33,543 results

Development of a guideline to investigate and understand disease outbreaks of unknown cause

Project number: 2021-061
Project Status:
Completed
Budget expenditure: $44,801.00
Principal Investigator: Tracey Bradley
Organisation: Agriculture Victoria
Project start/end date: 31 Jan 2022 - 30 Apr 2023
Contact:
FRDC

Need

National priority: improving productivity and profitability of fishing and aquaculture.

The development of a guideline to investigate and understand disease outbreaks of unknown cause aligns with AQUAPLAN objectives for 2021- 2026 as per the draft document. The objectives were developed through extensive consultation with industry and government. This project was identified by the Aquatic Animal Health and Biosecurity Subprogram as a priority for the current call for applications.

Aquatic emergency animal disease outbreaks are a substantial threat to aquatic animal production and aquatic environments. The nature of aquatic emergency animal diseases makes them difficult to manage as they are often highly pathogenic and affect both wild and farmed populations. Further, new and emerging diseases are common, and eradication is typically challenging due to the presence of wild reservoir hosts.

Emerging diseases are challenging because reliable diagnostic methods are often not available and epidemiological information to guide responses may be absent. These circumstances present difficulties for decision making and disease investigation because there may be competing priorities between the need to learn about a disease and the need to contain or eradicate it. While the circumstances of each outbreak differ, general principles and approaches apply and if they are documented they can be used to guide responses to emerging diseases.

This project is focussed on developing a guideline to investigate and understand disease outbreaks of unknown cause. The ability to control an outbreak of a disease of unknown cause can occur independently of having knowledge of the aetiological agent. The basic epidemiologic tools used in classical outbreak investigation methodologies can provide insights into factors such spatial, temporal and animal elements of the outbreak. Such approaches are routinely used in terrestrial outbreaks of unknown aetioology and have been instrumental in aiding control, for example the Hendra virus outbreak in horses in the 1990s.

As aquaculture continues to expand at a rate approaching 6% per annum, new diseases will emerge and control strategies will benefit from this approach.

Objectives

1. Scanning exercise to assess currently available materials in the area of outbreak investigations in aquatic animal diseases (whether cultured or wild).
2. Develop a series of guidelines fit for purpose for a range of stakeholder groups process mapping the steps of an outbreak investigation.
3. Launch the guidelines through the Commonwealth departmental website and create an e-learning module on the Victorian state website - EpiReady ( 2 streams for the 2 stakeholder groups)
4. Assess participants knowledge of how to undertake an outbreak investigation pre and post e-learning module to evaluate the effectiveness of the intervention.

Handbook

ISBN: 9781760906061
Author: T. Bradley and N. McLaughlin
Handbook • 2023-02-01 • 2.73 MB
2021-061-DLD.pdf

Summary

This handbook presents guidelines that have been developed to use in the event of a disease outbreak in aquatic animals including finfish, molluscs and crustaceans. For the purposes of these guidelines, in the context of an outbreak, the term “disease” will be used for any event where there are animals that have clinical signs or are dead, irrespective of cause. The approach to determining what is affecting animals will be similar whether the cause is an infectious pathogen or an environmental issue such as a chemical toxin. The outbreak investigation process follows 10 basic steps, but these steps do not necessarily need to be completed in sequence. The information collected will provide the evidence required to conduct an epidemiological investigation. This will aid in understanding if the disease event is an outbreak, what may be causing the disease, what controls to apply and ideally, how to prevent future outbreaks. Clear Information on diagnostic tests and how to submit the best sample possible is provided towards the end of the handbook.

Analysis of historical sea urchin research for improved management of nearshore fisheries in New South Wales

Project number: 2021-060
Project Status:
Current
Budget expenditure: $107,000.00
Principal Investigator: Neil Andrew
Organisation: University of Wollongong (UOW)
Project start/end date: 31 May 2022 - 31 Mar 2023
Contact:
FRDC

Need

The creation, persistence, and demise of sea urchin barrens is the most significant ecological dynamic on southeast Australian rocky reefs. Sea urchin barrens cover ca. 50% of nearshore reefs in NSW and have rapidly grown in Tasmania and far eastern Victoria. The creation and/or persistence of barrens has devastating impacts on a range of commercial and recreational fisheries, most notably abalone.

Managing fisheries to deliver societal benefits within the ecological regime driven by sea urchins presents a profound challenge. Dynamics external to the fishery are very influential and challenge classical fisheries governance paradigms. Overlayed on these ecological challenges are diverse stakeholders that have different visions for nearshore reefs and therefore the definitions of success.

