Fisheries Development
Article 246 of the Constitution of India delineates the subject-matter of laws to be made by Parliament and by the Legislatures of States. It specifies three lists: the Union List, the State List, and the Concurrent List. Under the Seventh Schedule, Entry 57 of the Union List grants the Parliament exclusive power to legislate on 'Fishing and fisheries beyond territorial waters.' This implies that …
Quick Summary
Fisheries development in India is a critical sector, encompassing marine, inland, and aquaculture activities, vital for food security, employment, and economic growth. India ranks as the third-largest fish producer globally and second in aquaculture.
The sector contributes significantly to the agricultural GDP and provides livelihoods to over 2.8 crore people. Constitutionally, marine fisheries beyond territorial waters fall under the Union List (Entry 57), while inland and territorial water fisheries are under the State List (Entry 21), necessitating cooperative federalism.
Key government initiatives like the Pradhan Mantri Matsya Sampada Yojana (PMMSY) and the broader Blue Revolution aim for holistic development, focusing on increasing production, improving productivity, doubling incomes, and reducing post-harvest losses.
Institutions like NFDB, MPEDA, CIBA, and CIFA drive research, policy implementation, and export promotion. While aquaculture, particularly shrimp and carp farming, has been a major growth driver, the sector faces challenges such as overfishing, climate change impacts, inadequate infrastructure, and market fragmentation.
Recent developments emphasize sustainable practices, technological integration (AI, blockchain), and diversification of export markets. The sector is undergoing an 'Aqua-Economic Transformation,' shifting towards commercial aquaculture, developing integrated value chains, and integrating traditional communities into modern economic frameworks, making it a dynamic area for UPSC study.
Full explanation
The fisheries sector in India, a vibrant and critical component of the nation's economy, has undergone a remarkable transformation, moving from a traditional subsistence activity to a dynamic, commercially significant industry. This evolution, often termed the 'Blue Revolution,' signifies a paradigm shift towards intensive and sustainable utilization of aquatic resources for food security, livelihood generation, and economic growth.
Origin and Historical Context
Historically, fishing in India was a localized activity, primarily catering to regional consumption. Traditional fishing communities, with their indigenous knowledge and rudimentary gear, sustained themselves through capture fisheries in coastal waters and inland rivers.
Post-independence, the focus gradually shifted towards increasing food production, leading to initial efforts in mechanization and infrastructure development. The real impetus came in the late 1980s and 1990s with the formalization of the 'Blue Revolution' concept, aiming to modernize the sector through scientific aquaculture practices, improved fishing technologies, and better post-harvest management.
This period saw the establishment of specialized institutions and the introduction of targeted schemes.
Constitutional and Legal Basis
From a UPSC perspective, the critical examination angle here focuses on the constitutional division of powers. As per Article 246 of the Indian Constitution and the Seventh Schedule:
- Union List (Entry 57): — Grants the Parliament exclusive power over 'Fishing and fisheries beyond territorial waters.' This empowers the Central government to regulate deep-sea fishing, manage resources in the Exclusive Economic Zone (EEZ), and engage in international fisheries agreements.
- State List (Entry 21): — Empowers State Legislatures to make laws concerning 'Fisheries' within their territorial waters (up to 12 nautical miles from the coastline) and inland areas. This includes regulating fishing practices, conservation measures, and aquaculture development within state boundaries.
This framework necessitates a cooperative federal approach. While the Centre formulates national policies and manages offshore resources, states implement these policies and manage their respective inland and coastal fisheries.
Key legislation includes the Marine Fishing Regulation Acts (MFRAs), enacted by various coastal states (e.g., Kerala Marine Fishing Regulation Act, 1980; Maharashtra Marine Fishing Regulation Act, 1981).
These acts regulate fishing effort, gear types, mesh sizes, and provide for closed seasons to ensure sustainable exploitation of marine resources. At the national level, the Coastal Regulation Zone (CRZ) Notification (under the Environment Protection Act, 1986) also significantly impacts coastal fisheries by regulating development activities in ecologically sensitive areas.
