129,954 results

Southern and Eastern Scalefish and Shark Fishery Industry Development Subprogram: strategic planning, project management and adoption

Project number: 2004-254
Project Status:
Completed
Budget expenditure: $129,196.00
Principal Investigator: Ian Knuckey
Organisation: Fishwell Consulting Pty Ltd
Project start/end date: 14 Aug 2004 - 30 Sep 2007
Contact:
FRDC

Need

Until the establishment of the SEF Industry Development Subprogram, there was a dearth of R&D projects focused on industry development for the SESSF. The Subprogram was established in 2000 and has since accessed over $700K in funding (of which almost half has been from sources external to FRDC) to increase the value of the fishery by value-adding to fish products, adopting new technologies and improving utilisation of catches. The current Subprogram project finishes in December 2003 but there are sufficient funds to extend its work until June 2004. Members of the Seafood Industry involved in the SESSF see the need for R&D into industry development projects to continue and are supporting the submission of this proposal to continue the Subprogram.

Many of the economic indicators for the commonwealth scalefish fisheries in south eastern Australia are poor. The low profitability in the fisheries is recognised by most operators in the catching sector and this has flow-on effects throughout the supply chain. Industry is now looking to investigate the impediments to economic efficiency in the fishery. To achieve the complementary outcomes of sustainability and economic benefits to the stakeholders in the SEF, a whole of chain approach to R&D is required (which is in accordance with government direction on R&D planning). Current practice focuses on the biology and fishery management which has precluded more innovative ways of adding value and meeting sustainability performance measures.

Recognising that catch levels are unlikely to increase in the future, fishers are looking for various options to improve profitability by increasing the value of their catch. This type of industry development is a primary goal of the SESSF Industry Development Subprogram.

By continuing to link groups of people in the seafood industry with expertise in the whole of supply chain, the Subprogram will continue to deliver the successful outcomes for the seafood industry involved in the SESSF. The through-chain approach being adopted by the Subprogram for industry development is continuing to attract interest from a wide range of stakeholders and will continue to be successful in accessing considerable funds that are not usually available to the seafood industry. For example, the Subprogram has recently accessed $10,000 to develop up a $500,000 through-chain market development and innovation project under the National Food Industry Strategy program. In this manner, the Subprogram easily pays for the initial investment it receives from the FRDC. Nevertheless, through the involvement of FRDC in various industry development projects under the Subprogram (eg. as an ASCo shareholder), the Subprogram intends to return dividends to the FRDC that will make the Subprogram cost neutral to the FRDC by the end of this project.

Objectives

1. Adopt a supply chain approach to R&D for the SESSF to increase the value of the fishery by value-adding to fish products, adopting new technologies and improving utilisation of catches.
2. Determine priority industry development projects for the SESSF and seek a broad range of funding sources to support this R&D.
3. Integrate with other FRDC and externally funded SEF projects to ensure maximum leverage of industry funds and avoid duplication.
4. Coordinate the FRDC SESSF Industry Development Subprogram (applications, workshops, communication) and facilitate the input from industry members throughouth the seafood supply chain
Industry

The retail sale and consumption of seafood in Melbourne

Project number: 2004-249.90
Project Status:
Completed
Budget expenditure: $261.59
Principal Investigator: Patrick Hone
Organisation: Ruello and Associates Pty Ltd
Project start/end date: 28 Jun 2005 - 30 Jun 2005
Contact:
FRDC

Need

Many seafood retailers, wholesalers and importers have approached the applicant over the past year for information on aggregate retail sales, main species for in home and out of home consumption and consumer attitudes to various key factors. However we have had to refer people to the National Seafood Consumption Study report of 1992 and the Sydney retail sale and consumption study of 1999. This is an unsatisfactory situation for the industry and government agencies to be in as there have been many changes in Melbourne since 1991 and the Sydney study of 1999 has limited value for those interested in today’s Melbourne scene.

Up to date market and consumer information is also needed to underpin the various industry and species R & D plans and strategies listed on the FRDC website and to provide reliable trade information (qualitative and quantitative) for government agencies and committees developing fisheries and aquaculture management plans.

Given the many changes in eating habits and the business environment (food supply and demand, including aquaculture species) over the past decade there is a need for detailed up to date reliable information on the retail trade and consumption of seafood in Melbourne to to guide the whole supply chain, including fishers and farmers, on consumer wants and attitudes.

