The Centre has set out a roadmap to make Lakshadweep and the Andaman & Nicobar (A&N) Islands — together holding roughly two-fifths of India’s EEZ by the release’s estimate — the hubs of a value-added marine economy built on tuna, seaweed and ornamental fisheries, backed by PMMSY investments of ₹218 crore (A&N) and ₹175 crore (Lakshadweep).

Figure 1 — India’s Island Territories and the Channels Around Them

The two island groups extend India’s maritime reach to the western Arabian Sea and to the approaches of the Malacca Strait — placing tuna grounds and major sea lanes within the EEZ. Base geography: Natural Earth 1:10m, public domain; places plotted to real coordinates; EEZ limits not depicted.

Tunas are fast, oceanic, highly migratory fish (listed in Annex I of UNCLOS), so their stocks are shared across national waters and managed regionally through the Indian Ocean Tuna Commission (IOTC). The release identifies large under-utilised stocks around both island groups.

• Species in focus: Yellowfin (Thunnus albacares), Skipjack (Katsuwonus pelamis) and Bigeye (Thunnus obesus). Skipjack is the mainstay of canning and of Lakshadweep’s traditional dried-smoked product, masmin.
• Gear choice: pole-and-line and hook-and-line are selective methods with very low by-catch — Lakshadweep’s pole-and-line fishery, using live bait, is an old and ecologically sound tradition.
• Lakshadweep plan: induction of deep-sea vessels and mother vessels alongside the traditional fleet, aiming to double output to 50,000 tonnes in five years (government projection).
• A&N plan: a dedicated Tuna Cluster under PMMSY for fleet modernisation, new and upgraded vessels and expanded cold storage; a stronger MPEDA presence is expected to enable direct exports from the islands.
• Why quality matters: tuna loses value fast without onboard bleeding, chilling and an unbroken cold chain; sashimi-grade fish commands a substantial premium over fish sold for canning.

Seaweeds are marine macro-algae — green (Chlorophyta), brown (Phaeophyta) and red (Rhodophyta). They need no fertiliser, freshwater or land, which makes them a natural fit for atoll lagoons.

• Industrial extracts: agar (red: Gracilaria, Gelidiella), carrageenan (red: Kappaphycus), alginate (brown: Sargassum, Turbinaria) — used in food, nutraceuticals, cosmetics, pharmaceuticals, bio-stimulants and bio-plastics.
• India’s natural beds: Gulf of Mannar and Palk Bay (Tamil Nadu), the Gujarat coast, Lakshadweep and the A&N Islands.
• Lakshadweep Seaweed Cluster: the roadmap envisages large-scale cultivation, seed banks, hatcheries and capacity building to build a dependable value chain.
• Ambition vs output: PMMSY had aimed to raise seaweed production to over 11.2 lakh tonnes; actual output has remained far below that aspiration, so execution, not intent, is the test.

Ornamental fish are aquarium species valued for colour and form rather than food. Freshwater species dominate the trade and are mostly bred; many marine species are still wild-caught from coral reefs, which makes regulation critical.

• India’s diversity: more than 2,800 indigenous fish and shellfish species documented — 1,548 marine, 917 freshwater and 394 brackishwater — many with ornamental value (Department of Fisheries).
• Lakshadweep’s edge: over 300 reef-associated ornamental species; the plan proposes medium-scale rearing units, regulated, conservation-based collection and better market access.
• National frame: Mission Rangeen Machhli 2031, the Department of Fisheries’ strategic action plan for ornamental fisheries rolled out from Agatti, Lakshadweep (September 2026), seeks common standards on breeding, biosecurity, quality and trade.
• Legal guardrail: hard corals, sea cucumbers and seahorses are protected under Schedule I of the Wildlife (Protection) Act, 1972; any collection regime must exclude them.
• Cautionary tale: the Western Ghats’ Denison barb (Sahyadria denisonii), a prized aquarium fish, became Endangered (IUCN) largely through over-collection — the reason the plan stresses hatchery breeding over wild capture.

Figure 4 — India’s Indigenous Fish Diversity: the Base for Ornamental Fisheries

Marine species account for over half the documented diversity — and most marine ornamentals still come from reefs, so breeding technology decides whether the trade is sustainable. Image courtesy Department of Fisheries, Government of India (via PIB); reproduced with credit for educational use.

• Investments listed: fish landing centres, ice plants, cold-chain networks, onboard preservation systems, fish aggregating devices (FADs), boat-building yards, value-addition units and export-facilitation systems.
• FADs explained: floating or anchored structures that attract pelagic fish such as tuna, cutting search time and fuel costs — but, if unmanaged, they also raise catches of juvenile fish.
• Stated aim: build local capacity, reduce post-harvest losses and make island fisheries ready for domestic and export markets.

