54 results
Communities
PROJECT NUMBER • 2018-053
PROJECT STATUS:
COMPLETED

Enhancing the understanding of the value provided to fisheries by man-made aquatic structures

In 2018, the state’s recreational and commercial fishers (represented by the peak bodies Recfishwest and WAFIC) commissioned a program of research as part of a Fisheries Research Development Corporation project aimed at documenting the social and economic values and benefits that stakeholders...
ORGANISATION:
Curtin University
Industry
PROJECT NUMBER • 2016-261
PROJECT STATUS:
COMPLETED

Investigating the use of trace element profiles to substantiate provenance for the Australian prawn industry

In 2015 industry stakeholders from the Australian Council of Prawn Fishers (ACPF) and the Australian Prawn Farmers Association (APFA) identified the potential for the "Love Australian Prawns" (LAP) campaign to be undermined by the practice of unscrupulous operators substituting Australian prawns...
ORGANISATION:
Curtin University

NCCP: assessment of options for utilisation of virus infected carp

Project number: 2016-180
Project Status:
Completed
Budget expenditure: $258,344.45
Principal Investigator: Janet Howieson
Organisation: Curtin University
Project start/end date: 29 Jul 2017 - 14 Dec 2018
Contact:
FRDC

Need

Wild carp (Cyprinus carpio) are an invasive species found throughout Australian freshwater systems. The species is well established throughout the Murray-Darling basin (MDB) and makes up to 90% of the fish biomass in some areas. There are concerns that carp are damaging the ecology of MDB waterways and competing with native species for food.

The Australian Federal government has developed the National Carp Control Plan which will assess the feasibility and potentially manage the release of Cyprinid herpesvirus 3 (CyHV-3) as a biocontrol agent for the invasive carp. The virus is expected to reduce the carp population by between 70–95% within the first few years. Initial release at breeding sites is expected to wipe out primarily juvenile carp at first, followed by mature fish. It is anticipated bird-life will consume a large portion of the immature carp however deceased mature carp present an environmental challenge as their decomposition may impact upon water quality. The large mass of deceased carp will require a large scale clean-up and present a unique opportunity to be utilised for fish products.

Currently carp are harvested for use in fertiliser; however as estimates of the deceased biomass are in the hundreds of thousands of tonnes, other avenues for utilisation warrant further investigation. Compositional analysis, suitability of CyHV-3 infected fish for processing, pilot scale production trials and subsequent market appraisal is required to realise new product streams. Development of new products utilising the infected deceased carp will assist in the clean-up, reduce disposal costs and potentially generate income for the local economy.

Objectives

1. To identify, pilot and undertake subsequent cost benefit analysis (CBA) for developing new processes/products from deceased feral carp (as part of National Carp Control Plan).

Final report

ISBN: 978-1-64669-213-2
Authors: Andrew Tilley Ewan Colquhoun Elise O’Keefe Steven Nash Declan McDonald Tony Evans Gerry Gillespie David Hardwick Dr Sarah Beavis Charles Francina Daniel McCorey Luke Wheat and Dr Janet Howieson
Final Report • 2019-11-29 • 5.63 MB
2016-180-DLD.pdf