The changes in the ethnic mix of retailers and greater use of imported species by these retailers and their customers also warrant research. Industry could also use the data to make better use of the under-utilised species as well as the better known species. There is a growing need to examine consumer attitudes to aquaculture species, animal welfare, food safety, environmental issues and ecolabelling (which are all gaining more media attention each day) and their impact on the seafood trade.

Objectives

1. To measure the quantity and species/types of seafood consumed in home and out of home
2. To document consumer attitudes to key factors affecting seafood purchases and consumption
3. To gather reliable information on the species, source and volume of seafood sold by various types of retail outlets.
4. Examine and document retailers’ purchases, behaviour and attitudes to key factors (eg wild/farmed)
5. Examine and document the the current status of supply chain management from Victorian fishers and farmers to retailer.
6. Propose actions which can be taken individually and collaboratively by fishers, farmers and others in the whole supply chain to increase sales and consumer satisfaction in a more profitable manner.

The retail sale and consumption of seafood in Melbourne

Project number: 2004-249
Project Status:
Completed
Budget expenditure: $175,000.00
Principal Investigator: Nick Ruello
Organisation: Ruello and Associates Pty Ltd
Project start/end date: 28 Jun 2004 - 30 Jun 2006
Contact:
FRDC

Need

Many seafood retailers, wholesalers and importers have approached the applicant over the past year for information on aggregate retail sales, main species for in home and out of home consumption and consumer attitudes to various key factors. However we have had to refer people to the National Seafood Consumption Study report of 1992 and the Sydney retail sale and consumption study of 1999. This is an unsatisfactory situation for the industry and government agencies to be in as there have been many changes in Melbourne since 1991 and the Sydney study of 1999 has limited value for those interested in today’s Melbourne scene.

Up to date market and consumer information is also needed to underpin the various industry and species R & D plans and strategies listed on the FRDC website and to provide reliable trade information (qualitative and quantitative) for government agencies and committees developing fisheries and aquaculture management plans.

Given the many changes in eating habits and the business environment (food supply and demand, including aquaculture species) over the past decade there is a need for detailed up to date reliable information on the retail trade and consumption of seafood in Melbourne to to guide the whole supply chain, including fishers and farmers, on consumer wants and attitudes.

The changes in the ethnic mix of retailers and greater use of imported species by these retailers and their customers also warrant research. Industry could also use the data to make better use of the under-utilised species as well as the better known species. There is a growing need to examine consumer attitudes to aquaculture species, animal welfare, food safety, environmental issues and ecolabelling (which are all gaining more media attention each day) and their impact on the seafood trade.

Objectives

1. To measure the quantity and species/types of seafood consumed in home and out of home
2. To document consumer attitudes to key factors affecting seafood purchases and consumption
3. To gather reliable information on the species, source and volume of seafood sold by various types of retail outlets.
4. Examine and document retailers purchases, behaviour and attitudes to key factors (eg wild/farmed)
5. Examine and document the the current status of supply chain management from Victorian fishers and farmers to retailer.
6. Propose actions which can be taken individually and collaboratively by fishers, farmers and others in the whole supply chain to increase sales and consumer satisfaction in a more profitable manner.

Final report

Double refuge pot retrieval system

Project number: 2004-248
Project Status:
Completed
Budget expenditure: $18,999.00
Principal Investigator: Bob L. Alexander
Organisation: RL and MA Alexander
Project start/end date: 12 Jul 2004 - 30 Jan 2006
Contact:
FRDC

Need

As the Octopus industry has been identified by the Department of Fisheries as a New Industry the technology and work practices of the industry are still being established. The Double Refuge Octopus Pot Retrieval System will help facilitate the production of the maximum socio-economic benefit from the octopus resources in WA through the increase in production from the usage of the retrieval system. From the increase in production of octopus the benefit will be realised by the Alexanders and the industry. As the product can be value added the product can be further sold to a wholesaler who will then distribute the product.
From having a commercially viable industry through the usage of the retrieval system the commercial fishing of the octopus will be sustained at ecologically sustainable levels.

The system is innovative, creative and cost effective and can be applied to other octopus fishing businesses.

