299 results

SCRC: Cobia Market Analysis

Project number: 2010-715
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Meredith Lawley
Organisation: University of the Sunshine Coast (USC)
Project start/end date: 28 Feb 2010 - 29 Jun 2010
Contact:
FRDC

Need

The development of a new aquaculture species in Australia presents a number of commercial challenges As with all such ventures, there are issues concerning access to the market, supply of fingerlings the need for investors to secure a return on their capital, etc. There are also plenty of unknowns about the growth, nutrition, processing, market size, consumer acceptance etc. that are worthy of investigation and if solved would benefit all cobia producers.

The opportunity is to develop a collaborative, whole of chain approach to launching this new species so that the market is carefully developed and supplied with fish of consistent quality at economically sustainable prices.

To achieve this there is first a need to understand the overall feasibility of Australian farm-grown cobia and to identify market gaps that the development of Cobia could fill. Secondly there are issues surrounding collaborative industry development that need to be explored. Experiences with business cluster development seem highly relevant to the development of the Cobia industry. In fact it has been found by Waite (2001) that Australian firms are insignificant in the global market but if they compete collabratively through the formation of a cluster have the ability to combine their strengths to raise their competitiveness and take advantage of growing markets. There is a need therefore to better understand the cluster development concept and to explore how this can be applied within this context. Can the cluster concept work with the businesses located so far away from each other and is there enough commonality in their business development aspirations to overcome the disadvantages of working independently while attempting to establish and further penetrate the market with a relatively unknown species?

Benefit Cost Analysis (BCA) - Orange roughy and other marine oils: Characterisation and commercial applications

Project number: 1991-077.80
Project Status:
Completed
Budget expenditure: $5,981.05
Principal Investigator: Gerry Geen
Organisation: CSIRO Oceans and Atmosphere Hobart
Project start/end date: 26 Oct 2002 - 28 Oct 2002
Contact:
FRDC

Objectives

1. Identification red pigment in orange roughy, determine yield, separation.

Flow related fish and fisheries ecology in the Coorong, South Australia

Project number: 2006-045
Project Status:
Completed
Budget expenditure: $499,562.00
Principal Investigator: Qifeng Ye
Organisation: SARDI Food Safety and Innovation
Project start/end date: 29 Jun 2007 - 30 Sep 2009
Contact:
FRDC

Need

The importance of quantitative assessment and linkage between freshwater flows and ecological outcomes has been increasingly recognised in recent years. Information is particularly lacking for estuarine fisheries in Australia. The CLLAMM region supports a significant local economy based on irrigation/agriculture/tourism and commercial/recreational fisheries. The region also has a high biodiversity value, recognised by Ramsar wetland and Living Murray Icon Site status. However, the economy and biodiversity values of the region are currently under threat due to the reduction in flows from abstraction upstream. A number of environmental flow and engineering options are currently being considered to help improve the social, economic and environmental values of the system including ecologically sustainable fisheries. However, there is a lack of biophysical system knowledge required to assess and predict the potential environmental benefits of the different management options. Knowledge gaps include flow-related fish ecology-critical for water management to enhance spawning/recruitment of native fish (key objective of the Environmental Management Plan).

In recent years, state/commonwealth policies on fisheries management have been developed to ensure ecological sustainability of fisheries. The Lakes&Coorong Fishery management plan has identified flows as an important issue impacting key commercial/recreational species (mulloway, black bream, flounder, callop and Goolwa cockle). However, there is little research on specific flow/habitat requirements of these fish. This knowledge gap was identified on a recent National Estuarine-Flows-Workshop. Quantitative data is needed to inform sustainable management of fisheries and water resources.

This project is mainly to address flow-related ecology of key fish species of commercial/recreational/conservation or ecological significance (black bream, greenback flounder, yellow-eye mullet, congolli and goby sp.) in the Murray Estuary&Coorong, with a focus on reproductive biology and recruitment processes; whilst complementary work will be undertaken to investigate fish movement/migration by Bronwyn Gillander under CLLAMMecology. PI will work in collaboration with Bronwyn and other CLLAMM researchers.

Objectives

1. To determine the distribution, relative abundance and size/age structure of key fish species (black bream, greenback flounder, yellow-eye mullet, congolli and a goby species) and how these relate to habitat and environmental conditions (eg salinity, water temperature, freshwater flow, turbidity, dissolved oxygen, food availability) in the Murray Estuary and Coorong.
2. To examine aspects of reproductive biology and influence of environmental conditions on spawning success of key species in the region.
3. To investigate the influence of environmental conditions (eg habitat, salinity, water quality, food availability) on critical life stages thus recruitment success of key species.
4. To investigate the relationship between freshwater flows (timing, quantity and duration) and recruitment success and fisheries production of key commercial species.