Key Provisions and Government Initiatives
Indian fisheries development is propelled by a robust policy framework and flagship schemes:
- Pradhan Mantri Matsya Sampada Yojana (PMMSY): — Launched in 2020, PMMSY is the largest-ever investment in the fisheries sector, aiming for a holistic and sustainable development approach. Its objectives include:
Enhancing fish production to 22 million metric tonnes by 2024-25. Increasing aquaculture productivity from 3 tonnes to 5 tonnes per hectare. Doubling fishers' and fish farmers' incomes. Reducing post-harvest losses from 20-25% to 10%.
Generating 55 lakh direct and indirect employment opportunities. Boosting fisheries exports to ₹1 lakh crore. PMMSY focuses on both marine and inland fisheries, aquaculture, post-harvest infrastructure, and value addition, promoting a 'farm to fork' approach.
It emphasizes modern technology, disease management, and market linkages.
- Blue Revolution (Neel Kranti Mission): — Initiated in 2016, this scheme aimed at achieving economic prosperity for fishers and fish farmers by increasing fish production and productivity from aquaculture and fisheries resources, both inland and marine. It focused on sustainable and responsible fisheries practices, infrastructure development, and skill enhancement. PMMSY can be seen as an advanced and more comprehensive iteration of the Blue Revolution.
- Fisheries and Aquaculture Infrastructure Development Fund (FIDF): — Established in 2018-19, FIDF provides concessional finance to state governments, cooperatives, and private entrepreneurs for creating and modernizing fisheries infrastructure, including fishing harbors, fish landing centers, cold chains, and fish processing units.
Institutional Framework
Several key institutions drive research, development, and regulation:
- National Fisheries Development Board (NFDB): — Established in 2006, NFDB is the nodal agency for promoting and coordinating fisheries development activities across the country. It funds projects, promotes best practices, and supports capacity building. (Vyyuha Cross-Reference: NFDB's role in promoting sustainable practices aligns with broader Sustainable Development Goals).
- Marine Products Export Development Authority (MPEDA): — Established in 1972, MPEDA is responsible for promoting the export of marine products from India. It provides market intelligence, quality control, and technical assistance to exporters. (Vyyuha Cross-Reference: MPEDA's efforts are crucial for India's Export-Import Policy, specifically Marine Products Export).
- Central Institute of Brackishwater Aquaculture (CIBA): — A premier research institute under ICAR, CIBA focuses on developing sustainable aquaculture technologies for brackishwater species like shrimp and finfish.
- ICAR-Central Institute of Freshwater Aquaculture (CIFA): — Dedicated to research and development in freshwater aquaculture, including carp culture, ornamental fish farming, and disease management.
- Department of Fisheries (under Ministry of Fisheries, Animal Husbandry & Dairying): — The apex body for policy formulation, planning, and implementation of fisheries development programs.
Practical Functioning and Sectoral Performance
India is the third-largest fish producing country and the second-largest aquaculture producer globally. The sector contributes significantly to the national GDP (around 1.07% of GVA and 6.72% of agricultural GVA in 2021-22) and provides livelihoods to over 2.8 crore people, including fishers, fish farmers, and those in allied activities. (Vyyuha Cross-Reference: This massive employment generation is a key aspect of Employment Generation in rural areas, similar to MGNREGA's impact).
1. Marine Fisheries:
- Production: — India's marine fish production has been relatively stable, with fluctuations due to environmental factors and fishing pressure. Major species include sardines, mackerel, Bombay duck, and various demersal fish. The sector faces challenges of overfishing in coastal waters and the need for deeper sea exploration.
- Infrastructure: — Development of fishing harbors (e.g., Kochi, Visakhapatnam, Chennai) and fish landing centers is crucial for safe berthing, efficient landing, and post-harvest handling. Cold chain infrastructure is vital to preserve quality.
