34,051 results

People development program: Enabling productivity and efficiency gains in Australian rock lobster fisheries – the 2011 trans-Tasman 7th Rock Lobster Congress.

Project number: 2011-402
Project Status:
Completed
Budget expenditure: $23,880.99
Principal Investigator: Daryl Sykes
Organisation: New Zealand Rock Lobster Industry Council Ltd
Project start/end date: 15 Feb 2011 - 29 Sep 2011
Contact:
FRDC

Need

Australian rock lobster fisheries constitute a range of the most economically valuable seafood industry components of the Australian economy. Despite a 16 per cent decrease in the volume of production the combined Australian lobster fisheries generated a landed value of AU$403.8 million in 2008-09 , ranking as the most economically valuable of the wild catch fisheries.

New Zealand rock lobster fisheries generated an estimated NZ$184 million in 2008/09 .

Australia and New Zealand share a common species – cold water southern rock lobster, Jasus edwardsii – whilst Australia also produces western and tropical rock lobsters, Panulirus species, from temperate and warm waters in Western Australia and Queensland respectively.

As a consequence of the markedly different circumstances in the Australian and New Zealand lobster fisheries and the industries which are dependent upon them there has been increased interest from Australian industry participants and management agencies in the New Zealand research and management processes and outcomes.

The principal ‘architects’ of the 2011 trans-Tasman Congress are confident that the chosen theme of ‘productivity’ is one of sufficient scope to draw together the best available information and advice in regard to the complete product chain for rock lobsters.

The exchange of information, ideas and aspirations at the 2011 trans-Tasman 7th Rock Lobster Congress will streamline and accelerate stock rebuild initiatives and enable greater efficiency gains in terms of research and compliance spend across the various fisheries’ jurisdictions.

Objectives

1. Australian and New Zealand rock lobster industry participants who are better informed of the range of biological and economic options and opportunities which may arise as a consequence of ongoing information sharing and market coordination.
2. Enabling Australian and New Zealand lobster industry participants to gain a hands-on experience of harvest and stock monitoring technologies which can increase productivity
reduce operating costs
and improve sustainable utilisation.
Environment
PROJECT NUMBER • 2011-401
PROJECT STATUS:
COMPLETED

Marine Discovery Centres Australia annual network meeting

Marine Discovery Centres Australia (MDCA) is a network of marine education facilities across Australia that provides high quality education and engagement experiences for the wider community. These learning experiences promote sustainable behaviour in, and stewardship of, our fisheries and...
ORGANISATION:
Marine Discovery Centre Maclean

Empowering Industry: Improving two-way membership communication in peak industry bodies of the fishing and seafood industry

Project number: 2011-400
Project Status:
Completed
Budget expenditure: $167,500.00
Principal Investigator: Jill Briggs
Organisation: Affectus Pty Ltd
Project start/end date: 20 Jul 2011 - 29 Oct 2013
Contact:
FRDC

Need

The seafood industry is comprised of national, state, regional and sector organisations all of whom have a "client group" with which two-way communication and connection is anticipated. It is also noted that industry organisations have identified the need to improve lines of communication between industry associations and their members as being critical for many associations survival.

Industry organisations have articulated the issues that impact on their associations'/organisations effectiveness and which they believe should be researched and could be addressed through improved and coordinated communication strategies via a research project.

The identified issues are:

• Defining how organisations are relevant and what value is being offered to members;
• Lack of clarity as to what ‘product’ is being offered;
• A lack of clarity as to what associations' key messages are for their members and broader industry;
• A disjunct between the message being sent by groups and those receiving it;
• Misunderstanding of what is being said amongst many competing messages;
• Different priorities at top and bottom of associations' organisational structures;
• Confusion amongst members as to who’s who and why. What do the different levels of organisations do? What representation do or don’t they have?
• All of the above were made more difficult by a general lack of support and funding for associations.

No one group has the resources or skills set to address all of these issues, but the issues were common across all sectors and jurisdictions and a cooperative approach was considered to be possible and beneficial.

Objectives

1. Complete a communication audit to gain an understanding of what generic tools are already available to suit associations' communication needs.
2. Assist peak associations to clearly define their roles and responsibilities and develop an understanding of what their key ‘selling proposition’ is to members.
3. Clarify association members/audience, identify shared members and identify opportunities and methods to minimise duplication and maximise information exchange
4. Based on previous objectives, specifically modify and tailor communication techniques to improve communication and membership support in six case-study associations.
5. Extend project outcomes on a national basis

Project products

Brochure • 2014-02-27 • 575.45 KB
2011-400 Communication Guide - Empowering Industry Two-Way Communication Project.pdf

Summary

Brochure describing Two-Way Communication for peak industry bodies.  Has nice diagrams.

