27 June 2026 | R.N. Mandal, S. Adhikari, A. Das, F. Hoque, A. Hussan, S. Sarkar, H.K. De and P.K. Sahoo | 100 Downloads | .pdf | 9.88 MB
In Assam and across north-eastern India, the NGO Kalong-Kapili is helping rural families turn unused ponds, wetlands and beels into a source of food and income. Working with ICAR-CIFA, the organisation began in 2007 at Bagibari village and now runs a Field Laboratory and an Aquaculture Field School that train farmers in scientific fish farming, disease management, climate-resilient practices and integrated farming. This article describes how the model has spread to tribal clusters in Borbeel, Lohit and Lower Siang, benefiting hundreds of families through fish farming combined with horticulture, piggery and kitchen gardens.
It also covers Kalong-Kapili's work to empower women through self-help groups, its production of fish seed, and CIFA's outreach scheme reaching forest-dependent communities in West Karbi Anglong. Together these efforts show how aquaculture extension can reduce poverty and malnutrition while building lasting skills in remote regions.
26 June 2026 | S.K. Sahoo and S.S. Giri | .pdf | 4.37 MB
For decades, catfish farming in India stayed marginal for one reason: seed. Consumers preferred catfish and paid more for it, yet most indigenous species depended on wild fry collected from rivers and floodplains. Supply was seasonal and unpredictable, so farmers kept returning to reliable carp.
This article traces how ICAR-Central Institute of Freshwater Aquaculture worked over nearly five decades to remove that constraint. Rather than treating breeding as a single step, scientists tackled the whole production system: broodstock nutrition, induced spawning, hatchery design, larval feeding and nursery management. Progress came across species from small bagrid Mystus spp., Rita chrysea, the pabda group Ompok species, the yellow catfish Horabagrus brachysoma, magur Clarias batrachus, singhi Heteropneustes fossilis, Clarias dussumieri, Pangasius pangasius and the predatory, cannibalistic Wallago attu.
The result includes low-cost FRP hatchery units, stage-specific formulated feeds and dependable seed for farmers across many states. It also describes how captive breeding eases pressure on threatened wild stocks and supports conservation alongside aquaculture.
FAO's State of World Fisheries and Aquaculture 2026 provides data and insights on the current challenges and opportunities shaping the global seafood sector. This edition focuses on the FAO’s "Blue Transformation" strategy, outlining how field projects and policy initiatives contribute to global food security, poverty alleviation, and economic growth.
The report has three main sections:
Global Status: Updated statistics on production, employment, and trade, supported by improved data collection and analytical tools.
Sector Management: Practical steps being taken to expand aquaculture responsibly, manage wild fisheries effectively, and improve supply chains.
Future Projections: Regional policy measures, climate change research integration, and industry outlooks through 2034.
The publication serves as a factual resource for policymakers, researchers, industry actors, and consumers tracking the development of sustainable aquatic food systems. You can explore the data that SOFIA 2026 is based on in our Aquaculture Statistics Dashboard.
Reports received in 2025 only came from few member governments including: Australia, Chinese Taipei, Hong Kong SAR, India, Indonesia, Malaysia, Myanmar, the Philippines and Saudi Arabia. Listed below are the reported aquatic animal diseases covering the third and fourth quarters of 2025 (with first and second quarter reports from Chinese Taipei). The original and updated reports can be accessed at the QAAD page.
22 January 2026 | Babita Mandal, Dani Thomas, Raymond J. Angel, Sandeep K.P., Sagar Bag, M. Kailasam, Debasis De, Kuldeep K. Lal | 454 Downloads | .pdf | 5.56 MB
Small-scale farmers in the Indian Sundarbans are transforming their livelihoods through brackishwater ornamental fish farming. The region's estuaries and mangrove forests provide natural habitat for commercially valuable species like spotted scat, green puffer, pearlspot, and orange chromide. With training from ICAR-Central Institute of Brackishwater Aquaculture's Kakdwip Research Centre, local entrepreneurs have developed successful hatchery and grow-out operations.
Three farmers from Kakdwip Block demonstrate the sector's potential. Mr Tapan Maity produces 1,000-3,000 fingerlings monthly from his integrated facility. Mr Mahendra Dului operates a 32-tank hatchery using cost-effective farm-made feeds. Mr Aurobindo Haldar cleared his debts within three years of starting pearlspot production. These farmers combine scientific broodstock management with local knowledge to rear juveniles for urban pet markets in Kolkata and Howrah. The expanding domestic and export demand for brackishwater ornamental species offers sustainable income opportunities for coastal communities facing challenges from climate vulnerability and limited livelihood options.