• Blue Revolution scheme (2015-16), an umbrella scheme of about ₹3,000 crore → Fisheries and Aquaculture Infrastructure Development Fund (FIDF, 2018-19), ₹7,522.48 crore → PMMSY (2020), the largest single outlay for the sector → PM-MKSSY (2024), a ₹6,000 crore sub-scheme for formalisation, credit and insurance.
• EEZ Fisheries Rules (4 Nov 2025), framed under the Maritime Zones Act, 1976: free digital Access Pass via the ReALCraft portal for mechanised and large motorised vessels; traditional and small-scale fishers exempt; foreign vessels barred; priority to fishermen cooperatives and FFPOs; mother-and-child vessels for mid-sea transshipment under RBI-monitored procedures; harmful practices such as LED-light fishing, pair trawling and bull trawling curbed.
• NITI Aayog strategy (Oct 2025) on harnessing deep-sea and offshore fisheries, noting that Indian fishing is concentrated within about 40–50 nm of the coast.
• Today’s roadmap adds the island-specific layer: tuna, seaweed, ornamental fish and infrastructure.

• Untapped resource: oceanic stocks beyond the near-shore belt are under-harvested by Indian fleets while near-shore waters face fishing pressure.
• Export diversification: moving beyond a frozen-shrimp-dominated basket reduces exposure to single-market shocks such as the 2025 US tariffs.
• Island livelihoods: fisheries are one of the few large-scale livelihood options on small islands with limited land.
• Strategic presence: a civilian maritime economy near the Six Degree Channel (Malacca approach) and the Nine Degree Channel shipping route complements maritime security.

• Ecological fragility: atolls have tiny land areas, thin freshwater lenses and reefs hit by repeated coral bleaching (including the 2024 global bleaching event); processing units, ice plants and fleets add waste and energy loads.
• Shared stocks: tuna is managed under IOTC; Indian Ocean yellowfin has been under an IOTC catch-reduction (rebuilding) plan, so Indian expansion will be shaped by allocation negotiations and the quality of stock assessment and vessel monitoring.
• Who benefits: capital-heavy mother vessels can crowd out artisanal fishers; the rules’ priority to cooperatives and FFPOs needs matching credit and managerial capacity on the islands.
• Distance and logistics: the A&N Islands lie over 1,000 km from the mainland and Lakshadweep 200–440 km off Kerala; without reliable cargo links, perishables lose value.
• Biosecurity: the non-native red alga Kappaphycus alvarezii has spread onto corals in the Gulf of Mannar; lagoon farming in Lakshadweep needs native-species protocols.
• Tribal safeguards (A&N): expansion must respect protected tribal reserves under the A&N (Protection of Aboriginal Tribes) Regulation, 1956.

A PIB feature follows five cultivators — from a former waste picker in Guntur to a hill farmer in Bageshwar — to show how short-term training, quality spawn, modest infrastructure and market linkages can turn mushroom growing into a viable, land-light livelihood.

• Ruthu, Ippatam (Guntur, Andhra Pradesh) — skilling to self-employment: a waste picker at 20, she trained under STRY at KVK Guntur (with SAMETI-AP and MANAGE), grew milky mushrooms, reached about 8 kg/day and a monthly income of around ₹35,000, and now guides 3–4 neighbours.
• Anita Devi, Anantpur (Nalanda, Bihar) — inputs and collective enterprise: trained at Dr Rajendra Prasad Central Agricultural University and G.B. Pant University, linked with KVK Harnaut (2010); Anantpur was declared a “Mushroom Village” in 2012. She set up a spawn laboratory with a ₹15 lakh NHM subsidy and the Madhopur Farmers Producers Company Ltd; by 2023, 250+ JEEViKA SHG women were in mushroom livelihoods.
• Anjanaben Gamit, Tapi (Gujarat) — market design: a civil engineer who took a four-day entrepreneurship course at KVK Tapi and began oyster cultivation in 2017 in a 15 × 10 ft bamboo-and-shade-net shed; she sold 100–200 g packs through Anganwadi workers, retailers, vendors and phone bookings in Vyara.
• Hiresha Verma, Charba (Dehradun) — scale and value addition: an IT professional who began in 2013 with 25 bags and ₹2,000; her enterprise Han Agrocare now has capacity of about 1 tonne/day in 10 AC rooms, employs 15, grows shiitake and Ganoderma, makes pickles, soups, protein powder and more, and has trained 2,000+ women and farmers in the hills.
• Madan Mohan, Uderkhani (Bageshwar, Uttarakhand) — protected cultivation in the hills: with no prior experience, he received a portable polyhouse (62.4 sq m) and 5 quintals of pasteurised compost in 2022 under an ICAR programme funded through the SCSP, trained at KVK Kafligair, and harvested 1 quintal of button mushrooms plus 7.5 quintals of off-season vegetables — ₹41,250, nearly double his earlier farm income.