2. Inland Fisheries:
- Production: — This segment, encompassing rivers, canals, reservoirs, lakes, and ponds, is a major contributor to total fish production. It's largely dominated by carp culture in ponds and tanks. The Ganga, Brahmaputra, and other major river systems are key resources.
- Challenges: — Habitat degradation, pollution ( Water Pollution), over-exploitation, and lack of scientific management practices are significant hurdles.
3. Aquaculture Development:
- Growth Driver: — Aquaculture has emerged as the primary growth engine for Indian fisheries, accounting for over 70% of the total fish production. Freshwater aquaculture (carp culture) and brackishwater aquaculture (shrimp farming) are dominant.
- Technological Innovations: — Recirculatory Aquaculture Systems (RAS), Biofloc technology, cage culture, and genetically improved fish varieties are enhancing productivity and resource efficiency.
Fish Production Statistics (Indicative Trends):
- Total Fish Production: ~16-17 million metric tonnes (2021-22 est.)
- Marine Fish Production: ~4-5 million metric tonnes
- Inland Fish Production (mostly aquaculture): ~11-12 million metric tonnes
- Exports: India is a major exporter of marine products, primarily shrimp. Exports reached over US$ 7.76 billion in 2021-22, with shrimp accounting for a significant share.
State-wise Performance (Case Studies):
- Andhra Pradesh: — A leader in aquaculture, particularly shrimp farming (brackishwater) and freshwater fish culture. The state has leveraged its extensive coastline and water bodies, coupled with entrepreneurial spirit and technological adoption, to become an 'Aquaculture Hub.' Success is driven by private sector investment and government support for infrastructure like hatcheries and processing units.
- West Bengal: — Dominant in inland fisheries, especially freshwater carp culture. The state has a rich tradition of fish farming and a strong domestic market. Challenges include traditional farming methods and vulnerability to floods. Efforts are on to introduce modern techniques and improve market linkages.
- Kerala: — Known for its diverse marine fisheries and traditional fishing practices. The state has a strong cooperative movement among fishers. However, it faces challenges of overfishing, climate change impacts on coastal communities, and the need for sustainable resource management. The state is exploring mariculture and responsible tourism models.
- Gujarat: — With the longest coastline, Gujarat is a significant marine fish producer. It has invested in modern fishing harbors and processing infrastructure. The state is also exploring brackishwater aquaculture and has a strong focus on value addition and export-oriented processing units.
Criticism and Challenges
Despite significant progress, the sector faces multifaceted challenges:
- Sustainability Concerns: — Overfishing in coastal waters, destructive fishing practices, and habitat degradation (mangroves, coral reefs) threaten long-term resource availability.
- Climate Change Impacts: — Rising sea levels, ocean acidification, extreme weather events, and changes in fish migration patterns pose severe threats to both marine and inland fisheries.
- Post-Harvest Losses: — Inadequate cold chain infrastructure, poor handling practices, and lack of processing facilities lead to significant post-harvest losses (estimated 15-20%).
- Lack of Modernization: — Many traditional fishers lack access to modern fishing vessels, gear, and navigation technology.
- Credit and Insurance: — Limited access to institutional credit and insurance schemes makes fishers vulnerable to economic shocks.
- Market Linkages: — Fragmented supply chains and lack of direct market access often lead to exploitation by middlemen.
- Disease Outbreaks: — In aquaculture, disease outbreaks (e.g., White Spot Syndrome in shrimp) can cause massive economic losses.
- Inter-State and Centre-State Coordination: — Managing shared resources and implementing uniform regulations can be challenging due to the federal structure. (Vyyuha Cross-Reference: This highlights issues related to Cooperative Federalism).
Recent Developments (2024-2026 Focus)
- National Fisheries Policy 2020 (Implementation): — The policy, though drafted earlier, continues to guide the sector. Its implementation focuses on sustainable resource management, promoting responsible aquaculture, enhancing productivity, and improving socio-economic conditions of fishers. Emphasis on climate-resilient aquaculture and digital technologies is growing.