Summary

This study was undertaken by Curtin University. Wild carp (Cyprinus carpio) are an invasive species found throughout Australian freshwater systems. The species is well established throughout the Murray-Darling basin (MDB) and makes up to 90% of the fish biomass in some areas. There are concerns that carp are damaging the ecology of MDB waterways and competing with native species for food. The Australian Federal government has developed the National Carp Control Plan which will assess the feasibility and potentially manage the release of Cyprinid herpesvirus 3 (CyHV-3) as a biocontrol agent for the invasive carp. The virus is expected to reduce the carp population by between 70–95% within the first few years. Initial release at breeding sites is expected to wipe out primarily juvenile carp at first, followed by mature fish. It is anticipated bird-life will consume a large portion of the immature carp however deceased mature carp present an environmental challenge as their decomposition may impact upon water quality. The large mass of deceased carp will require a large scale clean-up and present a unique opportunity to be utilised for fish products. Currently carp are harvested for use in fertiliser; however as estimates of the deceased biomass are in the hundreds of thousands of tonnes, other avenues for utilisation warrant further investigation. Compositional analysis, suitability of CyHV-3 infected fish for processing, pilot scale production trials and subsequent market appraisal is required to realise new product streams. Development of new products utilising the infected deceased carp will assist in the clean-up, reduce disposal costs and potentially generate income for the local economy.Wild carp (Cyprinus carpio) are an invasive species found throughout Australian freshwater systems. The species is well established throughout the Murray-Darling basin (MDB) and makes up to 90% of the fish biomass in some areas. There are concerns that carp are damaging the ecology of MDB waterways and competing with native species for food. The Australian Federal government has developed the National Carp Control Plan which will assess the feasibility and potentially manage the release of Cyprinid herpesvirus 3 (CyHV-3) as a biocontrol agent for the invasive carp. The virus is expected to reduce the carp population by between 70–95% within the first few years. Initial release at breeding sites is expected to wipe out primarily juvenile carp at first, followed by mature fish. It is anticipated bird-life will consume a large portion of the immature carp however deceased mature carp present an environmental challenge as their decomposition may impact upon water quality. The large mass of deceased carp will require a large scale clean-up and present a unique opportunity to be utilised for fish products. Currently carp are harvested for use in fertiliser; however as estimates of the deceased biomass are in the hundreds of thousands of tonnes, other avenues for utilisation warrant further investigation. Compositional analysis, suitability of CyHV-3 infected fish for processing, pilot scale production trials and subsequent market appraisal is required to realise new product streams. Development of new products utilising the infected deceased carp will assist in the clean-up, reduce disposal costs and potentially generate income for the local economy.
People
PROJECT NUMBER • 2016-129
PROJECT STATUS:
COMPLETED

Recfishing Research Subprogram: Travel bursaries for attendance at the 8th World Recreational Fisheries Conference - Vancouver Canada 2017

The 8th World Recreational Fishing Conference, held in Vancouver Canada in July 2017 was seen as an opportunity to build on previous educational and leadership opportunities associated with the 5th and 7th conferences, and to hopefully develop a new tranche of young leaders for the recreational...
ORGANISATION:
Curtin University

Workshop to implement a National Approach to Australian Salmon Market Development and Supply

Project number: 2016-121
Project Status:
Completed
Budget expenditure: $19,310.45
Principal Investigator: Janet Howieson
Organisation: Curtin University
Project start/end date: 14 Oct 2018 - 14 Oct 2019
Contact:
FRDC

Need

Australian salmon has long been considered an underutilised species in sufficient catchable volumes across NSW, Victoria, Tasmania, South and Western Australia to have potential for greater commercial market value and penetration. However such market development has been curtailed by factors including: poor consumer perception; inconsistent quality and short shelf-life due to harvest methods and infrastructure issues; export barriers and the status of Australian Salmon as an iconic recreational species resulting in concerns recreational catch could be compromised with increased commercial harvest. As well, the commercial catch across the different state jurisdictions is short seasoned and lacking coordination such that harvest of sufficient tonnage for high volume markets has not been possible. Previous projects (2013/711.40; 2008/794) have resulted in optimisation of methodology for post-harvest handling and processing for this species, market investigation and development of a range of consumer tested value-added products, however further market development (whilst present) has been largely curtailed by the issues as described above.

The “Love Australian Prawns” campaign which saw the Australian wild harvest and farmed prawn industries unite shows the potential advantages of taking a national and coordinated approach to market development for Australian seafood. It was considered that such a national approach to developing new opportunities for Australian salmon would alleviate the current challenges in developing new markets principally relating to seasonality and consistent and sustained quality, volume supply. A whole of chain national workshop is considered the first step in developing such a national approach.