PIRSA Innovative Solutions: review of the aquaculture environmental monitoring program (EMP) in South Australia to inform a review of EMP regulations

Project number: 2011-263
Project Status:
Completed
Budget expenditure: $25,000.00
Principal Investigator: Peter A. Thompson
Organisation: Department of Primary Industries and Regions South Australia (PIRSA)
Project start/end date: 31 Jul 2011 - 30 Nov 2011
Contact:
FRDC

Need

A review has commenced on the Aquaculture Regulations 2005 in conjunction with the amendments proposed to the Aquaculture Act 2001, planned for proclamation in July 2011. The regulations outline the Environmental Monitoring Program (EMP) reporting requirements for each industry sector, specifically:
• Regulation 22 – farming of molluscs in subtidal area
• Regulation 23 – farming of molluscs in intertidal area
• Regulation 24 – farming of finfish
• Regulation 25 – navigable vessels
• Regulation 27 – general (land-based Aquaculture (Cat A, B and C))
• Regulation 28 – live organisms reared during transport

PIRSA Fisheries and Aquaculture EMP programs have been in place since the early 1990’s, commencing with the intertidal oyster sector then expanding to other sectors overtime. EMP requirements were initially outlined as a licence condition for each industry sector until being legislated as regulations in 2005.

The review of the regulations provides PIRSA Fisheries and Aquaculture, other relevant government agencies and industry sectors with an opportune time to review the current requirements in place to determine their ongoing effectiveness, and if recent technologies can provide a more robust and cost effective environmental monitoring process.

Objectives

1. Analyse national and international environmental monitoring techniques currently used to monitoring identified risk events.
2. Identify new environmental monitoring techniques that are relevant to South Australia’s Aquaculture operations and ecosystems.
3. Develop an understanding on the spatial scale required for appropriate environmental monitoring (i.e. on-site impact vs off-site impact vs regional impacts).
4. Recommend cost-effective environmental monitoring techniques based on a hierarchical approach to monitoring South Australia’s Aquaculture Industry.

Tactical Research Fund: Conduct of a Seafood Incident Response Plan (SIRP) trial for the aquaculture industry in Melbourne as a prelude to the Skretting Australasian Aquaculture Conference (AA12)

Project number: 2011-259
Project Status:
Completed
Budget expenditure: $25,760.00
Principal Investigator: Ted Loveday
Organisation: Seafood Services Australia Ltd
Project start/end date: 31 Mar 2012 - 29 Jun 2012
Contact:
FRDC

Need

Every time you fly, you listen to the flight attendant state, “In the unlikely event of an emergency, it is important that etc”. The message is continually reinforced so that, in the event of an incident, you will know exactly how to adopt the brace position and put on a life jacket.

Similarly, regular trials of the Seafood Incident Response Plan (SIRP) need to be held to reinforce industry awareness of its existence and ensure that the SIRP is responsive and relevant.

Australian seafood has an excellent reputation when it comes to food safety but we are potentially only one step from a disaster.

E.g. 22 December 2011 headlines “WA grown oysters off the Christmas Menu”. A headline such as this can have a highly detrimental effect on the Australian seafood industry if not properly managed. In this case, the SIRP was implemented as a level 1 emergency (Watching brief).

This does, however, highlight why it is important that the seafood industry is regularly reminded of the existence of the SIRP

SSA on behalf of the Australian seafood industry has been responsible for the development and ongoing maintenance of the SIRP.

The SIRP co-exists with other existing incident response protocols and provide guidance to the seafood industry as to how to respond and thus minimize damage to the industry resulting from an adverse incident.

This SIRP trial workshop is planned as a prelude to the Australasian Aquaculture Conference & Trade Show (1-4 May 2012, at the Melbourne Convention & Exhibition Centre)

A unique opportunity exists for key stakeholders to participate in the SIRP trial and attend the Conference.

The key outcomes from the workshop will be presented to conference delegates at Australasian Aquaculture.

The Australian aquaculture industry and associated supply chains will be the major focus of this particular trial.