Tactical Research Fund: Reducing the impact of discarded recreational fishing tackle on coastal seabirds

Project number: 2011-057
Project Status:
Completed
Budget expenditure: $40,000.00
Principal Investigator: Matthew J. Campbell
Organisation: Department of Agriculture and Fisheries EcoScience Precinct
Project start/end date: 15 Jan 2012 - 15 Mar 2013
Contact:
FRDC

Need

This proposal will address the FRDC Recfishing Research priority area "Assessing the impact of recreational fishing methods on conservation values of aquatic habitats" as announced in the 2012 Annual Competitive Round Call for Expressions Of Interest. After making inquiries with seabird rescue organisations, it has become apparent that seabird entanglements in discarded fishing tackle is of major concern. Australia Zoo Wildlife Hospital report that their rescue unit responded to approximately 300 calls for bird entanglements in discarded fishing tackle in 2011 (to August 1). Further, the Rescue Hotline of Pelican and Seabird Rescue Inc. have received approximately 400 calls in 2011 (to the time of writing - 10/9/2011). These figures are unacceptable and measures need to be taken to decrease the incidence of seabird interactions with discarded recreational fishing tackle. The injuries that result from these interactions are often catastrophic, with a high proportion of entangled animals being euthanised. Healthy Waterways has produced a provocative poster, attached, depicting a pair of budgerigars surrounded by fishing line and hooks. Such negative stereotypes need to be addressed and, as such, there is a need to educate recreational fishers as to the consequences of the careless discarding of fishing tackle. This subject was recently highlighted in a Queensland recreational fishing publication, Queensland Fishing Monthly (see attachment). Both recreational fishing representative groups, Sunfish and Ecofishers, have expressed concern regarding this issue. A fifteen minute search at a secluded recreational fishing location in the northern suburbs of Brisbane by two people resulted in the collection of the fishing tackle pictured in the attachment (13/09/2011 - Tingalpa Creek). Although this could be construed as an environmental problem and beyond the purview of FRDC, it certainly reflects poorly on recreational fishers and, as such, an extension/educational project would help alleviate the problems highlighted in this proposal.

Objectives

1. Quantify the extent of seabird entanglement in northern Moreton Bay
2. Convene a workshop involving relevant stakeholders in order to establish methods for mitigating seabird entanglements
3. Promote the responsible removal of discarded fishing tackle from popular fishing locations in northern Moreton Bay

Final report

ISBN: 978-0-7345-0437-1
Author: Matthew Campbell
Environment
PROJECT NUMBER • 2005-072
PROJECT STATUS:
COMPLETED

Water use across a catchment and effects on estuarine health and productivity

This research has shown that the profitability of both agriculture on land and aquaculture in the estuary is affected by changing freshwater flows. To assess the value of water to different users across a catchment we developed a generic water accounting framework and populated it with available...
ORGANISATION:
University of Tasmania (UTAS)

Establishment of juvenile rock lobster sampling sites for prediction of catch fluctuations

Project number: 1972-014
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Ross Winstanley
Organisation: Department of Natural Resources and Environment Tasmania (NRE TAS)
Project start/end date: 28 Dec 1973 - 31 Dec 1973
Contact:
FRDC

Objectives

1. Establishment of juvenile rock lobster sampling sites for prediction of catch fluctuations
2. So that the relative abundance of different year classes may be determined

A Practical Guide to ITQs for Fishery Managers and the Fishing Industry

Project number: 1997-144
Project Status:
Completed
Budget expenditure: $125,877.00
Principal Investigator: Gerry Geen
Organisation: Fisheries Economics Research and Management Specialists (FERM)
Project start/end date: 30 Dec 1997 - 31 Mar 2000
Contact:
FRDC

Need

Significant problems have emerged in the design and implementation of ITQ systems both in Australia and worldwide. For example, although ITQs were introduced more than five years ago in the South East Fishery (SEF) there is continuing dissatisfaction with the scheme. A recent review by the South East Fishery Adjustment Working Group (1996) pointed out that 'the implementation process from boat units to Individual Transferable Quotas (ITQs) was appallingly handled ...'; and that 'since 1992 there have been at least eight internal or public reviews into various aspects of the SEF, as well as several litigation and AAT decisions'.

Similar difficulties with the implementation of ITQs have been experienced in state managed fisheries. A current example is the proposed introduction of ITQs in the Tasmanian crayfish fishery. This proposal has met with significant industry resistance which has resulted in the announcement of a review by the Tasmanian Legislative Council Select Committee. Overseas fisheries have suffered similar problems. For example, the ITQ system introduced into the Canadian halibut fishery has been sucessfully challenged in court with respect to the approach taken to allocation.

