Industry stakeholders from ACPF and APFA have identified the potential for the "Love Australian Prawns" campaign to be undermined by the practice of unscrupulous operators substituting Australian prawns with lower value product. Therefore it has been proposed that, to support the national marketing strategy, a rapid and robust scientific method must be developed to verify compliance and, ensure product integrity, including food safety, truth in labelling and traceability. The trace metal authentication methods used by other primary production industries represents a possible opportunity to prove provenance. Should the technology prove suitable, a detailed and effective communication strategy (aligned with the LAP distribution channels) is considered mandatory to ensure whole of chain knowledge of the capability and aligned consequences for substitution offenders. This project is broken into two parts;
1) Proof of Concept: To establish enforcement agency and supply chain usage of the tool, to call for tenders against a defined brief
2) Database construction and extension: If project investors agree that the proof of concept will meet the need (ie a project STOP/GO point), the technology will be utilised with the plan to implement it as a provenance tool.
Project number:
2016-261
Project Status:
Completed
Budget expenditure:
$248,043.12
Principal Investigator:
Janet Howieson
Organisation:
Curtin University
Project start/end date:
28 Feb 2017
-
14 May 2019
Contact:
FRDC
1. To investigate and pilot a cost effective, legally enforceable method to establish the provenance of prawns and ensure robust identification of source harvest areas for the Australian prawn industry.
2. Investigate and confirm with stakeholders how the method can be used as a basis for preventing/discouraging the substitution currently impacting the LAP national strategy and otheraccreditation/branding initiatives (eg MSC).
3. To communicate the outcomes of the project results to supply chain partners and regulators and evaluate such that is can be shown that they aware that such a method exists and how it can be used to manage product integrity issues.
ISBN:
978-1-63760-948-4
Authors:
Dr Janet Howieson
Dr Cameron Scadding
Rachel Scadding
Kim Hooper Rachel King
Annie Jarrett
Final Report
•
2021-01-01
•
2.54 MB
2016-261-DLD.pdf
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 with lower value product. Therefore it was proposed that, to support the national marketing strategy, a rapid and robust scientific method should be developed to verify geographical provenance. The trace metal authentication methods used by other primary production industries represented a possible opportunity to prove provenance. Should the technology prove suitable, a detailed and effective communication strategy (aligned with the LAP distribution channels) was considered mandatory to ensure whole of chain knowledge of the capability and aligned consequences for substitution offenders.
PROJECT NUMBER
•
2021-142
PROJECT STATUS:
COMPLETED
Australian Prawn Farmers Association Prawn Provenance - Assessing options for commercialisation through a service agreement analysis
Commercial in confidence
ORGANISATION:
Ridge Partners
PROJECT NUMBER
•
2018-172
PROJECT STATUS:
COMPLETED
Methods to profile and connect the provenance of wild caught prawn fisheries and their values to the community
1. Improve community acceptance of the wild prawn industry using fisheries based authentic stories addressing commonly held values (as described by Project 2017-242 Our Pledge) and relevant prawn RD&E initiatives
ORGANISATION:
Australian Council of Prawn Fisheries Ltd (ACPF)
PROJECT NUMBER
•
2018-079
PROJECT STATUS:
COMPLETED
Ecological modelling of the impacts of water development in the Gulf of Carpentaria with particular reference to impacts on the Northern Prawn Fishery
1. Develop a MICE model that integrates existing data and understanding, and in consultation with stakeholders, to quantify the impacts on key marine species of alternative water extraction scenarios
ORGANISATION:
CSIRO Oceans and Atmosphere Crawley