121 results

Seafood CRC: overseas market access for shellfish

Project number: 2009-752
Project Status:
Completed
Budget expenditure: $5,000.98
Principal Investigator: Catherine McLeod
Organisation: SARDI Food Safety and Innovation
Project start/end date: 31 Aug 2009 - 30 Nov 2009
Contact:
FRDC

Need

The potential reduction of regulatory thresholds for marine biotoxins in the EU will have significant negative economic consequences for the Australian oyster, mussel, scallop and abalone industries (and pipi’s if domestic regulatory thresholds also changed).

The scallop, oyster and mussel industry currently export product to the EU. Total scallop exports to the EU in 2006/2007 were valued at around $4,551,000 AUD (187 t). Other mollusc (including oysters and mussels) exports to the EU in 2006/2007 were around $1,084,000 AUD (255 t). Due to the periodic occurrence of okadaic acid toxins and saxitoxins in Australian shellfish the implementation of reduced regulatory levels would reduce the amount of product eligible for export to the EU.

Exports of Australian abalone to the EU ceased in 2007, this was in part due to the enforcement of marine biotoxin regulatory limits by the EC. The wild caught abalone industry is attempting to regain market access to the EU through determining alternate risk management procedures for marine biotoxins in abalone. The reduction of regulatory levels for marine biotoxins may impinge on future EU access arrangements for Australian abalone.

Experience has repeatedly demonstrated that European decisions can impact on other more commercially significant markets, including Asia and the domestic market. Codex may also be prompted to change marine biotoxin guidance levels in response to EU changes. Wide spread adoption of reduced regulatory levels for marine biotoxins would result in increased growing area closures in Australia and less product eligible for sale. This proposal aims to assist in maintaining the current EU regulatory limits for marine biotoxins which will allow the current amount of shellfish to be exported to the EU and avoid other markets being influenced.

Objectives

1. Undertake robust technical review of the European Food Safety Authority risk assessments on saxitoxin and okadaic acid group toxins.
2. Submit the technical review and a rationale for maintaining current marine biotoxin regulatory limits to the European Commission.
3. Convene a working group to determine future steps required to mitigate potential lowering of marine biotoxin regulatory limits.

Final report

ISBN: 978-0-9756044-8-9
Authors: Dr Catherine McLeod Dr John Sumner Dr Andreas Kiermeier
Final Report • 2011-02-24 • 1.18 MB
2009-752-DLD.pdf

Summary

The oyster, scallop and mussel industries currently export product to the EU. Due to the periodic occurrence of Okadaic Acid (OA) and Saxitoxin (STX) group toxins in Australian shellfish the implementation of reduced regulatory levels would reduce the amount of product eligible for EU export. Exports of Australian abalone to the EU ceased in 2007, due in part to the enforcement of marine biotoxin regulatory limits set by the EC. The wild caught abalone industry is attempting to regain EU market access through determining alternate risk management procedures for marine biotoxins in abalone.

The European Commission (EC) requested the European Food Safety Authority (EFSA) to assess the current European Union (EU) limits for shellfish regarding human health and methods of analysis for various marine biotoxins, including newly emerging toxins. A critical recommendation of the ‘EFSA Opinions’ is that the regulatory limits should be significantly lower (more stringent) for both OA and STX.

The objectives of this study were to:

  1. Undertake a robust technical review of the EFSA risk assessments on STX and OA group toxins.
  2. Submit the technical review and a rationale for maintaining current marine biotoxin regulatory limits to the EC.
  3. Convene a working group to determine future steps required to mitigate potential lowering of marine biotoxin regulatory limits.

Seafood CRC: analysis of product differentiation opportunities for Australian abalone - China based representative

Project number: 2009-723.40
Project Status:
Completed
Budget expenditure: $59,111.23
Principal Investigator: George Chung
Organisation: Jader Pty Ltd
Project start/end date: 14 Apr 2011 - 14 Nov 2011
Contact:
FRDC

Need

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

Objectives

Commercial in confidence

Seafood CRC: analysis of product differentiation opportunities for Australian wild caught Abalone in China—Stage 2 (ACA component)

Project number: 2009-723.30
Project Status:
Completed
Budget expenditure: $351,846.79
Principal Investigator: Dean M. Lisson
Organisation: Abalone Council Australia Ltd (ACA)
Project start/end date: 31 Jul 2010 - 31 Oct 2012
Contact:
FRDC

Need

Over the last decade, the capital value of the abalone quota units and the beach price per kilo for wild-caught Abalone
has dropped by about 50% (after allowing for inflation). The main reason for this decline in industry value is more competition - particularly from farmed abalone, although currency fluctuations have also played a role.