- COVID-19 Impact and Recovery: — The pandemic initially disrupted supply chains, markets, and export activities. However, the sector demonstrated resilience, with government support through PMMSY helping in recovery and building a more robust, localized value chain.
- Focus on 'Seaweed Mission' and Ornamental Fisheries: — New initiatives are promoting the cultivation of seaweed for food, feed, and industrial applications, and developing ornamental fish farming as a niche, high-value segment.
- Digitalization and Traceability: — Increased adoption of digital platforms for market access, weather advisories, and fish health management. Blockchain technology for traceability of marine products is gaining traction to meet international quality standards.
- Export Market Diversification: — Efforts to diversify export baskets beyond shrimp and explore new markets, along with stringent quality control measures to comply with international standards.
Vyyuha Analysis: Aqua-Economic Transformation
Vyyuha's analysis reveals that fisheries development in India is undergoing an 'Aqua-Economic Transformation,' a profound shift that transcends mere production increases. This framework examines three critical dimensions:
- From Subsistence to Commercial Aquaculture: — The sector is moving away from traditional, often low-yield capture fisheries towards high-value, controlled aquaculture. This involves significant capital investment, technological adoption (RAS, biofloc), and a shift in mindset from 'hunting' to 'farming' aquatic resources. This transformation is creating a new class of 'aqua-entrepreneurs' and driving the formalization of the sector.
- Emergence of Fisheries Clusters and Value Chains: — Instead of isolated fishing villages, we are witnessing the formation of integrated fisheries clusters. These clusters bring together hatcheries, feed mills, processing units, cold storage, and logistics providers, creating efficient value chains. This clustering effect enhances economies of scale, reduces post-harvest losses, and facilitates better market access, especially for exports. This is akin to the 'agro-processing zones' concept but tailored for aquatic products.
- Integration of Traditional Communities into Modern Value Chains: — A crucial, yet often overlooked, aspect is the integration of traditional fishing communities into this modern value chain. This involves skill upgradation, access to finance, formation of producer organizations, and ensuring equitable benefit sharing. The challenge is to modernize without displacing traditional livelihoods, fostering a symbiotic relationship between traditional knowledge and modern technology. This transformation is not just about economic growth but also about social inclusion and empowering marginalized communities through new economic opportunities and improved market access. (Vyyuha Cross-Reference: This integration aligns with broader Cooperative Movement principles and Crop Diversification strategies, where farmers move to higher-value crops/activities).
This 'Aqua-Economic Transformation' highlights that fisheries development is not just about increasing fish numbers but about fundamentally restructuring the economic landscape of coastal and inland regions, creating new forms of wealth, employment, and entrepreneurial opportunities, while simultaneously grappling with the imperative of environmental sustainability.
Often confused with
Side-by-side differences the UPSC paper likes to test.
| Aspect | Fisheries Development | Inland Fisheries |
|---|---|---|
| Definition | Marine Fisheries: Fishing activities conducted in oceans, seas, and estuaries (capture fisheries). | Inland Fisheries: Fishing activities conducted in freshwater bodies like rivers, lakes, reservoirs, ponds, and canals (capture and culture). |
| Production Methods | Marine Fisheries: Primarily capture fisheries using various fishing vessels (trawlers, gillnetters, purse seiners) and gear. | Inland Fisheries: Both capture (from rivers, lakes) and culture (aquaculture in ponds, tanks, reservoirs) methods are prevalent. |
| Yield Potential | Marine Fisheries: Dependent on wild stock availability, often facing issues of overfishing and resource depletion. Yields can fluctuate. | Inland Fisheries: High potential for controlled production through aquaculture, leading to more predictable and higher yields per unit area. |
| Investment Requirements | Marine Fisheries: High capital investment for deep-sea vessels, advanced gear, and large-scale harbor infrastructure. | Inland Fisheries: Relatively lower initial investment for pond culture; higher for advanced aquaculture systems like RAS or cage culture. |
