122,526 results

Greening Australia's Fisheries - a national strategy for application of environmental management systems in the Australian fishing industry

Project number: 1999-147
Project Status:
Completed
Budget expenditure: $271,119.06
Principal Investigator: Bryan Pierce
Organisation: Southern Fishermen's Association Inc
Project start/end date: 1 Aug 1999 - 30 Dec 2008
Contact:
FRDC

Need

Worldwide, consumers in developed countries enjoy and demand wild fish products but at the same time view commercial fishers as “rapers and pillagers” of the aquatic environment. “Green tick” acceptability as embodied by the ISO 14000 and 9000 family of standards for individual businesses, will increasingly become an entry requirement to markets - and to enhanced consumer value and respect. Efforts to develop formal Environmental Management Systems (EMS) in fisheries have initially focused on very large corporate players (eg, Unilever via the Marine Stewardship Council), but ignored small fishing businesses for whom such processes were individually impractical. Leaders in Australian fishing industries need advice as to the “best” and most practical accreditation systems to implement; the concrete benefits to different types of fisheries which can be readily achieved; real examples of fisheries EMS successes, and an initial education strategy for delivering these components to industry leading fishing businesses. At the same time, FRDC seriously needs to publicly demonstrate its commitment to environmental planning and improvement through underpinning practical, industry driven environmental strategies – preferably in conjunction with key environmental players.

Objectives

1. Desktop assessment of EMS systems, benefits by fishery type, and environmental prioritise.
2. Practical implementation of a demonstration ISO 14000 system for a fishery
including full audit and accreditation.
3. Leadership education program to all states in an interactive workshop format.
4. Link SARDI/FRA's GIS data into a system incorporating water quality, flow, weather and other inputs (inclusive of voluntary commercial data) into the River Murray water management system to achieve enhanced habitat/production capacity and support the certification process.
Environment
Environment

Trawl by-catch of syngnathids in Queensland: catch rates, distribution and population biology of (Solegnathus pipehorses) seadragons

Project number: 1999-124
Project Status:
Completed
Budget expenditure: $59,025.00
Principal Investigator: Rod Connolly
Organisation: Griffith University Nathan Campus
Project start/end date: 28 Jun 1999 - 15 Nov 2002
Contact:
FRDC

Need

The draft management plan by QFMA proposes restrictions on the taking of pipehorses, but also points out that sensible management is impossible without some basic biological knowledge of the species. What is needed is, firstly, to determine catch rates and distributions of pipehorses as by-catch species. Secondly, an understanding of the basic biology of pipehorses is needed. It is important to know population characteristics including the age structure of both sexes, fecundity, longevity and recruitment timing. Specimens are already being collected as by-catch; it is a matter of making scientific recordings on those specimens. It is also important to estimate how far pipehorses move, to know whether they can recolonise areas that have been depleted. Tagging and recapture is probably not useful, as the fish are thought to be in poor condition by the time they are brought to the surface. Genetic methods of estimating movement are needed; modern DNA methods do not even require that the fish be withdrawn from market as only a tiny piece of material from each specimen is required. The pipehorse by-catch issue is being pursued by conservation groups who use syngnathids as symbols of healthy oceans. This is another important reason to implement a sound management plan based on the biology of the species and its interaction with the trawl industry.

Objectives

1. Quantify catch rates and determine distribution of the 2 pipehorse species taken incidentally in trawl fisheries in Qld.
2. Determine basic biological characteristics of pipehorses, including age structure of both sexes, fecundity, longevity and recruitment timing.
3. Contribute to a management plan for syngnathid by-catch, based on new knowledge of catch rates, distribution and basic biology.

Final report

ISBN: 0-909291-5-27
Author: Rod Connolly
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