New management objectives will be required, some of which will mean manipulating ecosystems and human behaviours to avoid thresholds in ecological variables in, among other species, sea urchin abundance, rather than optimizing yields in a classical fisheries sense. New institutional relationships will be required among policy makers, Indigenous groups, conservationists, and the fishing industry as they grapple with potential alternative futures for these reefs.

Considerable momentum is emerging in NSW to engage with this wicked problem. A unique opportunity exists to re-imagine the management of NSW reefs; to design a management regime in which all stakeholders have a place at the table. Fundamental to developing common purpose among diverse stakeholders will be a shared and scientifically informed understanding of the underlying ecology of reefs. This understanding will enable and promote the design for a spatial regime that serves multiple management and cultural objectives.

Achieving that shared understanding is hampered by the unavailability of scientific studies of the fisheries and ecology of sea urchins in southeast Australia. There is an urgent need to bring the comprehensive understanding of the dynamics of Centrostephanus on NSW reefs and relevance to fisheries (abalone, sea urchins) into the public domain to contribute more effectively to management.

Objectives

1. Analyse historical unpublished data on the ecology of Centrostephanus and its interactions with nearshore biota and augment the findings with oral histories of fishers to inform desirable outcomes for nearshore reef management
2. Submit research findings in the primary scientific literature as five papers and share findings with the primary nearshore reef stakeholders in the form of an accessible synthesis of all research findings.
3. Share findings and conclusions with key stakeholders from NSW, Victoria and Tasmania.

Initial field trial of an anti-theft estuarine pot prototype by applying Industry-Adoption-Centric research in collaboration with industry

Project number: 2021-056
Project Status:
Completed
Budget expenditure: $50,000.00
Principal Investigator: Tricia Beatty
Organisation: Professional Fishers Association (PFA)
Project start/end date: 14 Nov 2022 - 1 Jun 2023
Contact:
FRDC

Need

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

Objectives

Commercial in confidence

Artificial Reefs: Suitability of recycled materials for integration into purpose built artificial reefs for enhancing marine productivity, biodiversity and social outcomes

Project number: 2021-055
Project Status:
Current
Budget expenditure: $280,505.20
Principal Investigator: Andrew Rowland
Organisation: Recfishwest
Project start/end date: 14 Jun 2022 - 14 Feb 2024
Contact:
FRDC

Need

Traditionally, reef projects around Australia have been funded by public money through government agencies, in particular regional development, research or fisheries grants. More recently in WA, new reefs such as Exmouth’s King Reef, have been brought to life through funding partnerships between government, not for profit & other private/industry sectors. Creating new pathways & processes to unlock & utilise alternative materials to create habitat enhancement structures is critical in ensuring the benefits artificial reefs create for our oceans & communities are maximised. Integrating appropriate recycled materials into reef developments provides opportunities from a scalability & financially sustainable perspective for all sectors of the Australian seafood industry, paving the way for more reefs to be deployed for social, economic and environmental benefit.

Playing a leading role in artificial reef development, Recfishwest often receives offers of materials for new reef projects. Examples include concrete in the form of railway sleepers, roadway culverts & bridge beams or steel in the form of storage tanks, structural frameworks & pipelines. Understanding what structures are suitable & acceptable for repurposing into reefs needs to be determined before these opportunities (current & future) are lost. This will unlock new reef options with alternative partners & funders to build more productive marine habitats for the benefit of local communities & the environment. This project is an extension to the previously FRDC funded habitat enhancement project: https://www.frdc.com.au/Archived-Reports/FRDC%20Projects/2014-005-DLD.pdf

Current Commonwealth & State legislation & policies limit the exploration of new reefing opportunities and there is a need to support change within these regulatory agencies.

We regularly consult with stakeholders who also have a need to understand the outcomes of this project including: DPIRD, NERA, WAFIC, NOPSEMA, DAWE, other Regulators, Resources Sector (including operators), Research agencies and the WA fishing community as end users. NERA and DAWE have also provided Letters of Support for this project as critical project partners to help achieve the outcomes and desired benefits.

Objectives

1. Explore existing literature on structures and materials that have been successfully repurposed into artificial reefs globally
2. Create a framework to assess the habitat and fishing suitability of structures for use in artificial reef projects
3. Create a guidelines and a substantial list of structures available for potential use in integrated artificial reefs from multiple industries
4. Develop a pathway with targeted regulators to assist in the development of a better regulatory environment that supports science-based habitat enhancement projects

Building capability in food safety in Australian shellfish

Project number: 2021-053
Project Status:
Current
Budget expenditure: $351,147.00
Principal Investigator: Alison Turnbull
Organisation: University of Tasmania (UTAS)
Project start/end date: 30 Jun 2022 - 30 Apr 2025
Contact:
FRDC

