The Genetics and Biodiversity Programme supports member states to improve scientific knowledge of aquatic genetic resources and to guide strategic planning in their management. The programme addresses both the conservation aspects of genetic resources and their responsible usage in aquaculture to minimise impacts on biodiversity and wild strains and to assist members to meet their obligations under international treaties.
The programme promotes international linkages between member states, capacity building, research programs to develop improved strains of finfish and shellfish, genetic characterisation of existing strains, adoption of new genetic tools and technologies and consortia regional programmes to address common issues, species and strains of value from conservation and/or aquaculture perspectives.
Key activities
Key activities of the programme include:
Building capacity in aquatic genetic resource management and application of new molecular technologies, tools and strategies.
Characterising aquatic genetic resources to discover species, stocks and valuable genomic resources.
Facilitating national and regional programs for domestication, genetic improvement and conservation.
Applying conservation aquaculture models to support diversification, fishery enhancement and in-situ conservation of indigenous fish species.
Facilitating responsible exchange of germplasm, safe propagation and access-benefit sharing.
The first ever IAAC conference was a free half day event held in Ostend, Belgium on 9 September, as a prelude to Larvi 2024, which ran from 9-12 September. The conference featured twelve presentations introducing the IAAC and providing an overview of many of the issues surrounding Artemia, including management of salt lakes habitats that still provide the bulk of global Artemia supplies, Artemia biodiversity, hatching optimisation, and aquaculture of Artemia biomass in tanks and ponds. Video recordings of most will be posted shortly (the programme below will be updated with links). Video recordings of the presentations are now available on the NACA YouTube channel.
The first IAAC Members’ Meeting was held in the afternoon following the IAAC Conference. The proceedings involved two panel discussions, by the Academic Sector and Private Sector respectively. The panels included remote members participating via Zoom.
The 14th Asian Fisheries and Aquaculture Forum (14AFAF) will be held from 12-15 February 2025 in New Delhi, India. Submission of abstracts has been extended until 5 November, and early bird registration closes on 10 November, so get in quick!
The forum is a scientific meeting organised by the Asian Fisheries Society (AFS) once every three years to understand the global trends and address issues and challenges faced by the fisheries and aquaculture sector. The main purpose of this Forum is to provide an international platform for eminent scientists, young researchers, and other stakeholders across the globe to share their research experiences and innovative ideas. By facilitating the exchange of diverse range of knowledge and expertise, the Forum with the Theme ‘Greening the Blue Growth in Asia-Pacific’ aims to address key issues towards developing sustainable fisheries and aquaculture.
This project contributes to NACA's recent work with the FAO on aquaculture transformation. The aim is to create more efficient, inclusive, resilient, and sustainable food systems through innovation, investment, and partnerships. NACA is developing an Aquaculture Innovation and Investment Hub (AIIH) to help realise this vision in the region, providing a facility that will bring together innovators, startups, and investors to accelerate transformation. The project will contribute to developing National Innovation and Investment Plans for Thailand, The Philippines, and Fiji, which will address issues including climate change, disease prevention and management, environmental sustainability, gender equality and social inclusion, and resource utilisation and management. The project is part of a wider AQUADAPT initiative, a four-year partnership running from 2023-2027, funded by Canada's International Development Research Centre.
Scientific aquaculture to promote better livelihoods for Scheduled Caste farmers.
Rainbow trout in Jammu and Kashmir: Present status and strategies for expansion.
Community participation in marine ornamental aquaculture: An integral approach on livelihood empowerment of islander women and conservation of reef ecosystems at the Lakshadweep Islands, India.
Training programmes organised by West Bengal Fisheries Department in South 24 Parganas in the beginning of 2024.
Exploring the possibility of captive production of a near threatened catfish, Rita chrysea for Indian aquaculture.