Objectives

1. Industry awareness of the role of the Seafood Incident Response Plan will be increased and the linkages between the SIRP, the aquaculture sector, existing seafood recall plans, and emergency planning by food safety agencies will be tested.
2. A trial to test the responsiveness of the aquaculture sector and the wider seafood supply chain to a seafood incident will be conducted
3. The SIRP will be updated following the workshop to ensure that it remains responsive and relevant to today’s environment
4. Engagement with relevant food safety agencies will occur as the success of SIRP is about partnership and collaboration

Final report

ISBN: 978-0-9871787-1-8
Author: Ted Loveday

Project products

Plan • 2012-05-01 • 984.16 KB
2011-259-Seafood-Incident-Response-Plan-May-2012.pdf

Summary

Overview:

This Seafood Incident Response Plan (SIRP) was developed by Seafood Services Australia Ltd (SSA) in consultation with the seafood industry and relevant agencies to:

  • provide a proactive, easy-to-follow response to adverse incidents in the seafood industry
  • maintain Australia’s reputation as a provider of safe, high-quality seafood to its customers
  • strengthen consumer confidence in Australian seafood.

As a result of this project a seafood incident response plan was developed (framework with templates and forms) for use in the event of an incident. This can be downloaded below:
 

Download the Seafood Industry Response Plan

 

Tactical Research Fund: optimisation of treatment of Ichthyophthirius multifiliis in farmed trout

Project number: 2011-255
Project Status:
Completed
Budget expenditure: $61,141.00
Principal Investigator: Marty R. Deveney
Organisation: SARDI Food Safety and Innovation
Project start/end date: 30 Apr 2012 - 15 Nov 2013
Contact:
FRDC

Need

Massive losses of farmed trout and native fish occurred due to Ichthyophthirius multifilis in 2012. The losses have not only had substantial impacts on commercial aquaculture operations and limited the availability of trout and native fish for the public water stocking programs of the Victorian and New South Wales governments. The timing of this work is critical, to develop and implement with key farmers new health management methods and reduce mortalities before next summer.

Ichthyophthirius multifilis has a direct lifecycle with an adult in the cells of the fish’s surface and asexual reproduction in the environment. In aquaculture systems heavy infections develop rapidly. A previous project DPI Victoria-funded project identified I. multifilis as the highest priority health issue in the Victorian trout industry and developed permits for access to new treatments for trout and other freshwater finfish aquaculture industries.

Treatment for I. multifilis centres on husbandry and strategic chemical control, but treatment dose and timing have not been optimised. Treatments include formalin, chloramine-T, or hydrogen peroxide, which are applied to the water. These products target only the environmental life cycle stages. Strategic treatment aims to kill all environmental stages, with a second dose to kill newly emerged stages after the previous treatment. The relationship between parasite lifecycle, temperature, parasite strain and water quality is currently unknown.

Growers assume that the dose is the same as the concentration applied to the system, but concentrations of these compounds are altered by water quality. This reduces efficacy and can make approved label doses ineffective. Treatments are also stressful to fish; treatments can cause substantial gill damage. Strategies for managing dose to balance efficacy and optimum fish performance need to be developed.

Better management of I. multifilis will decrease mortality, increase growth and quality and decrease husbandry costs in affected industries.

Objectives

1. Understanding lifecycle parameters in identified Australian strains of I. multifilis
2. Using lifecycle information to inform treatment timing
3. Optimising doses of relevant veterinary products under different environmental conditions
4. Assess relationships between product exposure and impacts on skin and gills of treated fish

Tactical Research Fund: Establishing industry catch sampling for WA's crystal crab fishery

Project number: 2011-254
Project Status:
Completed
Budget expenditure: $46,338.00
Principal Investigator: Roy Melville-Smith
Organisation: Curtin University
Project start/end date: 30 Jun 2012 - 29 Jul 2013
Contact:
FRDC

Need

This fishery moved from input to output controls in 2008. As a result, fishing patterns have changed: effort in the fishery is now less dispersed over the grounds; high grading has become common-place, with consequent reduced CPUE; there has been a radical decrease in under-size crabs. The observed changes could be interpreted as either an outcome of overexploitation, or inadequate sampling. Clearly, there is an urgent need for this to be clarified.

Size and sex ratios of crystal crabs are related to their depth and longshore distribution and
inadequate sampling can provide misleading data. The cost of increasing data collection which has
traditionally been done at sea by technical officers from the Department of Fisheries would be
prohibitive for a small fishery such as this one. The solution is for industry to collect the data in the course of fishing by using fishermen to sample a small number of pots on each line that is hauled. Meetings have been arranged to discuss how fishermen might assist with the sampling and all quota holders in the fishery have expressed an enthusiastic willingness to participate.

