Translation of research into commercial development is rarely straightforward. In the case of inland saline aquaculture, the research to overcome technical constraints has led to significant commercial development overseas. However, despite significant investment in the 2000s, commercial development in Australia has been slow. This may be due to environmental factors, policy barriers, social and economic conditions at the time. Some of these possible constraints have completely changed in the last two decades and there is currently new interest in inland saline aquaculture. This project is required to help ensue potential investors are armed with as much information as possible. What did previous research into inland saline aquaculture find? What prevented commercial development in Australia and what led to development overseas? What are the new opportunities and how can they be supported?
Project number:
2022-089
Project Status:
Current
Budget expenditure:
$75,489.00
Principal Investigator:
Geoff L. Allan
Organisation:
NSW Department of Primary Industries
Project start/end date:
9 Mar 2023
-
29 Nov 2023
Contact:
FRDC
TAGS
1. To collate existing documents and publications documenting research, policy, practical farming methods and opportunities for inland saline aquaculture over the last twenty years.
2. To examine commercial developments and impacts from previous research.
3. To identify new opportunities
4. To recommend ways these opportunities might be further explored and captured.
PROJECT NUMBER
•
2023-174
PROJECT STATUS:
CURRENT
Post harvest application of electro-stunning in a commercial setting, sustainable packaging development and new product development to increase sustainability of Australian farmed barramundi
Commercial in confidence
ORGANISATION:
Humpty Doo Barramundi Pty Ltd
PROJECT NUMBER
•
2023-156
PROJECT STATUS:
CURRENT
ORGANISATION:
Department of Industry Tourism and Trade
PROJECT NUMBER
•
2023-087
PROJECT STATUS:
CURRENT
Macquarie Harbour oxygenation trial
1. Develop plume model and run scenarios to inform injection depth, flow volume, concentration, and distribution of injection points for oxygenation trials.
ORGANISATION:
University of Tasmania