| Technology Needs | Marine Fisheries: Requires navigation systems, sonar, advanced fishing gear, cold storage on vessels, and deep-sea exploration technology. | Inland Fisheries: Focus on hatchery technology, feed management, disease control, water quality management, and integrated farming systems. |
| Employment Generation | Marine Fisheries: Directly employs coastal communities in fishing, processing, and allied activities; often seasonal. | Inland Fisheries: Provides year-round employment for fish farmers, hatchery workers, and those in local markets; often more stable. |
| Export Contribution | Marine Fisheries: Significant contributor to exports, especially high-value species like shrimp, tuna, and squid (though much shrimp is now farmed). | Inland Fisheries: Primarily caters to domestic consumption, with some high-value species (e.g., pangasius, certain carp) finding export markets. |
| Constitutional Basis | Marine Fisheries: Union List (Entry 57) for beyond territorial waters; State List (Entry 21) for territorial waters. | Inland Fisheries: Primarily State List (Entry 21). |
Marine fisheries involve harvesting wild fish from oceans and estuaries, requiring significant investment in vessels and infrastructure, and contributing substantially to exports. Inland fisheries, conversely, focus on freshwater bodies, with a strong emphasis on aquaculture, offering more controlled production and stable employment, primarily catering to domestic markets.
While marine fisheries grapple with resource depletion and international regulations, inland fisheries face challenges of water pollution and habitat degradation. Both are crucial for India's food security and economy, but their operational dynamics, resource management strategies, and economic contributions differ significantly, reflecting distinct challenges and opportunities within the broader fisheries sector.
Why it is tested: Understanding these differences is crucial for Mains GS-III questions on sectoral analysis, policy formulation, and resource management. Prelims might test specific characteristics or challenges of each type. It helps in analyzing the impact of government schemes like PMMSY, which targets both sectors with tailored interventions.
| Aspect | Fisheries Development | Aquaculture |
|---|---|---|
| Definition | Capture Fisheries: Harvesting wild fish and other aquatic organisms from natural habitats (oceans, rivers, lakes). | Aquaculture: Farming of aquatic organisms (fish, crustaceans, molluscs, aquatic plants) in controlled or semi-controlled environments. |
| Control over Production | Capture Fisheries: Limited control over stock size, growth, and environmental factors; dependent on natural recruitment. | Aquaculture: High degree of control over breeding, feeding, water quality, disease management, and harvest timing. |
| Sustainability Challenges | Capture Fisheries: Risk of overfishing, bycatch, habitat destruction, and depletion of wild stocks. | Aquaculture: Potential for environmental impacts (effluent discharge, habitat conversion), disease outbreaks, and reliance on wild-caught fish for feed (though improving). |
| Yield Predictability | Capture Fisheries: Highly variable and unpredictable yields due to natural fluctuations, weather, and stock health. | Aquaculture: More predictable and consistent yields, allowing for better planning and market supply. |
| Resource Intensity | Capture Fisheries: Relies on existing natural resources; energy-intensive for fishing operations. | Aquaculture: Can be land/water-intensive; requires feed, seed, and energy for aeration/pumping; increasingly resource-efficient with technologies like RAS. |
| Innovation Focus | Capture Fisheries: Focus on sustainable gear, stock assessment, marine protected areas, and deep-sea exploration. | Aquaculture: Focus on genetic improvement, disease-resistant strains, sustainable feeds, recirculating systems, and integrated multi-trophic aquaculture (IMTA). |
| Contribution to Growth | Capture Fisheries: Growth potential is limited by natural carrying capacity; often stagnant or declining. | Aquaculture: Primary driver of growth in global and Indian fish production; high potential for expansion and diversification. |
Capture fisheries involve harvesting wild aquatic organisms, characterized by unpredictable yields and significant sustainability challenges like overfishing. Aquaculture, on the other hand, is the controlled farming of aquatic species, offering predictable yields and greater control over the production process.
While capture fisheries are limited by natural stock availability, aquaculture provides a pathway for sustainable growth in fish production, reducing pressure on wild populations. However, aquaculture also presents its own set of environmental and disease management challenges.
