Báo cáo nghiên cứu khoa học Intensive in-pond raceway production of marine finfish - MS3

Dự án này nhằm mục đích phát triển chăn nuôi ấu trùng và năng lực vườn ươm sản xuất cá biển tại Việt Nam thông qua việc sử dụng các công nghệ truy cập, chi phí hiệu quả và bền vững về môi trường. Thông qua việc phát triển và sử dụng ao nổi raceways (FR) dự án này sẽ hỗ trợ nông dân để phát triển khả năng của chuyên sâu nhưng bền và quản lý nuôi ấu trùng của họ. Khả năng này sẽ được sử dụng để cải thiện nguồn cung cấp cá giống cho ngành công...
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Báo cáo nghiên cứu khoa học " Intensive in-pond raceway production of marine finfish - MS3 "Ministry of Agriculture & Rural Development Project Progress Report 062/04VIE: Intensive in-pond raceway production of marine finfish MS3: FIRST SIX-MONTHLY REPORT 11. Institute Information Intensive in-pond raceway productionProject Name of marine finfish University of FisheriesVietnamese Institution Dr. Hoang TungVietnamese Project Team Leader Queensland Department of PrimaryAustralian Organisation Industries & Fisheries Mr Michael BurkeAustralian Personnel 15 April 2005Date commenced (01 August 2005 in Vietnam) 15 April 2007Completion date (original) 15 September 2007Completion date (revised) First 6 months as in original planReporting periodContact Officer(s)In Australia: Team Leader Mr Michael Burke +61 7 34002051Name: Telephone: Biologist +61 7 34083535Position: Fax:Organisation DPI&F Michael.burke@dpi.qld.gov.au Email:In Australia: Administrative contact Michelle Robbins +61 7 3346 2711Name: Telephone: Senior Planning +61 7 3346 2727Position: Fax: Officer, R&D CoordinationOrganisation DPI&F Michelle.robbins@dpi.qld.gov.au Email:In Vietnam Dr. Hoang Tung +84.914 166 145Name: Telephone: Rector’s Assistant for R&D +84.58.831147Position: Fax:Organisation University of Fisheries htunguof@gmail.com Email: 22. Project AbstractThis project aims to develop the larval rearing and nursery capacity of marine finfishproduction in Vietnam through the use of accessible, cost effective andenvironmentally sustainable technologies. Through the development and use of inpond floating raceways (FR) this project will assist farmers to develop their ownintensive but durable and manageable larval rearing capacity. This capacity will beused to improve fingerling supply to the industry which is currently both costly andlimited. In addition, advanced nursery capacity will also be developed using the sameprinciples. Grow out of finfish in raceways to market size will also be investigated inthis project in conjunction with Australian researchers. Researchers from theQueensland DPI&F will provide expertise in systems management, water qualitymanagement and waste remediation. Species proposed for study include grouper,cobia and barramundi. All activities will be conducted using ‘zero discharge’principles where there is no net discharge of effluent. Information from theseactivities will be used to train staff from the UoF, its students, industry and otherrelevant stakeholders. Active involvement and contribution of different stakeholderswill make this research highly relevant and applicable to the local aquacultureindustries.3. Executive SummaryThe initial phase of this project involved the development of raceway infrastructure asa demonstration and training facility at the Bribie Island Aquaculture Research Centre(BIARC) and securing similar development through the University of Fisheries inNha Trang. The facilities at BIARC have been used to successfully rear two species ofmarine finfish at high densities. These trials will continue to take the fish to marketsize within the next 6 months. Trials in Vietnam can only start from February 2006due to seasonal availability of fish fry. The first Vietnamese MSc student has beentrained at BIARC from October to December 2005. A study tour was organized forthree senior staff of the University of Fisherie ...