54 results

SCRC: Developing a (Sea)Food Marketing Course

Project number: 2013-717
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Meredith Lawley
Organisation: University of the Sunshine Coast (USC)
Project start/end date: 29 Sep 2013 - 29 Aug 2014
Contact:
FRDC

Need

A strong Australian food industry is vital to both food security and a strong economy, with the food industry currently worth over A$110 billion annually and over 15% of Australians employed throughout the food value chain. As stated in the National Food Plan ‘Growing international and domestic food markets will create substantial opportunities for competitive and productive food businesses in Australia.’ And further ‘Global food demand will shift in coming years to higher value and more protein rich foods like meat.’

For the Australian Seafood industry to remain competitive and grow, seafood industry marketers not only need to know how to market seafood but will benefit from a broader understanding of how to market food more generally and an understanding of where seafood ‘sits’ in food marketing. By addressing food more broadly and covering a wide range of food sectors (including meat, dairy, horticulture etc) seafood marketers will be able to identify strategies and tactics used by other food industries globally and in Australia that may be applied to seafood marketing. The purpose of the proposed (Sea)Food Marketing course is to build on the knowledge and expertise gained throughout the ASCRC to develop a University accredited course in Food Marketing with specialised content in seafood marketing. It is estimated that seafood specific content would be between 20 to 30 percent of the course.

The proposed course will be available in postgraduate business programs (MBA, Master of Management, Master of International Business and nested graduated certificates and graduate diplomas); as a single course for credit; and in addition a not for credit version of the course will be developed.

At undergraduate level, introductory marketing courses focus on descriptions of theory and application and it is not until advanced level marketing courses that the focus changes to look at strategy and its implementation. At postgraduate business level, given the work experience requirements of many programs, a greater focus on applying theory to real world situations at higher levels is evident. The proposed course is at postgraduate level and will have a strong focus on strategy and decision making and the allocation of resources across the elements of the marketing mix, with the ultimate aim of having students develop a strategy and an implementation plan for a food product (with the formal assessment focussing on these outcomes).

The proposed course will include a series of case studies and lessons learnt vignettes (as per the attached table) that will address two of the extension opportunities identified by Jayne Gallagher and Emily Mantilla at the Seafood Hub meeting in April. These resources will be designed so that they can be used as 'stand alone' for other purposes (eg short courses, VET training).

As part of the formal university accreditation process for a new course, a rationale including evidence of demand must be presented and is considered by committes at both Faculty and Univeristy level before a course can be approved. Hence formal university approval of the course is based on the rational and so is a Go/ NO GO point for the project. For this proposal the formal pathway is the end of September (so aligned with the first Milestone).

SCRC: Post Doctoral Research Scientist - University of the Sunshine Coast

Project number: 2013-715
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Vikki Schaffer
Organisation: University of the Sunshine Coast (USC)
Project start/end date: 31 May 2013 - 29 May 2014
Contact:
FRDC

Need

The University of the Sunshine Coast has expertise in Supply Chain, Business, Marketing, Social Networks and Social Capital. This Post Doc will utilise skills in these areas to support key CRC activities. This application will enable USC to retain a valuable and skilled researcher which the CRC has invested in the development of, and through additional efforts of the Post Doc will enable other CRC participants to capitalise on this knowledge and expertise.

Prawns and Barramundi, soon to be followed by other sectors, are developing & implementing national marketing strategies which will largely rely on having effective relationships with specialist seafood retailers. A separate project (MT040) is being developed to investigate how best to engage with this channel & implement strategies in partnership with these seafood retailers.

This Post Doc will work closely with the CRC Projects Manager and apply research knowledge and skills in relation to business strategy, business models and social networks/capital to project MT040.

Specific Key Project Involvement:

MT040 Know the retailer - strategies for working with specialist seafood retailers:
Work as a Co-Investigator on this project, with specific responsibility for developing and evaluating effective methods for engaging specialist seafood retailers in industry marketing activities, and the sharing of best practice. This concept has been approved by the CRC Board, and full detail will be contained in the Full Proposal currently being developed

2011/736 National Prawn Category Marketing Strategy:
Work with the Marketing Manager (and others) on implementation process with Queensland Prawn Fishers - an area identified as the one of the most difficult to engage with

2010/777 Identification of the core leadership group and network structure of East Coast Trawl to develop, implement and evaluate strategic opportunities:
Implement recommendations coming out of this project

2008/794.20 Repositioning Australian farmed Barramundi in the domestic market:
Assist with implementation of actions coming out of this project.

Other projects identified over the next 14 months.