A number of the problems experienced to date, such as ineffective and costly monitoring, discarding and dissatisfaction with allocations can be related to the improper design and implementation of ITQ systems as opposed to difficulties intrinsic to ITQs.

Despite the above mentioned difficulties in implementing and operating ITQ systems, there is a strong and growing focus on the use of these management instruments. If implementation mistakes of the past are not to be repeated, a compilation of the practical experiences of ITQs and analysis of the operational difficulties experienced would be useful. What is needed is a non-theoretical, easily understood, operational guide to ITQs.

References

South East Fishery Adjustment Working Group (1996), 'Report to the Minister of Resources and Energy of the South East Fishery Adjustment Working Group', Canberra.

Objectives

1. Compilation of operational ITQ experiences in Australia and selected other countries
2. Analysis of the practical difficulties faced in the implementation and operation of ITQs
3. Develop guidelines to assist fishery managers and industry in the implementation of ITQ systems

Final report

Authors: Barry Kaufmann Gerry Geen and Sevaly Sen
Final Report • 2000-01-10 • 117.28 KB
1997-144-DLD.pdf

Summary

Dissatisfaction with the results of input control based management has led to an increasing worldwide interest in the use of output controls, such as individual transferable quotas (FTQs). Individual transferable quotas involve setting a total allowable catch (TAC) for a given fish stock and allocating a share of the TAC to each of the various participants within the fishery. However, significant problems have emerged in the design and implementation of ITQ systems.

Given the strong and growing focus on ITQs as an alternative to effort controls, prevention of the FTQ implementation mistakes of the past is therefore extremely important. This project was designed to address this need by reviewing the practical experiences of FTQs, analysing the operational difficulties encountered when implementing ITQs and compiling a non-theoretical, easily understood operational guide to ITQs targeted at those directly involved in implementing ITQ regimes: fishery managers and the fishing industry.

The methods used to carry out the research included a review of Australian and international literature on ITQ implementation, semi-stmctured interviews with fishery managers in AFMA and state fisheries management agencies, discussions with industry on their experiences with ITQs, active participation in the process of introducing ITQs and information gathering from fisheries managers and economists working in Canada, Iceland, Norway, New Zealand and the United States.

 

 

Project products

Book • 1999-01-01 • 802.49 KB
1997-144 Fish Futures Individual Transferable Quotas in Fisheries.pdf

Summary

This book is aimed at providing reference material for persons interested in exploring how an ITQ system might work in practice. The target audience is fishery managers, industry and others involved in day-to-day fisheries management. The main purpose is to describe ITQ implementation options and provide, where possible, examples of how effective these options have been in various fisheries jurisdictions. The aim is not to identify and prescribe the most effective approaches to quota allocation, compliance or other operational matters, but rather to identify the ways that these issues have been tackled by various fisheries management agencies. Numerous references are provided in order to allow the interested reader to follow up on various topics.

In attempting to deal with a subject as broad as ITQ implementation, it is inevitable that certain topics are covered less thoroughly than others, and some barely at all. The choices of where to focus our attention have been largely driven by our experience of which issues cause problems to fishery managers and industry when designing and implementing ITQ systems. In highly technical areas, such as the chapters on Property Rights, Quota Allocation and TAC Setting, we have drawn on the knowledge of experts in the respective fields of law (Jane Knowler, Associate Lecturer in Law at Flinders University) and stock assessment (Andre Punt, Senior Resource Modeller in the CSIRO Division of Marine Research) to help us. However, we have attempted to keep the discussion fairly user-friendly so that anyone interested in the subject areas should be able to understand and digest the information.

Review of Fisheries Research Advisory Bodies

Project number: 2014-238
Project Status:
Completed
Budget expenditure: $40,430.00
Principal Investigator: Greg d'Arville
Organisation: crgESSENTIALS (CRGE)
Project start/end date: 2 Oct 2014 - 15 Mar 2015
Contact:
FRDC

Need

The FRDC is looking for opportunities to improve the effectiveness and efficiency of its FRAB network. The method of investment has changed from when the FRABs were first established, and their role in this changed environment needs to be reviewed.

Objectives

1. Better practices and better outcomes from industry consultation
2. Improved efficiency and effectiveness from FRAB network

Final report

Author: Greg d'Arville
Final Report • 2016-10-01 • 806.16 KB
2014-238-DLD.pdf

Summary

Review of the Fisheries Research Advisory Bodies (FRABs) - structure, governance and performance.
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