Need

The Australian Shellfish Quality Assurance Advisory Committee (ASQAAC) is a volunteer organisation comprised of members including state regulators, industry representatives and associated stakeholders including researchers, Safefish, seafood importers and laboratories. As the program sets the requirements for market access in Australia through the Australian Shellfish Quality Assurance Program (ASQAP), and influences industry's ability to grow and further develop our low input, carbon friendly and job intensive industry. The ASQAP is best practice, and ASQAAC strives to include safe and appropriately innovative and validated measures to ensure market access is maximised - important for both COVID recovery and future proofing the national shellfish industry.
There is an on-going need to provide national guidance on ASQAP interpretation and delivery for our industry that has been highlighted by both the succession needs of the well-established programs in SA, Tas and NSW, and by the emerging shellfish industries in WA, NT, and Qld. The market failure for systemisation and training material and continuous improvement stems from the underpinning knowledge of this topic being niche and highly specialised.
In the words of the ASQAAC Chair Phil Baker: “The last decade has seen the exit of significant knowledge and history with long-term regulators being replaced with new recruits to the technically complex shellfish regulatory role. Currently there is little to guide them, particularly as ASQAP has transitioned to an outcome-based program. The vital knowledge required is often learned through experience.” This program aims to take advantage of the pool of experts that do exist in Australia, to the benefit of all existing and developing programs.

Objectives

1. Understand the training needs to support the continued development of Australian shellfish industries covered by ASQAP
2. Develop technical training modules for regulators and industry in bivalve shellfish food safety risk management
3. Deliver the training modules in a manner that suits both industry and regulators, and supports learning from existing Australian experts and adoption of successful risk management strategies
4. Provide a pathway for longevity of the training

Preliminary evaluation of electro stunning technology for farmed Barramundi

Project number: 2021-051
Project Status:
Completed
Budget expenditure: $21,123.00
Principal Investigator: Brian Paterson
Organisation: Department of Agriculture and Fisheries Brisbane
Project start/end date: 11 Nov 2021 - 28 Feb 2022
Contact:
FRDC
SPECIES

Need

The Australian Barramundi Farmers Association (ABFA) called for an EOI via FRDC for a proposal to evaluate alternative humane harvest methods for farmed barramundi. Specifically, the ABFA identified electro-stunning as a technology of interest to further optimise animal welfare outcomes, while maintaining product quality. The association needs all available information reviewed to evaluate the technology’s potential and if recommended, to help shape the direction of future R&D into the suitability of electro-stunning for the barramundi industry. As a precursor to possible on-farm trials, the ABFA wants to better understand the nature of the technology and learn from international experience in other fish culture sectors. This full proposal addresses the ABFA’s desire for greater insight into; (a) consumer’s attitudes towards fish harvesting and slaughter; (b) the state of uptake of similar technologies by other aquaculture sectors; (c) how to adapt electro-stunning efficiently into a harvest process for a range of barramundi farm sites; (d) whether local or overseas manufacturers/agents can be engaged to co-fund tests of equipment on-farm; and (e) what requirements must be met to make that testing possible and how it would be conducted.
Approval of the EOI was subject to the full application addressing the need for the literature review to include any work on methodology for establishing product quality indicators in addition to welfare indicators (Condition 9).

Objectives

1. Information about electro-stunning in fish aquaculture (reports, publications, websites, media) found using broad and selective web-searching as well as via on-line databases and then compiled/prioritised into an organised electronic library. The other objectives are addressed from this starting point.
2. Identify declared attitudes and expectations of consumers, leading retailers, and animal welfare groups concerning electro-stunning of farmed fish
3. Identify farmed fish sectors using electro-stunning for slaughter or other purposes and the known pros and cons of integrating it into their operations (including demonstrated cost-benefit, and welfare and product quality outcomes).
4. Describe the principle/specifications of electro-stunning and its relevance to different barramundi producers for slaughter and other uses and the desired end points including the methods required to measure product quality and welfare indicators).
5. Shortlist equipment to be tested/adapted on farms and consider IP and partnering/co-funding options
6. Recommend the next steps and a possible structure for a proposal to ABFA that demonstrates the efficacy of the equipment
Communities
PROJECT NUMBER • 2021-050
PROJECT STATUS:
COMPLETED

Maintaining cultural practices and building knowledge and capacity to support sustainable fishing of the Gynburra on Narungga Sea Country

This project was completed by Southern Fishery and Ecosystem Solutions and Wiri Miya Aboriginal Corporation in conjunction with the Aboriginal community. Project activities mostly took place in the Port Victoria and Point Pearce area, in Guuranda Country in the summer and autumn of 2022 and...
ORGANISATION:
Southern Fishery and Ecosystem Solutions (SFES)
SPECIES

Developing and testing a cultural change process in the NSW wild harvest sector: a case study to facilitate a process towards co-management in the NSW Northern Fish Trawl

Project number: 2021-049
Project Status:
Current
Budget expenditure: $332,415.00
Principal Investigator: Gary J. Saliba
Organisation: Strategic Journeys
Project start/end date: 30 Jun 2022 - 29 Jun 2023
Contact:
FRDC

Need

In a scan of FRDC projects with “co-management” in the title five projects identify a need for a culture change to allow co-management, but none provided a process by which such culture change could occur.