The most important market for Australian abalone products in terms of both volume and value is currently mainland China. Demand is subject to normal economic forces, but appears to be fairly constant. However, in a market that is growing in line with the Chinese economy, Australian abalone returns and capital growth have been steadily declining since 2000.

No specific activities aimed at positioning Australian Wild Caught Abalone have been undertaken with customer (restaurant) or consumers. The industry has principally operated as an export sales function, building strong relationships with Chinese importers, but further down the supply chain, there has been no involvement by Australian stakeholders.

It is the view of the Abalone Council of Australia that a serious commitment to trialing a product differentiation strategy and an associated marketing effort in China is required to ascertain whether it is possible to prevent further economic damage and start improving the value of unit holders’ investments.

Research to date suggests that the best opportunity is to establish a program that increases demand for Australian Wild Caught abalone in Chinese restaurants specifically targeting the emerging mass affluent consumers.

Objectives

1. To determine whether Australian Wild Caught Abalone can be successfully differentiated within the Chinese market resulting in increased demand and increased value
2. To gain Australian wild caught abalone industry commitment to ongoing funding of market development efforts in China

Seafood CRC: Analysis of product differentiation opportunities for Australian Wild Caught Abalone in China—Stage 1

Project number: 2009-723.20
Project Status:
Completed
Budget expenditure: $83,605.34
Principal Investigator: Dean M. Lisson
Organisation: Abalone Council Australia Ltd (ACA)
Project start/end date: 31 Jul 2009 - 30 Mar 2010
Contact:
FRDC

Need

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

Objectives

Commercial in confidence

Seafood CRC: analysis of product differentiation opportunities for Australian wild caught Abalone in China - Stage 2 (Grey Group)

Project number: 2009-723
Project Status:
Completed
Budget expenditure: $644,759.52
Principal Investigator: Naveen Rao
Organisation: Grey Group
Project start/end date: 28 Feb 2010 - 29 Dec 2011
Contact:
FRDC

Need

Over the last decade, the capital value of the abalone quota units and the beach price per kilo for wild-caught Abalone has dropped by about 50% (after allowing for inflation). Historically Abalone consumption in China is strongly associated with status and prestige. While the overall volume of consumption is substantial Abalone consumption is very seasonal and there is a regular disconnect between supply and demand. This disconnect creates price elasticity and pushes importers and distributors to commit malpractices to improve their margins in turn compromising the product integrity.

Key market dynamics include:
1.Chinese consumers do not have any knowledge and awareness of the place of origin and depend on the restaurant recommendation;
2. Dishes cooked with Abalone are very traditional and the domain of highly experienced and skilled chefs.
3.The wholesalers and restaurants express common concerns regarding unstable supply, quality and product integrity and price fluctuations as a proportionate response to upstream volatility.
4. Hong Kong and Shenzhen importer practices exist due to high entry barriers and the invisibility of the supply chain.
5.Australian processors suffer from loss of control beyond Hong Kong and hence cannot track the actual consumption due to the invisibility of demand.

This project will test the following:

1. Whether a value proposition exists for Australian Wild Caught Abalone amoung the emerging affluent Chinese consumers particularly focusing on the fusion cuisine trend
2. That it is possible to differentiate Australian Wild Caught Abalone from competitor product by developing integrated B2B and B2C activation strategies
3. That it is possible for Australian Abalone producers and processors to collaborate to establish a profitable “white channel” for Australian Wild Caught Abalone

Objectives

1. To determine whether a value proposition exists for Australian Wild Caught Abalone amoung the emerging affluent Chinese consumers particularly focusing on the fusion cuisine trend and how best to capture that value proposition
2. To evaluate the potential for new product formats in new market segments and to establish the basis under which Australian Abalone producers and processors can collaborate to establish a profitable “white channel” for Australian Wild Caught Abalone
3. To establish the business case for a self funded, long term and sustainable collaborative market development effort in China for Australian Wild Caught Abalone
Industry
PROJECT NUMBER • 2009-714.30
PROJECT STATUS:
COMPLETED

