30 results
Environment

Aquatic Animal Health Subprogram: Exercise Sea Fox: testing aquatic animal disease emergency response capabilities within aquaculture

Project number: 2012-044
Project Status:
Completed
Budget expenditure: $51,847.02
Principal Investigator: Shane D. Roberts
Organisation: Department of Primary Industries and Regions South Australia (PIRSA)
Project start/end date: 2 Sep 2012 - 10 Sep 2013
:

Need

Exercise Sea Fox is scheduled to commence 23 October 2012, initially as a pre-planned State focussed aquatic disease outbreak exercise. The objective of requesting funding from FRDC is to elevate the exercise to a national focus.

Emergency response arrangements and exercising these arrangements for an aquatic disease outbreak is at the core of disease prevention and management. Aquatic diseases that are of high priority and threaten the sustainability of Australian aquaculture industries include: Pacific Oyster Mortality Syndrome (POMS) and Abalone Viral ganglioneuritis (AVG). POMS is a high priority disease particularly for SA, NSW and TAS.

Government and industry have state and national obligations for responding to biosecurity incursions. The emergency response framework includes OIE manuals, AQUAVETPLAN manuals, State legislation and emergency management plans. Readiness requires on-going training and exercises to maintain preparedness for an incursion. The need for an aquatic disease exercise has been highlighted at both State and National levels.

Aquaculture industry awareness and training has previously been identified as a gap in biosecurity emergency response preparedness. It has also been recognised that other sectors within government are not familiar with the obligations and needs of an aquatic animal emergency disease response.

Exercise Sea Fox will include national (SA, NSW and Tas) participation from both government (including DAFF) and industry bodies. The exercise will test State and national arrangements. Although this exercise will be based within SA, State emergency response frameworks are based on international and national guidelines.

Both government and industry are on a heightened state of alert where early detection and rapid emergency response is vital for effective control and containment of significant disease outbreaks.

Objectives

1. Raise awareness within government and industry of national and state emergency management obligations.
2. Provide government and industry personnel with an opportunity to develop and practice skills and procedures when responding to an emergency aquatic animal disease
3. Develop knowledge within government of the aquatic industry
4. Identify gaps in national, State and industry’s aquatic response frameworks

Final report

ISBN: 978-0-9807387-7-3
Author: Shane Roberts

People development program: Aquatic animal health training scheme - Fish kill investigation training for Shane Roberts & John Gilliland

Project number: 2009-315.29
Project Status:
Completed
Budget expenditure: $4,800.00
Principal Investigator: Shane D. Roberts
Organisation: Department of Primary Industries and Regions South Australia (PIRSA)
Project start/end date: 30 Nov 2013 - 29 Jun 2014
:

Need

Government and industry have state, national and international obligations for responding to biosecurity incursions, including notifiable diseases. The emergency response framework includes OIE (world organisation for animal health) manuals, national AQUAVETPLAN manuals, State legislation and emergency management plans. Readiness requires on-going training to ensure skills are maintained and updated.

Ongoing aquatic disease response training should be considered at the National, State and industry levels (FRDC 2012/044). National protocols for fish kill investigations have previously been documented (FRDC 2005/620). South Australia have since developed protocols for responding to fish kills (PIRSA's Emergency Management Doucment: aquatic animal health). However, a fish kill training program (in line with national standards) in South Australia (aimed at government and industry personnel) is needed.

This project (training funds) aims to upskill key PIRSA fish kill investigators by attending the WA fish kill investigation course.

As an outcome, knowledge gained will assist in the development of a fish kill training program in South Australia.

