs proposed herein would be comparable with those from the previous GBR Seabed Project (FRDC 2003-021). Previous sampling in the GBR, southern Queensland and northern NSW, would be taken into account.