Objectives

1. Assess if there is national, collaborative whole of chain commitment to developing new markets for Australian salmon.
2. Demonstration of national collaboration within the Australian salmon value chain, encompassing fishers, processors, distributors and marketers to develop and implement new market opportunities for Australian salmon.

Final report

ISBN: 978-1-64669-214-9
Author: Janet Howieson
Final Report • 2019-11-05 • 403.94 KB
2016-121-DLD.pdf

Summary

Australian Salmon fishers, seafood processors and traders in the hospitality, retail and export markets have committed to work together to improve the profile of this undervalued fish species.

Participants at the first national Australian Salmon workshop held in Melbourne in February 2019 represented all states harvesting the species: Western Australia, South Australia, Tasmania, Victoria and New South Wales. They also represented all parts of the seafood supply chain.

  
Industry
PROJECT NUMBER • 2014-705
PROJECT STATUS:
COMPLETED

Seafood CRC: a guide for use by the shark and other fisheries for preparation of information for consumers.

This project aimed to develop ‘how to’ guide for small to medium businesses to assist in navigating the Food Standards Code as well as a simple promotional brochure framework, using Augusta Wild Caught Fisheries to illustrate how it could be used in practice. This guide aims to help...
ORGANISATION:
Curtin University

Seafood CRC: waste transformation methods for value added products for the catering market

Project number: 2014-704
Project Status:
Completed
Budget expenditure: $140,092.70
Principal Investigator: Jayne M. Gallagher
Organisation: Curtin University
Project start/end date: 14 May 2014 - 14 May 2015
Contact:
FRDC

Need

Up to 60% of food waste (including seafood waste) is potentially avoidable. In the case of seafood specifically, at least 50% of the fish is generally lost re filleting and damaged crustacea such as rock lobster, crabs and prawn sbring low return to the producer. Often there is a business cost incurred in removing seafood prodessing waste.

Reducing and transforming seafood processing waste seems essential to add profitability where possible to the Australian seafood industry.

This project will use mechanical separation, reforming by alginate and extrusion technologies from other food industries, to try and develop a range of value added products from seafood processing waste.

Objectives

1. To successfully launch at least 2 products produced form seafood processing waste on the institutional catering market.

Final report

ISBN: 978-0-9925568-8-4
Authors: Peter Jecks Andy Molyneux Andrew Sankey Dr Aarti Tobin Dr Peerasak Sanguansri Dr Janet Howieson
Final Report • 2018-01-01 • 1.92 MB
2014-704-DLD.pdf

Summary

This report summarises the research undertaken under FRDC 2014/704: Waste Transformation for the Catering Market. The project aimed to develop and launch at least two value-added products on the institutional catering market using seafood processing waste.
Initially a variety of different seafood processing waste products including picked and seconds Blue Swimmer Crabs, Snapper, Atlantic Salmon and various reef fish frames, Patagonian Toothfish frames, Western Rock Lobster legs, headed and gutted shark, low value prawns and headed and gutted Leatherjacket were transported to the Abacus Fisheries facility in Carnarvon. Mechanical separation of seafood protein from these products was optimised with subsequent data generated on recoveries, and compositional and microbiological food safety analyses. These various forms of separated seafood protein were then used for new product development trials.
During the project, a number of new technologies for seafood protein separation, stabilisation and reforming were developed that can be applied generally to seafood processing waste recovery and new product development.
Industry
PROJECT NUMBER • 2014-214
PROJECT STATUS:
COMPLETED

RAC WA: Investigating critical biological issues for commercial Greenlip Abalone sea ranching in Flinders Bay, Western Australia

Keywords: Hydrodynamic, dispersal modelling, drift algae, nutritional value, health, physiological stress Summary: The Ocean Grown Abalone Pty Ltd sea ranch is the first abalone sea ranching venture to have been commercialised in Australia. The abalone are grown on patented concrete...
ORGANISATION:
Curtin University
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