The NSW wild harvest industry needs support with culture change skills to allow the Industry Vision to become real. The Industry Vision speaks to fisheries management built on co-management and stakeholder consultation. The current culture of the fishing industry is limiting the industry from being an active participant to this vision. Unless this is urgently addressed the combative relationship between industry and Government will not change.

We focus on developing a process of culture change involving both the seafood sector and government. A new culture will underpin and support initiatives between government and the seafood sector. Co-management provides a tangible goal for the participants in this project, but the need being addressed is testing and developing of a process of culture change explicitly for seafood industry and government agencies.

The Industry Vision needs stakeholders to adopt new ways of thinking, relating, and working so they are receptive to the Industry Vision. Significant growth in this sector is possible, in NSW landings of fish could grow as much as 30% (Smith et al 2019). Unless the industry has confidence to commit to the long-term future of the fishing industry and encourage young fishers to see this future this value will never be realised.

This project will pilot an culture change approach never tried in the seafood industry to:
• identify and explain the current relationship dynamics between industry and regulators ;
• design and implement a suite of projects to transform the relationships to build a trusting and collaborative culture;
• develop the framework and practices that will enable and support self-perpetuating culture change.

There is goodwill and intent by NSW Government to move forward to strong working relationships with industry eg Harvest Strategy Working Groups, and a culture change process will provide the confidence to invest in building relationships and being engaged.

Objectives

1. To establish a group of industry and government leaders/mentors to provide an enduring resource to assist the NSW Northern Fish Trawl sector to facilitate cultural and strategic change to move towards an agreed co-management model and a profitable fishery
2. To design a set of activities/projects to assist industry and government stakeholders to embark on a journey of shifting their beliefs and behaviours to support a viable and highly functional co-management process for the NSW Northern Fish Trawl sector
3. To enable stakeholders from government and from the NSW Northern Fish Trawl sector to participate in a co-management process that guides a stewardship framework to navigate the management, research, and compliance of aquatic resources

“Ready, set, go!” preparing for emergency disease outbreaks in aquatic animals

Project number: 2021-048
Project Status:
Current
Budget expenditure: $190,000.00
Principal Investigator: Ingo Ernst
Organisation: Department of Agriculture, Fisheries and Forestry (DAFF)
Project start/end date: 9 Mar 2023 - 18 Dec 2025
Contact:
FRDC

Need

This project is focused on improving industry and government preparedness to respond to nationally significant exotic disease outbreaks and in doing so, protect or minimise the impacts of exotic diseases on profitability and productivity. There are national preparedness arrangements in place however (fortunately) many of these have yet to be used in a real-world response, including the AQUAVETPLAN response manuals which outline technical response arrangements and the draft Aquatic Deed which outlines how costs and managing emergency responses will be shared among industry and government. Prospective parties are currently considering whether they will ratify the draft Aquatic Deed. This project is not dependent on whether the deed is ratified and can be adapted to the circumstances of existing response arrangements.

This project addresses the need to test existing contingency planning arrangements for some nationally important exotic diseases to increase shared understanding among industry and governments of their responsibilities and capabilities that they can bring to a response. The main objective is to test arrangements and identify any gaps in peace time for how a response can be undertaken most cost effectively. For governments, this includes understanding operational aspects of industry including assets that could be used for a response. For industry, it includes understanding any gaps in preparedness in particular operational gaps and identifying where and how they could be addressed in peace time.

Scenario-based discussion exercises are a cost-effective way of validating the procedures or processes and are valuable for building the knowledge and preparedness of participating organisations (governments and industry). Conducting a series of exercises based on existing contingency arrangements will contribute to closing the gaps between current capability and current needs and improve levels of preparedness for priority exotic diseases.

Objectives

1. To test that technical response arrangements are fit for purpose and include sufficient practical information for use in a response.
2. Gaps in preparedness or areas of difficulty in responding to a disease outbreak are identified and solutions found without the pressure of a real-world response
3. Promote a common understanding among industry and government about roles, responsibilities and expectations during an emergency response, including at a farm, state and national level.
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