A current process of harvesting outputs that can be extended is being undertaken within the CRC by the Program Managers for Programs 2 and 3, as well as the Seafood Project Manager. This process will identify 2 priorities for extension via this PDRS.

A Full work plan will be developed with the Program Manager Program 2 and the Seafood Project Manager, and reviewed and updated on a quarterly basis.

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PROJECT NUMBER • 2013-700
PROJECT STATUS:
COMPLETED

SCRC: Yellowtail Kingfish genetics: commercialisation strategies

Previously, we have implemented a selective breeding program for Yellowtail Kingfish (YTK) and today all production is based on genetically selected stock, which is up to 20% superior than the wild stock. This current project focuses on whether realized selection response was achieved and adds: ...
ORGANISATION:
University of the Sunshine Coast (USC)

SCRC: Phase 2 Love Australian Prawns: Stakeholder Evaluation

Project number: 2012-774.81
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Meredith Lawley
Organisation: University of the Sunshine Coast (USC)
Project start/end date: 1 Feb 2015 - 28 May 2015
Contact:
FRDC

Need

This project forms a sub-component of an existing project - the LAP Phase 2 activation. In brief this project forms the evaluation component of that project and will evaluate the impact of the Phase 2 campaign on consumers, retailers and industry. The evaluation of the Phase 1 campaign provided a foundation for making minor changes to the campaign collateral as reflected in the Phase 2 campaign. In addition the Phase 1 evaluation highlighted improvements for subsequent evaluations. This evaluation will provide a foundation for evaluating those changes to both campaign collateral and the evaluation methodology to be incorporated in future campaigns.

SCRC: Evaluating Consumer Impact of the National Prawn Marketing Strategy Implementation

Project number: 2012-774.60
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Meredith Lawley
Organisation: University of the Sunshine Coast (USC)
Project start/end date: 14 Nov 2013 - 30 Jan 2014
Contact:
FRDC

Need

The proposed evaluation will be critical to providing feedback directly from consumers on how effective the implementation of the Plan has been. This data can then be triangulated with data from industry (both qualitative and quantitative) to gain a full picture of all aspects of implemenation of the Plan. Specifically, the evaluation will measure reach and awareness of the campaign as well as identifying which media were effective in gaining consumer attention, recall of specific promotional items (recipe cards, posters, banners, decals etc) and the impact of the campaign on both consumers attitudes and behaviour. Further, we will be able to use existing knowledge of consumers purchasing behaviour and attitudes towards prawns as a benchmark against which this new data can be compared.

SCRC: RTG: Analysis of gene expression and function involved with fat deposition in Yellowtail Kingfish, using RNA-seq data, NOFIMA, Norway

Project number: 2012-753
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Paul Whatmore
Organisation: University of the Sunshine Coast (USC)
Project start/end date: 26 Aug 2012 - 30 Mar 2013
Contact:
FRDC

Final report

ISBN: 978-1-925983-04-3
Author: Paul Whatmore
Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

Final Report • 2013-03-31 • 255.68 KB
2012-753-DLD-RTG.pdf

Summary

The primary objective of this travel grant was for the student to receive training in analysing RNA-seq data, from experts in aquaculture bioinformatics, to enable him to analyse a transcriptome dataset for Yellowtail Kingfish. The analysis of RNA-seq data requires the use of specific software tools, access to a powerful computer server or server cluster, and in particular specialised knowledge.

By working with NOFIMA staff, the student had access to all of these, and allowed him to successfully constructed a full transcriptome using data from 30 Yellowtail Kingfish. He was able to identify over 800 genes involved in fatty acid metabolism, transport and deposition, as well as differential expression patterns for each of these genes.

SCRC: RTG: Laboratory visit to be trained to analyse oyster (Sydney Rock Oysters) histology sections, Elizabeth Macarthur Agricultural Institute, NSW

Project number: 2012-752
Project Status:
Completed
Budget expenditure: $0.00
Principal Investigator: Nicole Ertl
Organisation: University of the Sunshine Coast (USC)
Project start/end date: 26 Aug 2012 - 30 Dec 2012
Contact:
FRDC

Final report

ISBN: 978-1-925983-08-1
Author: Nicole Ertl
Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

Final Report • 2012-12-31 • 163.23 KB
2012-752-DLD-RTG.pdf

Summary

While histology and its meaningful analysis are important skills to possess, most histological work conducted at the University of the Sunshine Coast heavily focuses on human histology, with some vertebrate histology, whereas knowledge about the analysis of oyster histology slides is lacking.

This grant allowed the student to visit the Elizabeth Macarthur Agricultural Institute (EMAI) in NSW to learn the skills needed to histologically analyse oyster tissue.

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