Project number: 2011-030
Project Status:
Completed
Budget expenditure: $393,488.00
Principal Investigator: Richard Little
Organisation: CSIRO Oceans and Atmosphere Hobart
Project start/end date: 20 Oct 2011 - 2 Jun 2013
Contact:
FRDC

Need

Appropriate monitoring strategies and harvest control rules are needed to ensure sustainability and
maximum economic benefit from the coral trout stocks in the Queensland Coral Reef Fin fish Fishery
(CRFFF). This is not an easy accomplishment in a fishery that is as spatially complex as the CRFFF,
and so in order to determine whether monitoring programs and harvest control rules are worth
implementing, it is better to try several techniques on a virtual fishery before doing so in reality. This
can be done by testing alternative procedures in a Management Strategy Evaluation (MSE) framework.
The project will test in an MSE framework the effectiveness of:

1. several potential monitoring and sampling regimes of the coral trout stock, including the existing
Long Term Monitoring Program (LTMP) surveys,

2. different ways of analysing the data collected from a monitoring program, and

3. candidate harvest control rules that translate the perceived state of the fishery into a TAC.

Comparisons of alternative monitoring, analysis and harvest control rules will help DEEDI assess their
cost effectiveness. Lastly, since quota trading was introduced, industry has stressed the fact that the
economic conditions of the fishery have changed substantially, and so an update of economic data is
needed urgently for the evaluation of the above management strategies to be relevant and useful.

Objectives

1. To give scientists and managers in DEEDI their own ability to compare and contrast methods of data collection and analysis for the CRFFF, in order to aid the identification of appropriate harvest strategies.
2. To update the economic and fisheries data used to determine cost effective management strategies.
3. To identify appropriate spatial and temporal fishery independent and fishery dependent monitoring strategies, and assessment and harvest control rules that use them.

Related research

Environment
Environment
PROJECT NUMBER • 2015-506
PROJECT STATUS:
COMPLETED

Ralf Yorque Symposium and Ecopath with Ecosim Training Course

1. Scope the design of a self-learning adaptive management approach for data challenged and developing fisheries (including potential approaches for assessing species currently listed as uncertain)
ORGANISATION:
CSIRO Oceans and Atmosphere Hobart
Industry