27,835 results

Implementation workshop for the effective adoption of the outcomes from the SESSF Declining Indicators project

Project number: 2018-077
Project Status:
Completed
Budget expenditure: $33,639.76
Principal Investigator: George Day
Organisation: Australian Fisheries Management Authority (AFMA)
Project start/end date: 14 Mar 2019 - 30 Oct 2019
Contact:
FRDC
TAGS
Survey
Stakeholder
Rac Cmwth
Harvest Strategy
Fishing Technology

Need

The recent Southern and Eastern Scalefish and Shark Fishery (SESSF) Declining Indicators project (FRDC 2016-146) culminated in a successful workshop discussion involving effective contribution and engagement from all fishery stakeholders with particularly good industry attendance and engagement. The Declining Indicators project entailed the presentation of a series of subject matter papers covering seven focus areas:
- legislative / management impediments
- fleet capacity and characteristics
- fisher behaviour and vessel operation
- climate change and oceanographic conditions
- costs of production and markets
- quota ownership and trading
- the assessment process.

At the workshop numerous hypotheses were tested through presentation, discussion and survey approaches. This resulted in a range of significant outcomes recommended for adoption to improve the sustainable, efficient and cost-effective management of the SESSF.

In conjunction with the current project, there have been other recent strategic projects which elucidate current issues in the SESSF and their potential to be addressed in future SESSF management: FRDC 2014-203 ‘SESSF Monitoring and Assessment – Strategic Review’ (Knuckey et. al 2017); FRDC 2016-139 ‘Decadal-scale projection of changes in Australian fisheries stocks under climate change’ (Fulton et al. 2018); and ‘FRDC 2016-059 Adaptation of Commonwealth fisheries management to climate change’ (Rayns et al, underway). There is a need for the outcomes and recommendations of all of these project to be considered together to inform future management of the SESSF and in particular to help inform the design of the upcoming project: FRDC 2018-021 ‘Development and evaluation of multi-species harvest strategies in the SESSF’.

The new proposed project, an implementation workshop, will draw together the outcomes of these projects to be assessed, conveyed to those outside the Declining Indicators group, and implemented into the fishery.

Objectives

1. Drawing together, evaluating and developing a prioritised list of actions from the SESSF from a number of interrelated projects that have, or are close to being, finalised. Primarily the Declining Indicators project (FRDC 2016-146) and SESSF Monitoring and Assessment Review Project (FRDC 2014/203)
2. Informing the project team of FRDC proposed project Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021) about key priorities and preferred approaches relevant to the development of a revised harvest stategy.
3. Providing information that will inform a SESSF data needs workshop, to be organised and funded by AFMA, expected to be held in February and March 2019.
4. Effectively communicating agreed priorities for the fishery across industry and broader SESSF stakeholders to promote awareness, understanding and acceptance.

Final report

ISBN: 978-1-877044-40-3
Authors: George Day Dr Ian Knuckey Daniel Corrie Brodie Macdonald
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 
Final Report • 2020-06-01 • 2.66 MB
2018-077-DLD.pdf

Summary

The key outcome of this project is the implementation plan at Appendix 1 which provides a comprehensive, prioritised list of actions for the SESSF as it transitions to a new harvest strategy framework. The implementation plan also provides a framework for ongoing governance and reporting to ensure the benefits of recent research can be realised.

This project ensured that views of stakeholders were taken into account in the effective adoption of research outcomes. The high level of stakeholder engagement has increased support for pursuing the resultant list of actions.

Fundamental to the transition of the SESSF is the current FRDC project to revise and update the SESSF Harvest Strategy Framework (Development and evaluation of multi-species harvest strategies in the SESSF (FRDC 2018-021)). Many of the recommendations from the implementation plan at Appendix 1 will help inform that project. 

Seafood CRC: safe spat rearing experiment

Project number: 2013-708
Project Status:
Completed
Budget expenditure: $16,731.86
Principal Investigator: Rachel King
Organisation: Oysters Australia Ltd
Project start/end date: 31 Mar 2013 - 29 May 2014
Contact:
FRDC
TAGS
Mortality
Husbandry
Disease
Aquaculture
SPECIES
Pacific Oyster

Need

A FRDC funded University Sydney/EMAI project investigating the biological behaviour (epidemiology) of POMS has identified an additional need that falls outside its original project aims.

The recent incidence and subsequent loss of the industry in the Hawkesbury River, NSW also devastated test stock placed in the water by ASI. The industry must invest in all options to safeguard national production; breeding resistant oysters and alternate husbandry.
The objective of this project is to provide scientific evidence that water treatments can be applied to enable safe rearing of spat in holding tanks in a POMS affected area until the window of infection closes. There is evidence to suggest that a similar approach is used in the French oyster industry to cope with POMS.

The project objective is to treat water in land-based tanks holding spat to interrupt putative transmission mechanisms. If successful, this can be used by hatcheries to hold stock in safe rearing conditions adjacent to a potentially infected estuary until the window of infection closes, and then they will be stocked out into the estuary. This is of use for growers with leases in infected waters who require a method for rearing/conditioning hatchery spat on-shore from the time of receipt until it is safe to put them in the estuary. If POMS spreads to affected waters near hatcheries in Tasmania, they will also require a solution for safe spat production.

Objectives

1. Confirmation of the efficacy of water treatments for maintaining viable spat during a POMS transmission season in an infected environment
2. Information to benefit commercial hatcheries to enable production of spat from eggs through highly susceptible larval stages, in the face of POMS
3. Information to benefit growers who receive spat from hatcheries during a POMS transmission season
4. Information which can be integrated with husbandry (growing height modifications) to reduce mortalities in adult oysters and enable production of C. gigas in the face of POMS
5. Information which can be used to plan trials on how spat might be grown to a specific size (as distinct from just maintained) during a POMS transmission season in an infected environment

Final report

ISBN: 978-0-9874218-8-3
Author: Richard Whittington
Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

Final Report • 2014-08-14 • 926.47 KB
2013-708-DLD.pdf

Summary

The production cycle of Pacific Oysters in Australia currently depends on hatchery production of spat, mainly in Tasmania. Experience in France and other European countries is that OsHV-1 affects mainly hatchery spat and juvenile oysters, with near total losses of affected batches being common. However, the observations in Australia and New Zealand are that oysters from spat through to adult stages are susceptible. The results from trials conducted in FRDC projects 2011/053 and 2012/032 have already revealed that mortality in adult stock can be kept below 50% by placing stock in cultivation structures 300 mm above standard growing height. The trials described in this report are the first to examine strategies to enable survival of spat and juvenile oysters.

The objective of this study was to obtain information about simple and practical methods to treat/disinfect water so as to develop a method for hatcheries to safely produce and rear spat in infected estuaries during the risk period for disease expression, and for hatcheries or farmers to hold spat in land based facilities during the seasonal window of infection.

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