26 February 2024 | Chandan Debnath, Tasso Tayung and Sanjay Kumar Das | 2723 Downloads | .pdf | 3.72 MB
This article investigates the ecological, economic, and cultural importance of Neolissochilus hexagonolepis, commonly known as chocolate mahseer and its potential for hill aquaculture in Northeast India. The taxonomy, distribution, and distinct features are described. Chocolate mahseer populations are in decline due to habitat degradation, overfishing and environmental changes, and it is designated as "near threatened" by the IUCN. Breeding patterns, growth parameters, and culture techniques are explored in depth as a candidate species for aquaculture development. Conservation initiatives and the need to balance economic utilisation with species conservation in chocolate mahseer farming are discussed.
The Thai Fish Project began in 2019, and involves around 200 research members and multiple institutions in Thailand and Japan. The project aims to promote domestication and wise use of two Thai native aquatic species, namely the Asian sea bass Lates calcarifer and banana shrimp Penaeus merguiensis through increasing productivity, reducing the impact of infectious diseases, and preserving genetic resources. The project also encompasses several specific research topics to ensure that it comprehensively addresses the concerns on safeguarding the food security and enhancing the environmental sustainability as much as possible. This article describes the main research activities, outputs and future expectations of the Thai Fish Project.
Kingdom of Saudi Arabia joins NACA; Applications for the position of Director General, NACA; NACA awarded the Aziz-Ul Haq Rural Development Medal; Training Course on Risk Analysis in the Aquaculture Value Chain held in Bangkok; Free FAO publication: Genetic management of Indian major carps; 7th International Symposium on Cage Aquaculture in Asia; PhD scholarships: Shanghai Ocean University PhD Programme 2024; WAS Journal Special Issue: Global Conference on Aquaculture Millennium +20 Thematic Reviews; Seminar on Artemia Research and Production: Videos; Reported aquatic animal diseases in the Asia-Pacific Region during the first quarter of 2023.
Eight thematic reviews prepared as preparation for the Global Conference on Aquaculture Millennium +20 (GCA +20) have been published in a Special Issue of the Journal of the World Aquaculture Society "Aquaculture for Food and Sustainable Development". A group of experts prepared advanced working drafts of each thematic review and the key findings from each theme were presented and discussed by expert panels during the GCA +20. Participants were then invited to provide their feedback and perspectives on the reviews and their key messages for consideration in finalisation of the papers. The reviews are available for free download.
25 September 2023 | Lal K.K., Kumar A., Kumar S., Charan R., Mohindra V., Lucente, D., Singh R. K., Basheer V.S., Kathirvelpandian A., Singh R., Sarma D., Jena J.K., and Mair G.C. | 2643 Downloads | .pdf | 7.34 MB
Collectively carps represent the largest global aquaculture sector, contributing over 20 percent of global aquaculture production. The Indian major carps including catla (Catla catla), rohu (Labeo rohita) and mrigal (Cirhinnus mrigala) are cultured widely across the Indian sub-continent with the main culture system being a multi-species polyculture in ponds, often including other carp species. This production sector is supported by major seed supply systems producing over 50 billion seed per annum. This case study analyses genetic management of Indian major carps since they were first domesticated with the development of hypophysation techniques in the 1950s. A review of literature and a survey of common hatchery practices identifies significant problems prevalent in the sector brought about by a lack of application of best practices in genetic management resulting in loss of genetic diversity, inbreeding and uncontrolled hybrid introgression.
Artemia side event at the FAO Sub-Committee on Aquaculture, Mexico; Great Salt Lake Brine Shrimp Fishery Meets MSC’s Fishery Standard; Reported Aquatic Animal Diseases in the Asia-Pacific Region during the Fourth Quarter of 2022; Report of the 21st Asia Regional Advisory Group on Aquatic Animal Health; Thai Fish Project; NACA participates in Coordinating Working Parties on Fisheries Statistics; NACA signs MOU with Cagayan Valley R&D Consortium; Shrimp Summit, 24-26 July, Ho Chi Minh City, Vietnam.
