Dự án CARD 062/04 VIE quyền 'Chuyên sâu trong ao nổi Raceway sản xuất của cá biển' được tiến hành từ tháng 8 năm 2005 thông qua tháng 8 năm 2007 nhằm phát triển chăn nuôi ấu trùng và vườn ươm công suất sản xuất cá biển tại Việt Nam thông qua việc sử dụng truy cập, chi phí hiệu quả và bền vững về môi trường công nghệ. Sau hai năm thực hiện, cả hai thành phần của dự án thành công, đạt được kết quả mong đợi, bao gồm thử nghiệm trong ao nổi raceways với các hệ thống quản lý, quản lý. | Collaboration for Agriculture and Rural Development CARD Program DEVELOPMENT OF IN-POND FLOATING RACEWAY TECHNOLOGY FOR INTENSIVE FARMING OF MARINE FINFISH Project title Intensive in-pond floating raceway production of marine finfish Project code CARD 062 04 VIE Author Hoang Tung School of Biotechnology International University Vietnam National University Ho Chi Minh City Email htung@ Project Implementing organisations Vietnamese organisation Nha Trang University Khanh Hoa Vietnamese Project Team Leader Dr. Hoang Tung Australian Organisation Queensland Department of Primary Industries Fisheries Australian Personnel Mr Michael Burke SUMMARY CARD project 062 04 VIE entitled Intensive in-pond floating raceway production of marine finfish was conducted from August 2005 through August 2007 aiming to develop the larval rearing and nursery capacity of marine finfish production in Vietnam through the use of accessible cost effective and environmentally sustainable technologies. After two year of implementation both components of the project are all successful achieving the expected outputs including trial of in pond floating raceways with systems management water quality management and waste remediation to grow-out marine fmfish to market size and capacity building for Nha Trang University. The final production trial at BIARC Australian component was to evaluate the suitability of raceways for extended grow-out offish to kg that confirmed fish husbandry feeding monitoring harvesting is easily managed in raceways either as a nursery system as an intermediate grow-out system or as an on-growing system. At the same time research into water remediation strategies was also completed. Bio-flock technology was found to be the most promising technology to progress towards zero water discharge under Australian conditions. For the Vietnamese component the trial on zero-discharge system and trials on cobia and groupers were all conducted successfully. Growth .