21 January 2026 | S.K. Sahoo, A.K. Sahu, A. Das, B.C. Mohapatra, P.P. Chakraborty, N.K. Barik, A.K. Chaudhari, S.N. Sahoo, S.S. Giri, and P.K. Sahoo | 407 Downloads | .pdf | 1.67 MB
Access to quality seed has long constrained aquaculture of magur, a high-value indigenous catfish prized across north-eastern India. Wild stocks have declined, yet demand continues to rise. In Nalbari district of Assam, scientists and farmers have created a solution. ICAR-Central Institute of Freshwater Aquaculture worked with local farmers to establish more than 25 magur hatcheries using innovative fibreglass-reinforced plastic designs suited to flood-prone conditions. Farmers received training in captive breeding, hormone-induced spawning, and larval rearing using specialised feeds. Individual farmers now produce 300,000-500,000 fry per season, earning substantial income while supplying seed across multiple districts. The model shows how targeted capacity building, appropriate technology, and farmer-centred interventions can transform indigenous fish seed production from a critical bottleneck into a thriving regional enterprise. Approximately 70 farmers now actively supply magur seed where scarcity once limited aquaculture expansion.
21 January 2026 | R.N. Mandal, Kabyashree Bala, B.N. Paul, A Das, S. Adhikari, H. Houque, A. Hussan, S. Sarkar, and P.K. Sahoo | 434 Downloads | .pdf | 8.54 MB
Rearing stinging catfish larvae has long challenged Asian fish farmers, as young catfish naturally prefer live prey over manufactured feeds. A West Bengal farmer has developed a method that produces one million catfish fry monthly using Moina zooplankton, as the sole food source. After training at ICAR-CIFA research station, Mr Imran Molla established 25 large tanks to mass-produce Moina using simple ingredients like waste bread and mustard oil cake. He segregates catfish larvae by age into separate compartments and feeds each group appropriately sized Moina. The larvae thrive on this natural diet, reaching sale size in 30 days with high survival rates. This method requires less water management than manufactured feeds, reduces disease risk, and generates substantial income. The farmer's success demonstrates how combining scientific training with local innovation can solve critical bottlenecks in small-scale aquaculture.
3 December 2025 | Karthik Kumar Goud Palsam, Ankush L. Kamble and Sai Krishna Veeranki | 631 Downloads | .pdf | 2.9 MB
Asian seabass has emerged as a promising alternative to shrimp farming in coastal Andhra Pradesh. This article documents the complete production cycle practiced by farmers in Krishna, Eluru and West Godavari districts, from wild egg collection to market-ready fish.
The production process spans 14-16 months across multiple phases: two nursery stages transform eggs into fingerlings, a pre-grow-out phase develops juveniles to 100-200 g, and a final grow-out period produces fish weighing 3-4 kg. Farmers rely heavily on live feed, primarily small shrimp and tilapia, with feed conversion ratios around 6:1.
While the species offers advantages such as fast growth and salinity tolerance, farmers face challenges including fluctuating export prices, rising feed costs and disease outbreaks. The lack of species-specific therapeutics further complicates disease management. Most harvested seabass currently reaches export markets through Kolkata and Chennai, though opportunities exist for domestic value-added products.
The giant featherback (Notopterus chitala) - valued as food, sport fish, and natural pest controller in carp ponds - remains under-utilised in Asian aquaculture despite strong market demand. Limited knowledge of seed production has constrained commercial development, whilst wild populations face pressures from overfishing and habitat loss.
Researchers at ICAR-Central Institute of Freshwater Aquaculture have compiled practical knowledge on captive breeding and larval rearing of this air-breathing species. Their findings address key challenges: establishing brood stock, triggering natural spawning using hard substrata, managing sensitive larvae through the critical first weeks, and preventing disease transmission from live feeds.
The techniques described offer farmers a pathway to reliable seed production, potentially easing supply constraints whilst reducing pressure on wild stocks. The work demonstrates how systematic documentation of breeding protocols can unlock aquaculture potential for neglected native species with conservation value.
