This report was prepared by the 14th Asia Regional Advisory Group on Aquatic Animal Health (AG) that met at KU Home, Kasetsart University Campus on 23rd to 25th November, 2015. The report provides:
This manual provides basic guidelines for the hatchery production of Pa Phia (Labeo chrysophekadion) fingerlings. It provides information on managing and spawning broodstock, genetic guidelines, egg incubation, hatching larviculture and fry rearing. The manual draws on published information on Pa Phia; results of artificial propagation trials conducted on Pa Phia during two projects funded by the Australian Centre for International Agricultural Research and the experiences of technicians at two government hatcheries.
This Code of Practice is prepared to promote or ensure compliance to World Trade Organisation-Sanitary and Phytosanitary (WTO-SPS) measures for the movement of live aquatic organisms in the Lower Mekong Basin (LMB). The long-term goals of the Code are to achieve environmental protection and management, biodiversity conservation as well as prevention of spread of disease epizootics. Most of the important points listed in this Code are based on the inputs of MRC Member Countries through national reviews on the Impacts of Exotic Species on Natural Environment and Aquaculture.
Peter Edwards writes on rural aquaculture: Further training provided to aquaculturists in Fiji.
Spatial planning for sustainable coastal shrimp production.
Olivier M. Joffre, Pham Dang Tri, Tran Thi Phung Ha, Roel H. Bosma
Research and farming techniques
Availability of grouper (Serranidae) fingerlings and seed in the coral reef of Son Tra Peninsula, central Viet Nam.
Nguyen Thi Tuong Vi, Vo Van Quang, Le Thi Thu Thao, Tran Thi Hong Hoa, Tran Cong Thinh
People in aquaculture
Small-scale carp seed production through portable FRP hatchery at Khanguri, Odisha: A case of technology transfer in remote and inaccessible village.
B. C. Mohapatra, N. K. Barik, S. K. Mahanta, H. Sahu, B. Mishra and D. Majhi
The regional Quarterly Aquatic Animal Disease (QAAD) reporting system has been implemented since the second quarter of 1998 and continues to provide a useful mechanism for aquatic animal disease information sharing amongst 21 participating governments in the Asia-Pacific region. The QAAD reporting system is a joint activity between NACA, FAO and OIE Regional Representation (Tokyo). The 2015/2 QAAD report, 68th in the series, includes disease information from 13 governments. This issue's foreword discusses harmonisation of aquaculture certification in the ASEAN.
This disease card describes the diagnosis and range of a microsporidian shrimp pathogen, Enterocytozoon hepatopenaei (EHP), first discovered in Penaeus monodon in Thailand in 2004. It infects only the tubule epithelial cells of the hepatopancreatic tissue of shrimp.
EHP was later found to also infect P. vannamei cultivated in Thailand and is suspected to have been reported from P. japonicus in Australia in 2001. EHP has been reported from Vietnam and is associated with white faeces syndrome. It resembles an unnamed microsporidian reported in the hepatopancreas of P. monodon in Malaysia in 1989 and in P. japonicus in Australia in 2001. PCR positive results have also been obtained from P. vannamei cultivated in Indonesia and India, thus it is probable that EHP is endemic in the Australasian region.
The regional Quarterly Aquatic Animal Disease (QAAD) reporting system has been implemented since the second quarter of 1998 and continues to provide a useful mechanism for aquatic animal disease information sharing amongst 21 participating governments in the Asia-Pacific region. The QAAD reporting system is a joint activity between NACA, FAO and OIE Regional Representation (Tokyo). The 2015/1 QAAD report, 67th in the series, includes disease information from 14 governments. This issue's foreword discusses the OIE Regional Workshop on Safe International Trade in Aquatic Animals and Aquatic Animal Products, held from 22-24 July 2015 in Japan.
A Regional Proficiency Testing Program for Aquatic Animal Disease Diagnostic Laboratories in Asia-Pacific (the ‘regional PT program’) was developed in 2011 to strengthen diagnostic capability across Asia—a region that produces most of the world’s aquatic animal products. This capability was identified as a requirement to facilitate the sanitary safety of trade in aquatic animal products and to assist countries to improve accurate detection of potentially damaging trans-boundary diseases. The need for improved diagnostic capabilities across Asia was widely agreed and documented prior to developing the regional PT program, however few previous activities had made significant or lasting impacts at the regional level.
The regional PT program provided 41 laboratories across the Asia-Pacific with the opportunity to assess their diagnostic performance for 10 regionally significant aquatic animal pathogens, and to adapt or modify practices where necessary to improve. Through collective participation and improvement, regional capability to diagnose important aquatic animal pathogens has been strengthened.