4 results

Seafood CRC: commercial value chain analysis of the Spencer Gulf and West Coast prawn fisheries (domestic retail & restaurants)

Project number: 2009-786
Project Status:
Completed
Budget expenditure: $53,090.20
Principal Investigator: Craig Johns
Organisation: Department of Primary Industries and Regions South Australia (PIRSA)
Project start/end date: 13 Jan 2010 - 8 May 2010
:

Need

Commercial in confidence. To know more about this project please contact FRDC.

Objectives

Commercial in confidence

Identifying opportunities for developing community supported fisheries in South Australia’s small scale, multi-species, multi-gear community based fisheries

Project number: 2015-505
Project Status:
Completed
Budget expenditure: $19,959.71
Principal Investigator: Jonathan McPhail
Organisation: Department of Primary Industries and Regions South Australia (PIRSA)
Project start/end date: 20 Apr 2017 - 29 Nov 2017
:

Need

The LCF and MSF have indicated that they want to reconnect consumers with local sources of seafood, for enhanced freshness, food safety and assurance of sustainable fishing methods, including creating new markets for independent fisher suppliers, while at the same time allowing consumers to invest in their community and nearby ecosystems. Overall the LCF and MSF want to convey the contribution they make to the local and regional economy, in particular supporting healthy communities and local fishers being environmental stewards of the resource. Having said this, the LCF and MSF have limited capacity, skills and tools to facilitate or build upon this reconnection. In addition to this, recently commissioned research by the Australian Government Department of Agriculture found the seafood industry is not front of mind for consumers.

Objectives

1. Mr Stoll to present CSF model to the associations and licence holders in the LCF and MSF and Wildcatch Fisheries SA.
2. Undertake workshops with the associations and licence holders in the LCF and MSF and a seminar with other commercial fisheries in SA to facilitate discussion and opportunities to develop a project to trial a CSF model
3. Ultimately foster an improved social licence to operate.

Final report

ISBN: 978-1-876007-14-0
Author: Jonathan McPhail
Final Report • 2020-03-13 • 10.75 MB
2015-505-DLD.pdf

Summary

PIRSA with the support of Dr Joshua Stoll held several workshops and meetings with commercial fishers in the South Australian Lakes and Coorong Fishery (LCF) and Marine Scalefish Fishery (MSF), members of Wildcatch Fisheries SA and fish markets to understand whether the concept of a Community Support Fishery (CSF) would be applicable in South Australia. These workshops and meetings provided insight into the challenges being faced by commercial fishers and the many opportunities that lay ahead. 

Industry
PROJECT NUMBER • 2021-097
PROJECT STATUS:
COMPLETED

Environmental risk factors that may contribute to vibrio outbreaks - A South Australian case study

Vibrios are naturally occurring bacteria that are ubiquitous in fresh, estuarine and marine environments. Many Vibrio species are non-pathogenic, but some can cause disease in animals, and others are pathogenic to humans. People can contract vibriosis by consuming raw, undercooked or...
ORGANISATION:
Department of Primary Industries and Regions South Australia (PIRSA)

Innovative Solutions for Aquaculture: Assessment if in situ monitoring techniques and life history parameters for monogenean skin and gill parasites

Project number: 2003-221
Project Status:
Completed
Budget expenditure: $23,171.68
Principal Investigator: Ian Whittington
Organisation: Department of Primary Industries and Regions South Australia (PIRSA)
Project start/end date: 30 Aug 2003 - 30 Apr 2009
:

Need

This project is to develop a method for policies to be developed to monitor and manage parasite burdens across an entire industry.

Yellowtail kingfish production in South Australia in 2001/2 was approximately 1100 tonnes and is expected to increase to 5000 tonnes within 5 years. The potential risks associated with a rapidly growing industry are manifest and without scientifically based, whole-industry management and auditing systems the potential for commercial, environmental and public perception problems associated with pests are significant. Some negative perceptions regarding kingfish farming have already appeared in the media (e.g. Hunt, 2003). Industry research has concentrated on the production losses associated with monogenean infestations and while on-farm management is a vital part of a pest control system, assessment systems vary between farms in stage of development and accuracy.

Marine finfish growers in South Australia have agreed in-principle to a system whereby their farms are monitored externally by the state regulatory authority (Primary Industries and Resources SA) for skin and gill fluke numbers. Two methods have been proposed; one by which individual farms will take their own fluke counts and supply them to PIRSA (with occasional auditing/checks by PIRSA) and another by which PIRSA staff will make regular farm visits to make fluke counts. Policies will be implemented through include licence conditions enforceable under the Aquaculture Act, 2001 that form an integral part of the management framework of aquaculture in South Australia. Their support for this whole-industry monitoring is derived in part from emerging negative perceptions in the media that can be countered to some extent by cooperating with government to create a scientifically based, accurate, transparent system of monitoring and managing flukes on kingfish farms throughout South Australia.

Treasurer and Pope (2001) developed a system for counting salmon lice by visual inspection, but this system is not directly applicable to parasites that have microscopic juvenile stages, do not infect their hosts externally or are unable as adults to transfer between host individuals in a pen. The confounds associated with a chemical harvesting system are different to those of visual inspection by a trained observer and this difference needs to be assessed for the method being proposed by us to be successful.

Objectives

1. Develop a prototype image analysis system for counting and sizing skin and gill flukes
2. Validate the accuracy of the system using manual counts and measurements
3. Compile a users manual
4. Establish policies and operating standards for the sustainable management of marine farms based on project data.
5. Provide training workshops to potential users.

Final report

ISBN: 978-0-646-55907-0
Author: Ian Whittington
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