Both methods are integral to meeting global protein demand, but aquaculture is increasingly seen as the future for expanding fish production, driving technological innovation and economic transformation in the sector.
Why it is tested: This comparison is fundamental for understanding the evolution of the fisheries sector and the strategic shift towards aquaculture. UPSC questions often differentiate between these two, asking about their respective contributions, challenges, and the role of government policies in promoting one over the other. It's vital for Mains GS-III (Economy, Environment) and Prelims, especially concerning food security, sustainable development, and technological advancements in agriculture.
Questions students ask
8 answered on this topic.
What is the Pradhan Mantri Matsya Sampada Yojana and its key features?
The Pradhan Mantri Matsya Sampada Yojana (PMMSY) is a flagship scheme launched by the Government of India in 2020, representing the largest-ever investment in the fisheries sector. Its primary goal is to bring about a 'Blue Revolution' through sustainable and responsible development of the fisheries sector.
Key features include enhancing fish production to 22 million metric tonnes by 2024-25, increasing aquaculture productivity, doubling incomes of fishers and fish farmers, reducing post-harvest losses, and boosting fisheries exports.
It adopts a 'cluster-based and area-based approach' and focuses on both marine and inland fisheries, aquaculture, infrastructure development, value addition, and capacity building, aiming for a holistic 'farm to fork' strategy.
How does the Blue Revolution differ from the Green Revolution?
The Blue Revolution and Green Revolution are both transformative movements in India's agricultural sector, but they target different domains. The Green Revolution, primarily in the 1960s and 70s, focused on increasing food grain production (wheat and rice) through high-yielding varieties, irrigation, fertilizers, and pesticides.
Its goal was food security for a growing population. The Blue Revolution, emerging later, focuses on enhancing fish production and productivity through sustainable and responsible fisheries and aquaculture practices.
While both aim for food security and economic upliftment, the Green Revolution centered on terrestrial crops, whereas the Blue Revolution is dedicated to aquatic resources, emphasizing marine, inland, and brackishwater fisheries development.
Which Indian states are leading in fish production and why?
Andhra Pradesh, West Bengal, Gujarat, Kerala, and Tamil Nadu are among the leading states in fish production. Andhra Pradesh excels in aquaculture, particularly shrimp and freshwater fish, due to its favorable climate, extensive water bodies, and entrepreneurial farmers adopting modern techniques.
West Bengal leads in inland fish production, driven by a strong tradition of carp culture and high domestic demand. Gujarat, with its longest coastline, is a major marine fish producer, supported by modern harbors and processing units.
Kerala has a significant marine capture fishery and a strong domestic market. These states benefit from a combination of natural endowments, government support, technological adoption, and robust market linkages.
What are the main challenges facing the fisheries sector in India?
The Indian fisheries sector faces several challenges. Sustainability is a major concern due to overfishing in coastal waters, destructive fishing practices, and habitat degradation. Climate change impacts, such as rising sea temperatures and extreme weather, threaten fish stocks and fisher livelihoods.
Significant post-harvest losses occur due to inadequate cold chain infrastructure and processing facilities. Many traditional fishers lack access to modern technology, institutional credit, and insurance.
Market fragmentation, disease outbreaks in aquaculture, and conflicts between traditional and mechanized fishing also pose significant hurdles. Addressing these requires a multi-pronged approach involving policy, technology, and community engagement.
How do fisheries contribute to India's export earnings?
Fisheries contribute significantly to India's export earnings, making the country one of the leading exporters of marine products globally. India's marine product exports reached over US$ 7.76 billion in 2021-22.
Shrimp is the largest exported item, followed by various species of fish, squid, and cuttlefish. The major export destinations include the USA, China, European Union, Japan, and Southeast Asian countries.
This export potential is driven by a vast coastline, diverse aquatic resources, and a growing aquaculture sector. MPEDA plays a crucial role in promoting exports by ensuring quality control, market intelligence, and technical assistance, thereby boosting foreign exchange reserves and supporting the national economy.
