PROJECT NUMBER
•
2023-087
PROJECT STATUS:
CURRENT
ORGANISATION:
University of Tasmania
SPECIES
6 results
Human Dimensions Research Coordination Program 2021-24
Project number:
2020-122
Project Status:
Current
Budget expenditure:
$440,705.00
Principal Investigator:
Emily Ogier
Organisation:
University of Tasmania
Project start/end date:
30 Sep 2021
-
29 Jan 2026
Contact:
FRDC
The operating environment within which Australian fisheries and aquaculture are positioned is complex, comprising economic, social and political institutions and organisations that are continuously being re-shaped by multiple external and internal drivers.
Addressing these specific drivers requires understanding of the human dimensions of fisheries and aquaculture, along with the biophysical. Human dimensions refers to the social, economic and cultural factors that affect outcomes for both the seafood community and in terms of public good. This includes the attitudes, processes and behaviours of individual people, companies, management agencies, communities, organisations, consumers, and markets. Human dimensions research has been successfully applied to understand how to enable better outcomes for Australia's fisheries and aquaculture (e.g. improved social acceptability, resilience through shocks, inclusive growth, economic productivity), and what are the effective strategies to achieve this (e.g. market based mechanisms, behavioural approaches). It brings together research capability from a broad range of disciplines.
Historically, achieving the level of coordinated investment required to effectively deliver against this need has been hampered by a range of factors, which have included:
• effective integration of human dimensions RD&E with biophysical sciences; and
• research capability and expertise capable of undertaking such research to ensure end user needs are met.
The FRDC has invested substantively in human dimensions R&D capability in recognition of this need. Ongoing coordination and strategic development of human dimensions R&D activities will support the FRDC to deliver its Fish Forever 2030 vision: Collaborative, vibrant fishing and aquaculture, creating diverse benefits from aquatic resources, and celebrated by the community.
The FRDC considers Coordination Programs as critical to delivering relevant outcomes of the R&D Plan. With respect to Human Dimensions, it is evident that a planned R&D outcome can be achieved more successfully if expertise and related activities are developed and managed in a coordinated manner.
1. Identify and coordinate the development of human dimensions R&D priorities through review and consultation with key stakeholders, and assist to develop scopes to address those priorities
2. Ensure quality and relevance of human dimensions R&D through technical and extension advice and support for FRDC management and project teams
3. Support management of external partnerships delivering human dimensions R&D across FRDC
4. Support development of FRDC human dimensions data and analytics
5. Inform FRDC and stakeholders of state of knowledge and capability, and emerging needs, in key human dimensions R&D areas relevant to the FRDC's R&D Plan outcome and enabling strategy areas
6. Support extension and adoption of R&D in key human dimensions R&D areas relevant to the FRDC R&D Plan outcome and enabling strategy areas
7. Develop and foster R&D collaboration on international initiatives in human dimensions research of relevance to Australian fisheries and aquaculture
PROJECT NUMBER
•
2019-130
PROJECT STATUS:
CURRENT
Larval dispersal for Southern Rock Lobster and Longspined sea urchin to support management decisions
ORGANISATION:
University of Tasmania
PROJECT NUMBER
•
2019-051
PROJECT STATUS:
CURRENT
Examining the potential impacts of seismic surveys on Octopus and larval stages of Southern Rock Lobster
This report details the portion of FRDC 2019-051: Examining the potential impacts of seismic surveys on Octopus and larval stages of Southern Rock Lobster focusing on the impacts of exposure to a full-scale seismic survey on the early life stages of the Southern Rock Lobster (Jasus edwardsii),...
ORGANISATION:
University of Tasmania
SPECIES
PROJECT NUMBER
•
2018-131
PROJECT STATUS:
CURRENT
Storm Bay Observing System: Assessing the Performance of Aquaculture Development
In Tasmania, farming of Atlantic salmon (Salmo salar L) has developed rapidly since the first
trials in 1985 and has grown progressively to the current 60,000 tonnes produced in 2020..
Salmon farming in open sea cages produces organic and inorganic wastes which have the
potential to impact the...
ORGANISATION:
University of Tasmania
SPECIES
Opportunities and impacts of range extending scalefish species: understanding population dynamics, ecosystem impacts and management needs
Project number:
2018-070
Project Status:
Completed
Budget expenditure:
$249,587.00
Principal Investigator:
Sean Tracey
Organisation:
University of Tasmania
Project start/end date:
31 May 2019
-
30 Nov 2020
Contact:
FRDC
Species-level responses to ocean warming is a priority research area as they underpin the structure and function of marine ecosystems and the productivity of fisheries that operate within them.
There are a number of range extending species that have become increasingly abundant in Tasmanian waters, providing new fishing opportunities for recreational and, to a lesser extent, commercial fishers. Species in this group include Pink Snapper, King George Whiting and Yellowtail Kingfish. While King George Whiting are known to spawn off the north coast it is unclear as to whether the other species have or are likely to become established as self-sustaining populations in Tasmanian waters or simply persist as spill-over from populations that are centered off mainland Australia. If the former is the case, it will be especially important to consider population attributes such as growth, mortality and reproductive dynamics relevant to the Tasmanian populations when developing and refining management arrangements to maximise the opportunities these 'new' species bring.
In addition, the broader ecosystem impacts of such range extending species, including competition with resident species at similar trophic levels, are unknown but could have consequences for other recreationally and commercially important species. Understanding these relationships will have benefits for the assessment and management of the Tasmanian recreational fishery more generally.
1. Develop a program for ongoing collection of biological samples and data of key range-shifting fish species using citizen science initiatives engaging with the recreational fishing community.
2. Develop geographically discrete life-history parameters for key range-shifting fish species in Tasmania to inform management decisions.
3. Determine the diet composition of key range-shifting fish species to refine parameterisation of an ecosystem model.
4. Utilise the Atlantis ecosystem model framework to predict ecological impacts of increasing abundance of key range-shifting fish species in Tasmania.
5. Develop species distribution models that utilise oceanographic climate change projections to predict the future presence and persistence of the key target species in Tasmania.
Final report
ISBN:
978-1-922708-28-1
Author:
Alexia Graba-Landry
Final Report
•
2022-05-12
•
13.57 MB
2018-070-DLD.pdf
This work set out to quantify the biology and diet of three key range-shifting species in Tasmania with both recreational and commercial fishery value. The project was heavily reliant on engagement from the recreational fishing community and multiple citizen science initiatives, as well as historical data.
The information collected was used in modelling to predict how suitable habitats for each species may shift under future climate change projections. The work also indicated the potential changes to the ecosystem (such as food web) if these species’ ranges were to move.
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