48 results

Future proofing the northern Australia aquaculture industry need for skilled staff to 2050

Project number: 2021-019
Project Status:
Completed
Budget expenditure: $18,200.00
Principal Investigator: Leo Nankervis
Organisation: James Cook University (JCU)
Project start/end date: 30 Jun 2021 - 29 Jun 2022
Contact:
FRDC

Need

The project is focussed on capacity building to meet the skills needs of an expanding industry and thus fits into strategic priority 5.3: Deliver skills for the new economy. The northern Australia aquaculture industry will need between 1400 and 2300 new skilled staff by 2030 to support projected industry growth. Aquaculture producers identified challenges in the shortage of domestic skilled and experienced aquaculture staff and on-farm biosecurity and health management capacity building. Producers highlighted the requirement to build skills to meet industry growth needs, including professional development for current staff, aligning training with industry needs and promoting career opportunities in the northern Australian aquaculture industry among regional communities. The proposed project aims to de-risk industry investment into growth by matching human capital expansion to industry growth predictions.

Objectives

1. Provide educational providers with documentation of the skills sets required of their graduates in order to shape course outcomes.
2. Provide data on the capacity requirements of education providers into the future to guide the course size needed to meet the expansion ambitions of the industry.
3. Provide evidence and pathways to meaningful careers for students entering the latter stages of secondary education.
4. A workforce education that more closely matches industry demand for qualified personnel.

Final report

Authors: L. Nankervis G. Barbaro A. Irving M. Joyce M. Pizzutto A. Diedrich K. Condon
Final Report • 2023-01-01 • 1.44 MB
2021-019-DLD.pdf

Summary

The aquaculture industry in Northern Australia (NA) is undergoing a period of unprecedented growth, precipitating an increasing demand for skilled staff. To facilitate this growth, the industry requires an increasing stream of suitably skilled and qualified entrants to the industry workforce. Prior to this project, the extent to which educational models aligned to industry requirements was unclear, in terms of graduate knowledge and skills, but also in terms of graduate numbers. We aimed to address this alignment, while also identifying barriers to cost-effective delivery of vocational training for the Northern Australian aquaculture industry and investigating new training models that may assist. We further aimed to identify career pathways and derive careers documentation to better align the interests of potential industry entrants to education and careers pathways, highlighting this industry to those with compatible interests. 

Industry
PROJECT NUMBER • 2019-151
PROJECT STATUS:
COMPLETED

Application of a machine learning approach for effective stock management of farmed abalone

This report provides detail on the development of a machine learning tool as a method for counting and measuring abalone at various stages of production. The study was carried out on hybrid abalone with ~2000 images (nursery, weaner and growout stage) collected from Southern Ocean Mariculture and...
ORGANISATION:
James Cook University (JCU)
Industry
PROJECT NUMBER • 2019-096
PROJECT STATUS:
COMPLETED

Workshop - Aquaculture opportunities in northern Australia: Solutions and Strategies

This report provides a summary of the ‘Aquaculture opportunities in northern Australia: Solutions and Strategies Workshop’ held in Rockhampton, 5-6 February 2020. This FRDC project supported James Cook University, the Australian Barramundi Farmers Association, Australian Prawn Farmers...
ORGANISATION:
James Cook University (JCU)
Adoption
PROJECT NUMBER • 2018-049
PROJECT STATUS:
COMPLETED

A Better Way to Fish: testing the feasibility of tunnel net ‘fish trap’ gear in North Queensland

This study found that tunnel nets are technically feasible in this location. In spite of the weather conditions, the fishing gear remained intact and successfully captured significant numbers of marketable fishes. Importantly, SOCI species were released alive and in excellent condition, as were...
ORGANISATION:
James Cook University (JCU)
Environment
PROJECT NUMBER • 2018-034
PROJECT STATUS:
COMPLETED

Effects of climate change and habitat degradation on Coral Trout

Fishes are at considerable risk from changing environmental conditions because they are, for most part, unable to regulate their body temperature. Exposure to high temperatures may therefore compromise critical biological functions, resulting in reduced performance, fitness and ultimately survival....
ORGANISATION:
James Cook University (JCU)

FRDC Sponsorship International Symposium for Genetics in Aquaculture XIII

Project number: 2018-001
Project Status:
Completed
Budget expenditure: $21,600.00
Principal Investigator: Dean Jerry
Organisation: James Cook University (JCU)
Project start/end date: 14 Jul 2018 - 19 Jul 2018
Contact:
FRDC

Need

The International Symposium for Genetics in Aquaculture (ISGA) is a triennial premier aquaculture event that brings together globally leading researchers, industry, and students who are interested in the application of genetics to the improvement of aquaculture production and sustainability. The conference is held on a different continent every 3 years and in 2018 the event will be held in Cairns, Queensland 15-20th July. The event usually attracts between 200-300 delegates. In 2018, the focal theme of the conference will be around industry implementation and practice of genetics into industrial aquaculture. As chair of ISGAXIII I am seeking sponsorship from FRDC to help support holding this premier event in Australia (only the second time it has been held here). Sponsorship will be used to support travel costs for an internationally renowned plenary speaker in the application of biotechnology and synthetic biological solutions to future aquaculture production (i.e CRISPR/TALEN gene editing, RNAi etc), to provide bursaries for participants from Australian industry/researchers to attend the conference and to cover costs associated with an industry tour to showcase to delegates examples of Australian tropical aquaculture. Sponsorship will be acknowledged through the display of FRDC's logo on relevant conference promotional material, in thanking of all sponsors, and at the start of the plenary speakers talk. There will also be provision for material to be in handouts for conference delegates. information on the conference can be found at the website https://www.jcu.edu.au/international-symposium-of-genetics-in-aquaculture