Objectives

1. Development of an efficient and workable Refuge Octopus Pot Retrieval System designed for smaller craft (i.e. 7m) that mechanically pulls the octopus pots from the water places the pots on a rack allowing for quick and efficient retrieval of octopuses from pots by operator and then mechanically guides the pots to the water.

Final report

ISBN: 0-9751694-1-6
Author: Robert Alexander
Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Final Report • 2006-02-09 • 497.83 KB
2004-248-DLD.pdf

Summary

The author and son, Glenn, have been involved in the octopus fishery since 1988 having been drawn to the idea by the “Report on the third phase survey for commercial harvesting of octopuses in W.A. waters” carried out by the Department of Fisheries and Japanese advisors in 1981. Having tried and carried out numerous trials with refuge octopus pot designs and fishing methods over the years (bearing in mind octopus for seafood represented only represented a small percentage of the catch with the majority being used as bait) along with the increased demand as an eating product, has resulted in an increase in price making it more viable to be able to fish the octopus on a commercial basis, the need was there to be able to operate in the fishery on a more efficient capacity.

Having already designed, built and trialed a double refuge octopus pot suitable for W.A. conditions we needed an injection of funds to construct a hydraulic retrieval system suitable for a 7 meter aluminum boat, which is powered by twin 115 hp outboard motors. These funds were made available by way of a grant from FRDC with quality advice being given in completing the application for the funds by Richard Stevens from the W.A Fishing Industry Council.

Keywords: Octopus, Fishing gear, Pot Hauler.

Australian Fisheries Statistics

Project number: 2004-246
Project Status:
Completed
Budget expenditure: $190,938.00
Principal Investigator: Paul Newton
Organisation: Department of Agriculture, Fisheries and Forestry (DAFF) ABARES
Project start/end date: 29 Jun 2004 - 16 Dec 2007
Contact:
FRDC

Need

The development of statistics on Australian fisheries production and gross value of production (GVP) and trade is required to meed a wide range of demands.

First: The data are extensively used by the fishing industry and by providers of services to the fishing industry in making investment decisions and in longer term planning of marketing strategies. The importance of the information provided by this project was highlighted at the 1999 Seafood Directions Conference and the FRDC Australian Fisheries Economics Statistics Workshop in 2003. Also the information is used extensively in FRDC’s publication “From Antarctica to the tropics: a snapshot of the Australian fishing industry.

Second: The existence of these data in a readily accessible form provides the basis for a range of other activities, including the setting of research priorities by fisheries managers, industry and research organizations and the selection of a research portfolio by funding agencies. The Department of Agriculture, Fisheries and Forestry through ABARE, contributes to a number of international databases including databases managed by FAO and OECD. Information at the international level can be important in relation to international negotiations on issues such as transboundary fisheries, in analysing trade opportunities and threats and is essential for participating in fora such as APEC and WTO.

Third: The gross value of production for specific fisheries are used for determining research and development levies for the FRDC and for determining industry contributions to research. Because the estimates form the basis for research levies for each fishery, it is important for the system to be independent from those involved in the management and marketing processes to ensure the neutrality and integrity of the estimates.

Fourth: There are significant economies in centralising the collection, collation and dissemination of the gross value of production and trade data. In the absence of this project the workload of a range of organizations involved with fisheries management would be substantially increased.

Objectives

1. To maintain and improve the data base of production, gross value of production and trade statistics for the Australian fishing industry.
2. To add a new section to AFS on valuing recreational fishing.
3. To expand the employment section of AFS.
4. To provide these data in an accessible form.

Final report

Coordination of inland saline aquaculture R&D in Australia

Project number: 2004-241
Project Status:
Completed
Budget expenditure: $617,047.00
Principal Investigator: Geoff L. Allan
Organisation: National Aquaculture Council (NAC)
Project start/end date: 16 Apr 2004 - 1 Nov 2007
Contact:
FRDC

Need

Demand for seafood throughout the world is increasing while landings from capture fisheries are static. In Australia, the growing seafood consumption is being increasingly met by importation (imports of fisheries products have increased by 52%, over the period 19919/92 to 2001/02; ABARE 2002). In Australia, the value of aquaculture production has trebled since 1991/92 representing an annual growth of 14% in nominal terms and 11% in real terms. The Federal Government has committed to an Aquaculture Industry Action Agenda that plans to triple the value of aquaculture production to $2.5 billion by 2010 and create 29,000 new jobs. However, expansion of coastal aquaculture is limited by a shortage of suitable sites with the necessary water quality, depth and proximity to land-based infrastructure that are not either being used or considered for urban and tourist related development or judged to be of too high environmental value for aquaculture. Investigating inland saline aquaculture is a specific priority in this agenda.