What is the role of NFDB in fisheries development?
The National Fisheries Development Board (NFDB), established in 2006 under the Ministry of Fisheries, Animal Husbandry & Dairying, is the nodal agency for promoting and coordinating fisheries development activities across India.
Its role is multifaceted: it funds projects for increasing fish production and productivity, promotes sustainable aquaculture practices, supports infrastructure development (like fishing harbors and cold chains), and facilitates capacity building and skill development for fishers and fish farmers.
NFDB also plays a crucial role in promoting modern technologies, disease management, and value addition, acting as a catalyst for the overall growth and modernization of the Indian fisheries sector, ensuring a coordinated approach to national fisheries policy implementation.
How does climate change impact fisheries development?
Climate change poses severe threats to fisheries development in India. Rising sea temperatures can alter fish migration patterns, affect breeding cycles, and lead to shifts in species distribution, impacting traditional fishing grounds.
Ocean acidification threatens shellfish and coral reefs, which are vital fish habitats. Extreme weather events like cyclones and floods cause direct damage to fishing infrastructure, boats, and aquaculture farms, disrupting livelihoods.
Changes in rainfall patterns affect inland water bodies, impacting freshwater fish stocks. These impacts necessitate the development of climate-resilient aquaculture practices, early warning systems for fishers, and adaptive management strategies to ensure the long-term sustainability and productivity of the fisheries sector.
What are the key institutional bodies supporting fisheries in India?
Several key institutional bodies support fisheries development in India. The Department of Fisheries under the Ministry of Fisheries, Animal Husbandry & Dairying is the apex policy-making and implementing body.
The National Fisheries Development Board (NFDB) coordinates and funds development projects. The Marine Products Export Development Authority (MPEDA) promotes exports and ensures quality. Research and development are spearheaded by institutions like the Central Institute of Brackishwater Aquaculture (CIBA), Central Institute of Freshwater Aquaculture (CIFA), and Central Marine Fisheries Research Institute (CMFRI) under the Indian Council of Agricultural Research (ICAR).
State Fisheries Departments and various cooperative societies also play crucial roles in local implementation and community support.
Revise in 30 seconds
- India: 3rd largest fish producer, 2nd largest aquaculture producer.
- Blue Revolution: Transformation of fisheries sector.
- PMMSY (2020): Flagship scheme, targets 22 MMT production, 10% post-harvest loss, ₹1 lakh crore exports.
- Constitutional basis: Union List Entry 57 (beyond territorial waters), State List Entry 21 (inland & territorial waters).
- Key Institutions: NFDB (development), MPEDA (exports), CIBA/CIFA (research).
- Aquaculture: 70%+ of total production, freshwater (carp), brackishwater (shrimp).
- Major challenges: Overfishing, climate change, post-harvest losses, credit access.
- Exports: Primarily shrimp, over US$ 7.76 billion (2021-22).
- 73rd Amendment: Empowers PRIs in local fisheries management.
- FISH-POWER Mnemonic: F-Freshwater, I-Inland, S-Schemes, H-Harbors, P-Processing, O-Oceanic, W-Women, E-Export, R-Research.
Vyyuha Quick Recall: Remember the 'FISH-POWER' framework for Fisheries Development:
- F — Freshwater aquaculture (carp culture, ponds, tanks)
- I — Inland fisheries (rivers, lakes, reservoirs, capture & culture)
- S — Schemes (PMMSY, Blue Revolution, FIDF)
- H — Harbors and infrastructure (fishing harbors, landing centers, cold chain)
- P — Processing and value addition (filleting, freezing, canning, ready-to-eat)
- O — Oceanic/marine fisheries (deep-sea, coastal, capture)
- W — Women in fisheries (empowerment, livelihood, value chain roles)
- E — Export promotion (MPEDA, quality control, foreign exchange)
- R — Research and technology (CIBA, CIFA, RAS, biofloc, genetic improvement)