Seafood CRC: economic management guidance for Australian abalone fisheries

Current Australian abalone fisheries management primarily uses biological and catch data to set total allowable catch limits (TACs). Performance targets are usually based on trends in catch rate or catch and aim to maintain these indicators within historic bounds that have prevented recruitment...
ORGANISATION:
University of Tasmania (UTAS)
People
PROJECT NUMBER • 2009-712
PROJECT STATUS:
COMPLETED

Seafood CRC: future harvest theme leadership

The CRC has developed the Future Harvest theme business plan to deliver the following outcomes: Fisheries management delivering maximum benefit from the resource while maintaining stocks above sustainability indicators Novel management strategies in place which increase economic yield from...
ORGANISATION:
University of Tasmania (UTAS)
Industry

PIRSA Initiative II: carrying capacity of Spencer Gulf: hydrodynamic and biogeochemical measurement modelling and performance monitoring

Project number: 2009-046
Project Status:
Completed
Budget expenditure: $1,168,929.00
Principal Investigator: John Middleton
Organisation: Department of Primary Industries and Regions South Australia (PIRSA)
Project start/end date: 18 Jun 2009 - 29 Jun 2012
Contact:
FRDC

Need

PIRSA Aquaculture have indicated that they intend to develop a number of new aquaculture zones around the state over the next 5 years as well as revisit early assumptions of carrying capacity estimates developed in Innovative Solutions 1, in order to meet the anticipated expansion of the aquaculture industry within South Australia. This expansion is necessary to meet SA’s target of $2 billion in seafood production by 2015. It is also essential that PIRSA Aquaculture is prepared for successful propagation of southern bluefin tuna, which could see the farmed biomass of this species increase significantly in a few years, particularly in Spencer Gulf where existing aquaculture infrastructure and support services are in place.

The ability to obtain accurate estimates of spatial and temporal variability in the cycling of carbon and other macro-nutrients through the ecosystems in Spencer Gulf will provide important information about potential risks and impacts of increased aquaculture activities in the Gulf. This need will be met through the development of calibrated hydrodynamic and bio-geochemical models for Spencer Gulf that will also determine the carrying capacity of aquaculture areas, including the concurrent use of both supplementary and non-supplementary fed organisms within each area. Further, the development of strategies for long-term performance monitoring, management and mitigation are needed for the aquaculture areas in Spencer Gulf. These outcomes will further justify the South Australian government’s approach to sustainable aquaculture development as directed by the Aquaculture Act 2001.

The stated limits in the ability to deliver the above for other areas (e.g. shelf waters off Ceduna) or species (e.g. scallops) by the researchers will aid PIRSA Aquaculture to determine the future resource requirements for getting the other areas of South Australia up to the policy and regulatory standards set by this work in Spencer Gulf.

Objectives

1. To provide PIRSA Aquaculture with estimates of sustainable, carrying capacity by region, season and species for Spencer Gulf, and to investigate the impact of non-supplementary fed species (eg oysters) on these estimates.
2. To achieve this overall objective, we will collect data from five areas so as to build, calibrate and validate hydrodynamic, biogeochemical and wave models that describe the biophysical properties of the Gulf. These models and data will then be used to determine the following:
3. Provide measures of connectivity of nutrients for the Gulf, including aquaculture (supplementary fed species) and non-aquaculture (natural and industry) derived nutrient inputs.
4. Provide management with solutions to questions of carrying capacity, sustainability and impact for existing and proposed sites of aquaculture (supplementary fed species).
5. Use the carrying capacity estimates to validate or otherwise, earlier estimates that were obtained from simplified flushing models (see Methods).
6. Develop and incorporate models for non-supplementary fed species (oysters and mussels) with parameters identified that are critical to model sensitivity.
7. Develop strategies for long-term performance monitoring, management and mitigation strategies.
8. Determine limitations in the ability to deliver the above for other areas (e.g. shelf waters off Ceduna) or species (e.g. scallops).

Final report

Authors: John Middleton Mark Doubell Charles James John Luick and Paul van Ruth
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