The 13th APMBC and 5th ANZMBS conference are combining to engage marine biotechnologists, industry, investors, and policy makers in current marine biotechnology research, and industry development in the Asia-Pacific region. The conference will be held from 2-6 October 2023 in Adelaide, Australia. This provides a great opportunity to participate in the growth and future development of the marine biotechnology industry in the region and globally. A key objective of the joint Conference is to encourage academic-industry partnerships across the region. Abstract submissions and early bird registrations are now open!
Update: The forum will now be held on 13 December and and updated conference agenda is available below. Please register your attendance using the form linked below. A Zoom link will be sent to all registered participants before the meeting, thank you.
A free online forum will be organised by the Agriculture Trade Promotion Center, Ministry of Agriculture and Rural Affairs of the People’s Republic of China, and Yellow Sea Fisheries Research Institute, Chinese Academy of Fishery Sciences, and NACA. The forum aims to strengthen international exchange and cooperation in aquatic trade, promote high-quality development of fisheries, disseminate advanced concepts, technologies, and models of aquaculture in the Asia-Pacific region and Silk Road countries, and promote the health and sustainable development of global fisheries. Participation is free but registration is required.
2 November 2022 | Deepjyoti Baruah, D. Sarma, R.S. Patiyal, Neetu Shahi, M.S. Akhtar, R.S. Haldar, P.K. Pandey, R. Posti, Bhupendra Singh and Abhishek Mishra | 1446 Downloads | .pdf | 4.98 MB
Establishing recreational fisheries in Uttarakhand's highland lakes and river systems offers new opportunities to generate livelihoods and income for hill people. The development of catch-and-release sport fisheries can also contribute to conservation of aquatic biodiversity through development of captive breeding technologies, supportive breeding based stock enhancement, and community participation in management of both fishery and habitat. This article describes established and emerging sport fisheries in the highlands of Uttarakhand including for mahseer, goonch and brown trout. It also addresses as yet unrealised opportunities for establishment of recreational fisheries identified through geoinformatic approaches, and partnerships between local communities and government in natural resource management.
Topics include: Improvement of resource efficiency and profitability of fish farming by selective breeding; Optimisation of an Asian seabass genetic improvement program: Genomic selection for growth performance and harvest traits; Pigment genotype-by-diet interaction on growth in Atlantic salmon; Selective breeding - a driver for profitable and sustainable aquaculture productions; Diversity of sex determination in fish: Lesson learned for sex manipulation in aquaculture; Past, present and future stories in genetic improvement of commercially important penaeid shrimp in Thailand: From population genetics to genomic studies; Surrogate production of fish by germ cell transplantation.
Exploration of canal resources as a potential source for fish production in the Indian Sundarbans; Expansion of new host range of isopod Tachaea spongillicola infestation to fish species could pose a risk to aquaculture food industry in southeast Asian countries; Aspects of air-breathing fish farming practiced at Mathurapur-II Block, West Bengal, India; Magical role of live foods in boosting spawn survival of climbing perch: A success in the farmer’s field; NACA Newsletter.
7 March 2022 | Subrato Ghosh and Pulakesh Purkait | 2075 Downloads | .pdf | 4.95 MB
Climbing perch Anabas testudineus is a high-priced fish, nutritious and economically profitable for small- to medium-scale fish farmers, who can obtain fry from local paddy fields and low-lying inundated areas in late summer, monsoon and post-monsoon periods. Climbing perch is a facultative air-breathing fish that is able to move between water bodies by undertaking short migrations overland. This article describes techniques for climbing perch and major carp aquaculture, including use of biofloc systems, preparation of live feeds including mealworms, and some concerns regarding the hybridisation of native Indian strain of A. testudineus with an imported Vietnamese strain.
A free training course on mariculture technologies will be offered online via Zoom from 18 October to 5 November, by the Yellow Sea Fisheries Research Institute (YSFRI), People’s Republic of China. The course will cover genetics and breeding of mariculture species; large-scale propagation; disease control and prevention; nutrition research and feed development; technology for different farming models; equipment research, engineering and construction of farming facilities; quality and safety inspection technology for aquatic products. Space is limited, applications close 11 October.