This project will work with licence holders, Industry representatives and Department of Fisheries
representatives, to develop the most effective and efficient means of sampling the catch, recording the data, and training the fishermen who will become responsible for its collection.

Objectives

1. Development of effective and efficient means to sample the catch and record the data.
2. Provide training for those fishermen who are sampling the catch and recording the data.

Innovative Solutions for Aquaculture: development of a sustainable South Australian macroalgal aquaculture industry

Project number: 2011-253
Project Status:
Completed
Budget expenditure: $10,000.00
Principal Investigator: Steven Clarke
Organisation: Department of Primary Industries and Regions South Australia (PIRSA)
Project start/end date: 12 Feb 2012 - 1 Dec 2013
Contact:
FRDC

Objectives

1. To demonstrate cost effective mass culture of select microalgae for feed for abalone, human food and bioactives.

Tactical Research Fund: defining a way forward for the Queensland Reef Line Fishery through evaluating resource sharing research and development options with stakeholders

Project number: 2011-252
Project Status:
Completed
Budget expenditure: $23,649.09
Principal Investigator: Carolyn M. Robins
Organisation: Reef Line Council Inc
Project start/end date: 31 Jan 2012 - 29 Apr 2012
Contact:
FRDC

Need

The Fisheries (Coral Reef Fin Fish) Management Plan 2003 will be reviewed in 2012. The project aim is for stakeholders to co-operate in developing a way forward with respect to Research and Development (R and D) requirements in the consideration of resource sharing options as a part of the Management Plan. Catch sharing arrangements and associated R and D between sectors of the fishery - commercial, recreational and charter - need to be explored. The fish resources are accessed by various fishery users and are of interest to conservation bodies, management agencies and the general public. Currently, the CPUE of both major species are declining (FRDC 2008/103) and there are believed to be areas of over-exploitation.

In order to ensure equality between sectors and for the resource to return maximum economic yields while remaining biologically sustainable in the long-term, there is a need to explore management arrangements and the associated R and D requirements. Stakeholders must work co-operatively to identify issues and discuss R and D options with the aim for consensus on future management for sustainability of economic, environmental and social aspects. There needs to be a ‘vision for the fishery’ that is endorsed by stakeholders and resource sharing options should align with this vision.

Objectives

1. Conduct a workshop for all relevant stakeholders to discuss and endorse a Research and Development Plan for potential resource sharing in the QRLF.
2. Develop a "Vision for the Fishery" at the workshop.
3. Develop a Research and Development Plan for potential resource sharing in the QRLF.

Final report

ISBN: 978-0-646-57955-9
Author: Carolyn Robins

Technical Review for the Commonwealth Policy on Fisheries Bycatch: risk-based approaches, reference points and decisions rules for bycatch and byproduct species

Project number: 2011-251
Project Status:
Completed
Budget expenditure: $105,000.00
Principal Investigator: Shalan Scholfield
Organisation: Department of Agriculture, Fisheries and Forestry (DAFF)
Project start/end date: 27 Feb 2012 - 29 Jun 2012
Contact:
FRDC

Need

In the past few years, the fishing sector has come under intense scrutiny for the poor management of bycatch, especially threatened, endangered and protected species, and incidentally caught shark species. It has been ten years since the development of the commonwealth and national bycatch policies and circumstances and issues relating to bycatch management have changed considerably from a domestic and international perspective.

Outputs/outcomes from a review of existing Australian bycatch policies will assist in delivering the following:
- streamlining current approaches for the management of bycatch and threatened, endangered and protected species, to reduce regulatory and financial burden to fishers and fisheries managers while increasing the effectiveness of minimising bycatch;
- increase the confidence of consumers that the management of Australian fisheries and production of seafood can be sustainable;
- further advancing claims that Australia has sustainably managed fisheries that link with domestic and international legislative and policy objectives.

Objectives

1. Assess the robustness and applicability of risk based approaches to bycatch management for species or groups of species, taking into account their biological status, data availability and other factors.
2. Evaluate the efficacy and appropriateness of reference points and structured decision rules in meeting the legislative and policy objectives for some bycatch species and/or groups.
3. Initially assess approaches to incorporating and addressing the potential cumulative impacts of fisheries’ interactions with bycatch.
4. Assess the robustness and application of risk based approaches to byproduct management for species or groups of species, taking into account their biological status, data availability and other factors

Final report

ISBN: 978‐1‐74323‐136‐4
Author: Shalan Bray
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