Objectives

1. Up-skill key PIRSA fish kill staff through attendance at a nationally recognised Western Australia Fish Kill workshop
2. Disseminate knowledge to government and industry personnel
Industry

PIRSA Innovative Solutions: Investigations to address key policy gaps associated with the development of clam farming in South Australia: genetic and health issues aligned to translocation and stock identification

Project number: 2010-233
Project Status:
Completed
Budget expenditure: $74,779.00
Principal Investigator: Xiaoxu Li
Organisation: Department of Primary Industries and Regions South Australia (PIRSA)
Project start/end date: 21 Dec 2011 - 29 Nov 2012
:

Need

The need for the development of an Australian clam aquaculture industry is a direct outcome of the inability of the wild clam industry to meet the demand of a large international market prepared to pay a premium price for quality Australian clams. While clam aquaculture has been successfully developed on a large scale overseas, none exists in Australia at this time. Currently, a feasibility study to evaluate clams culture on intertidal and subtidal leases in SA is underway with the funding support from FRDC, SA Clam Aquaculture and SARDI (FRDC project 2009/208).

At the same time, PIRSA Fisheries and Aquaculture is evaluating policies related to clam aquaculture development in SA to ensure the long term viability of both the wild harvest fishery and the successful development of a sustainable aquaculture industry. The critical knowledge gaps identified for this assessment are: 1. population genetic structure of clam species in South Australia; 2. potential genetic and biosecurity risks of moving farming stocks between localities, and 3. effective and efficient methods to distinguish hatchery produced stock from wild stocks. Understanding the population structure of this clam species and biosecurity risks of moving stocks will allow for the development of far more specific management strategies to control the potential adverse genetic and biosecurity impacts of farmed clams on the local wild population, thus protecting its genetic integrity if genetically divergent localised populations exist along the SA coastline. Practical identification of hatchery stocks will ensure compliance with wild fishery, aquaculture and recreational harvesting policies. All these need to be taken into account in developing clam aquaculture in SA.

Objectives

1. To characterise the genetic population structure of clams, Donax deltoides or Katelysia rhytiphora (to be determined) in South Australia
2. To identify and evaluate method(s) for differentiation between farmed and wild clams
3. To identify potential biosecurity issues relating to commercial clam aquaculture
4. To identify practical ways to mitigate unaddressed risks associated with clam aquaculture development in SA
Environment
PROJECT NUMBER • 2003-220
PROJECT STATUS:
COMPLETED

Innovative Solutions for Aquaculture: potential for parasite interactions between wild and farmed kingfish, discrimination of farmed and wild fish and assessment of migratory behaviour

This project greatly contributed to an increased understanding of parasite fauna of yellowtail kingfish in Australian waters. This baseline information is critical to understanding potential parasite interactions between wild and farmed kingfish. Our risk assessment enables consideration...
ORGANISATION:
Department of Primary Industries and Regions South Australia (PIRSA)

Innovative Solutions for Aquaculture: extension, communication and adoption of the outputs from the PIRSA and FRDC initiative

Project number: 2004-203.20
Project Status:
Completed
Budget expenditure: $10,000.00
Principal Investigator: Peter R. Lauer
Organisation: Department of Primary Industries and Regions South Australia (PIRSA)
Project start/end date: 30 Mar 2004 - 15 Nov 2006
:

Need

This application has been developed at the request of FRDC to ensure that the outputs developed from the projects that PIRSA and FRDC have co-invested in through the "Innovative Solutions for Aquaculture" initiative are communicated and extended to end-users and beneficiaries both in SA and nationally. The need is for the benefits of the “Innovative Solutions for Aquaculture” initiative to be clearly communicated to all stakeholders, particularly industry groups and grass level industry groups who are currently not receiving these messages. This is particularly true to ensure that all stakeholders feel engaged and involved with the project and can positively participate and be informed There is a need not only to ensure that stakeholders are aware of project developments but, most importantly, the project benefits and how they will affect each stakeholder group.

Currently, there is an opportunity, at this early stage of the “Innovative Solutions for Aquaculture”, to clearly identify messages and the most effective way of deploying messages and this application allows for a communications professional with over 13 years of experience with the seafood industry at state and national level to assist in this process.

There is also a need for the research results to be translated into communicative results which can easily assist in the management decision making processes as well as other communications processes such as media management and other public relations exercises.

Objectives

1. To develop a comprehensive and effective communications strategy for the Innovative Solutions for Aquaculture projects incorporating and involving all stakeholders
2. To implement that strategy so that project outputs are communicated effectively to all stakeholders
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)
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