In Purba Medinipur, India's leading fisheries district, two farmers are exploring new directions in aquaculture. Sri Buddhadeb Maity has established commercial farming of the prized murrel (Channa striatus), achieving growth rates of 250-300g within two months. His neighbour, Sri Uttam Manna, has taken an unconventional approach: cultivating freshwater aquarium fish in brackishwater ponds near the Bay of Bengal.
Manna's method challenges established practice. He has observed fewer disease problems than those typically encountered in freshwater aquarium fish operations, potentially due to the salt content in his ponds helping to control pathogens. Both farmers have developed profitable enterprises whilst sharing their methods with neighbouring producers, encouraging diversification across the region.
Reports received in 2025, as of the 2nd quarter, only came from few member governments including: Australia, Hong Kong SAR, India, Indonesia, Malaysia, Myanmar and Saudi Arabia. Listed below are the reported aquatic animal diseases covering the first and second quarters of 2025. The original and updated reports can be accessed at the Quarterly Aquatic Animal Disease report page.
Small indigenous fish species (SIS) are common in South and Southeast Asian inland waters and are often eaten whole. This article reviews evidence that SIS provide bioavailable vitamin A, iron, zinc, calcium and B12, alongside protein and long-chain omega-3s. It examines practical options for including SIS in carp ponds and rice-fish systems, drawing on recent field programmes, and identifies constraints, especially the seasonal, unreliable supply of seed from capture fisheries. The article considers which species are realistic candidates for hatchery production and what husbandry is required. The aim is to give producers, extension staff and policymakers a clear view of when SIS integration adds value, and what investments are needed to pilot and scale it responsibly.
16 October 2025 | R.N. Mandal, S. Adhikari, H.K. De, A. Das, F. Houque, A. Hussan, S. Sarkar, B.N. Paul and P.K. Sahoo | 831 Downloads | .pdf | 4.19 MB
How can small farms boost fish yields, cut feed bills and earn from more than one crop at a time? In Meghalaya’s Ri Bhoi district, one farmer shows the way with an integrated fish-duck-poultry system across four linked ponds. Ducks and poultry “pay their rent” by fertilising the water, which powers natural food webs for carp and rohu; simple gravity flow spreads nutrients and improves aeration. Over an eight-month cycle, the farm sells fish, ducks, poultry, eggs and even dyke crops like banana and turmeric - while keeping inputs low and water quality stable. This practical case study explains the layout, stocking plan and daily management behind the results, and why integrated aquaculture is a smart, climate-resilient option for small holders.
Elisa Claire Sy of E-Primate presents RAS-P.I.N.A.S, a closed-loop, water-efficient system for land-based fish farming. The technology integrates biofiltration, aeration, and mechanical treatment to support high-density production while conserving water and land and reducing disease risk. RAS-P.I.N.A.S also offers flexibility in farm siting, with trade-offs in energy use and infrastructure costs. Recirculating aquaculture systems are gaining traction as a key innovation in Asia’s sustainable aquaculture future.
Green Controller by ICM Electronics is a smart water quality monitoring system for aquaculture, powered by high-precision titanium sensors. It tracks dissolved oxygen, salinity, and pH in real time, with full control through a mobile app and instant anomaly alerts. The system enables automated aeration based on live data, reducing energy use, lowering aerator run time, and improving feed conversion efficiency for more sustainable aquaculture operations. This pitch was presented Sukmit Teekhasenee of ICM Electronics.
Farm Suite by Greenovator is a digital farm management tool tailored for aquaculture in Myanmar. The platform helps farms and agribusinesses streamline planning and daily operations by tracking activities, inputs, and yields through a real-time, business-grade dashboard. Recognised as a top-3 innovation in the Grow Asia Challenge, Farm Suite provides an affordable, professional alternative to manual record-keeping. With its mobile app interface, it delivers actionable insights that empower aquaculture managers to boost productivity and sustainability. This pitch was presented by Yin Yin Phyu.
This presentation by Elisa Claire Sy of E-Primate, showcases how RAS-P.I.N.A.S - a closed-loop, water-efficient technology - enables high-density, land-based fish farming using biofiltration, aeration, and mechanical treatment strategies. Discover how RAS conserves water and land, minimises disease risk, and offers flexibility in farm siting, while recognising the trade-offs of energy demands and infrastructure costs. Learn why RAS is gaining momentum as a key innovation in Asia's sustainable aquaculture future.