Objectives

1. Bring a expert speaker to Australia to present on the future of synthetic biological technologies to the aquaculture industry
2. Offer opportunity for Australian industry to be exposed to the use of genetics and where the field is going relevant to aquaculture
3. Expose an international audience to several examples of Australia's best-practice aquaculture industries

Final report

ISBN: 978-0-9954471-5-8
Author: Dean Jerry
Final Report • 2018-11-02 • 715.80 KB
2018-001-DLD.pdf

Summary

The International Symposium for Genetics in Aquaculture (ISGA) is a triennial premier aquaculture event that brings together globally leading researchers, industry, and students who are interested in the application of genetics to the improvement of aquaculture production and sustainability. The conference is held on a different continent every 3 years and in 2018 the event was held in Cairns, Queensland 15-20th July. In 2018, the focal theme of the conference was based around industry implementation and practice of genetics into industrial aquaculture.
The conference showcased to industry not only the frontiers of genetic research when applied to aquaculture, but also how the global aquaculture industry is adopting genetics to improve productivity and some of the challenges they have faced and overcome. it provided an opportunity for the Australian industry to be exposed to genetics and how it is being used in aquaculture will raise awareness of its potential use in Australian industries.
Industry
PROJECT NUMBER • 2017-220
PROJECT STATUS:
COMPLETED

Testing established methods of early prediction of genetic merit in abalone broodstock

This report provides an assessment of the utility of RNA/DNA ratio as a method for early prediction of high performing abalone broodstock. The study was carried out on farmed Greenlip Abalone (Haliotis laevigata) whereby families were produced and resulting progeny were reared using commercial...
ORGANISATION:
James Cook University (JCU)
Industry
PROJECT NUMBER • 2017-170
PROJECT STATUS:
COMPLETED

Real time monitoring of water quality and mechanisation of pond management to boost productivity and increase profit

Maintenance of adequate levels of dissolved oxygen (DO) are critical for the health and production of aquaculture species. In barramundi (Lates calcarifer) pond aquaculture the use of 24 hr/7 day mechanical aeration via paddlewheels represents a significant energy cost to companies,...
ORGANISATION:
James Cook University (JCU)
SPECIES
Industry
PROJECT NUMBER • 2017-169
PROJECT STATUS:
COMPLETED

Assessing the nutritional value of Australian Barramundi

Farmed Australian barramundi (Lates calcarifer) is a reasonably well-recognised fish product in the Australian marketplace, however, its nutritional value and health benefits compared to other animal protein and seafoods is not quantified and widely known by consumers. This study assessed the...
ORGANISATION:
James Cook University (JCU)
SPECIES

Genetic diversity audit of farm held stocks of Greenlip and Blacklip abalone

Project number: 2016-142
Project Status:
Completed
Budget expenditure: $35,204.79
Principal Investigator: Jan Strugnell
Organisation: James Cook University (JCU)
Project start/end date: 2 Apr 2017 - 30 Oct 2017
Contact:
FRDC

Need

The abalone aquaculture industry requires a genetic audit of farm held stocks of greenlip and blacklip abalone to be conducted in order to identify current levels of genetic diversity, effective population sizes, and levels of coancestry/relatedness captured within individual farms and the wider industry.

This fundamental information is needed to guide future approaches to genetic improvement of farmed abalone.

Objectives

1. Conduct a genetic audit of farm held stocks of greenlip and blacklip abalone to identify current levels of genetic diversity, effective population sizes, and levels of coancestry/relatedness captured within individual farms and the wider industry.

Final report

Author: Jan Strugnell and Catarina Silva
Final Report • 2017-10-31
2016-142-DLD.pdf

Summary

Following the AVG virus, the number of broodstock that were available to produce hybrids was drastically reduced. This project was undertaken in order to ascertain the genetic diversity present within farm held broodstock of greenlip and blacklip abalone and to determine the degree of genetic differentiation of stocks within and between farms. A genetic audit of farm held stocks enables farmers to gain an understanding of the genetic resources held across the industry.
 
This report provides a genetic audit of farm held stocks of greenlip and blacklip abalone from six Australian farms across three states. Thousands of single nucleotide polymorphisms (SNPs) were used to calculate genetic diversity, genetic differentiation, effective population size and relatedness within and between farms and are reported for each species. A mate allocation plan is also presented which optimises the available genetic resources across farms in order to minimise kinship. The audit was carried out in 2016 and 2017 by Associate Professor Jan Strugnell and Dr Catarina Silva based within the Department of Marine Biology and Aquaculture at James Cook University, Australia.
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