Rising saline groundwater is the biggest environmental problem in Australia and currently affects over 2.5 million ha of land. It is estimated that within the next 30-40 years, the affected area will grow more than fourfold. One of the key methods to ameliorate the effects of salinisation is to pump the saline groundwater into large ponds for disposal by evaporation.

Inland saline aquaculture (ISA) may offer a partial solution to the shortage of coastal sites for aquaculture while incorporating aquaculture into saline groundwater interception and evaporation schemes may provide an economic return to the costly business of building and operating these schemes. In other areas, e.g. Qld and W.A., opportunities exist to exploit existing saline groundwater (e.g. from bores in Qld and in saline lakes in W.A.) without having any negative environmental impact.

Preliminary research had indicated that provided potassium is added to saline groundwater from the Murray-Darling Basin it is suitable for farming marine fish and crustaceans. In order to generate enough accurate data to allow the economics of ISA to be evaluated, the Inland Saline Aquaculture Research Centre (ISARC) at Wakool-Tullakool Sub-surface Drainage Scheme was constructed. A research program has been initiated in NSW to evaluate the suitability of saline groundwater for marine and salt-tolerant species. However, other enterprises in other states are also exploring the commercial viability of ISA. In Qld, scientists from BIARC are working with farmers to develop methods for production of black tiger prawns using saline groundwater in ponds where no water is released into the environment. This is leading edge technology which is economically viable, will have enormous potnetial in low saline inland areas as well as on the coast. In W.A., scientists from Challenger TAFE are developing methods to intensify production in saline lakes through the use of in-pond partial recirculation floating tanks in which the majority of suspended solids and uneaten foods are removed. South Australia is also developing technology for ISA that is specific to the region. A key requirement for development of ISA is the expansion of existing facilities to allow them to be used as demonstration centres. The aim is to develop a growout protocol for commercially viable aquaculture in the region and to transfer the technology to the industry and government bodies involved with new salinity control schemes.

Initial studies at ISARC have been completed successfully with mulloway, snapper, silver perch,trout and black tiger prawns. The ISARC at Wakool is the only research Centre mainly focused on proving the commercial viability of ISA associated with groundwater interception and evaporation schemes.

A national network between various State Departments in Australia is needed to improve the quality of research, prevent unnecessary repetition of the research programs, help ensure efficient technology transfer and finally, if the commercial validity is proven, develop an aquaculture industry based on saline water in inland Australia. Several agencies (ACIAR, AFFA, National Aquaculture Action Agenda, Implementation Committee) have committed to or are considering projects to be undertaken at ISARC. The ISARC could act as a focal point for this R&D and communicate progress to stakeholders. This view has been supported by the Aquaculture Committee of the Australian Fisheries Management Forum.

The fragmented nature of inland saline research has also made it difficult for those interested in the field to easily access the collective information available. This will continue and get worse unless there is some coordination of R&D and report production/extension. The ISARC can play a key role here.

Objectives

1. Facilitate rapid commercialisation of regionally appropriate inland saline aquaculture technology.
2. Manage communication and technology transfer among research providers, funding agencies, salinity managers (federal, state and local government, MDBC), industry and the National Action Plan for Salinity and Water Quality.
3. Identify and review national priorities for research, development and extension on inland saline aquaculture.
4. Help ensure scientific methodology is "world-best-practice" and consistent with the National R & D Plan for inland saline aquaculture.
5. Production of an investment directory.
6. Production of Economic Feasibility studies on the selected state projects.
7. Present the project at Australasian Aquaculture 2004.
8. Establishment of demonstration facilities at key locations.

Final report

People
PROJECT NUMBER • 2004-239
PROJECT STATUS:
COMPLETED

Rock Lobster Enhancement and Aquaculture Subprogram: strategic planning, project management and adoption

To date, the RLEAS has managed a portfolio of 19 projects representing a total investment from FRDC and stakeholders of nearly $17 million between 1998 and 2006. Outcomes from 12 of these projects have been delivered to date. Not only have the activities of the RLEAS and its Steering...
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Barneveld Nutrition Pty Ltd
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