The four figures above trace Anjanaben Gamit’s scale-up: after an additional investment of ₹1.72 lakh to enlarge her unit to 23 × 80 ft, net returns rose from about ₹17,000 on the first crop to ₹2.20 lakh over the April–December 2019 season — a worked example of how fixed costs are spread as scale increases.

• Horticulture support: NHM (2005-06) → subsumed in MIDH (2014-15) → since the 2024 rationalisation of farm schemes, MIDH runs under the Krishonnati Yojana umbrella.
• Mushroom research: National Centre for Mushroom Research and Training (1983) → National Research Centre for Mushroom (1997) → ICAR-DMR (2008).
• Extension: first KVK at Puducherry (21 March 1974) on the Mohan Singh Mehta Committee’s recommendation → 731 KVKs today under 11 ATARIs.
• SC development funding: Special Component Plan (1979) → renamed SCSP (2006) → monitored as DAPSC after the Planning Commission was replaced by NITI Aayog.

• Fits small holdings: about 86% of India’s operational holdings are small and marginal (Agriculture Census 2015-16); mushrooms need little land or water and return cash within weeks to a few months.
• Circular economy: it converts paddy and wheat straw into food, and spent mushroom substrate can return to fields as manure — a small but useful outlet for crop residue.
• Women and youth: home-based, SHG-friendly work suits women’s livelihoods (Anita Devi, Ruthu) and draws educated youth into agri-enterprise (Anjanaben, Hiresha).
• Nutrition security: an affordable protein and micronutrient source in largely cereal-based diets.
• Hill and tribal regions: protected cultivation, as in Bageshwar, allows off-season production that fetches a price premium.

• Survivorship bias: success stories are selected; there is little systematic data on how many trainees start, persist or fail — independent impact evaluation of STRY and KVK courses is needed.
• Spawn bottleneck: uneven spawn quality and too few reliable laboratories cause contamination and crop loss — the gap Anita Devi’s lab was set up to fill.
• Perishability and price swings: fresh button and oyster mushrooms keep only a few days without refrigeration; seasonal gluts depress prices unless growers can dry, process or cold-store.
• Cost of control: year-round production needs climate-controlled rooms (Hiresha’s 10 AC rooms); power costs and capital needs favour larger units over smallholders.
• Data quality: production estimates vary widely between agencies, weakening planning.
• Public health: awareness must separate cultivated mushrooms from wild foraging — poisoning from wild species is a recurring seasonal problem, notably in the North-East.

At the third Foundation Day of the Biotechnology Research and Innovation Council (BRIC), held at BRIC-National Institute of Immunology (NII), New Delhi, the Union Minister of State (Independent Charge) for Science & Technology described BRIC as a “joint family” of institutes, put India’s bioeconomy at over USD 195 billion, and a Letter of Intent on biomanufacturing was signed with the UK.

• Before 2023: each DBT institute (e.g., NII, CDFD, NCCS, inStem, THSTI) had its own society, governing body and procedures.
• Precedents for the model: CSIR (1942), ICAR (1929) and ICMR (founded in 1911 as the Indian Research Fund Association, renamed in 1949) already run networks of laboratories under one apex society.
• Policy layer: the BioE3 Policy (Biotechnology for Economy, Environment and Employment), approved by the Cabinet on 24 August 2024, set up biomanufacturing hubs, biofoundries and Bio-AI hubs across six themes — bio-based chemicals and enzymes, functional foods and smart proteins, precision biotherapeutics, climate-resilient agriculture, carbon capture and utilisation, and marine and space research.
• Funding layer: the Anusandhan National Research Foundation (ANRF) under the ANRF Act, 2023, and the ₹1 lakh crore Research, Development and Innovation (RDI) scheme (2025) for private-sector R&D.
• Template cited for private entry: the SHANTI Act, 2025 (Sustainable Harnessing and Advancement of Nuclear Energy for Transforming India), which opened civil nuclear power to private participation.

• Breaking silos: shared equipment, joint PhD training and pooled budgets can raise the return on scarce public R&D money.
• Industrial strategy: biomanufacturing can reduce import dependence for APIs and enzymes and support decarbonisation through bio-based chemicals.
• Health: genomics-led precision medicine is being taken up by medical institutions including AIIMS, according to the Government.
• Partnerships: the CPI link fits the India–UK Technology Security Initiative (2024), which lists biotechnology among priority areas.

• Centralisation vs freedom: an apex layer can add a new tier of approvals; whether institutes keep real scientific and financial autonomy will decide the model’s success.
• Thin R&D base: India’s Gross Expenditure on R&D (GERD) remains around 0.6–0.7% of GDP, and the private sector funds only about a third of it — far below leading research economies.
• Counting the bioeconomy: headline figures include bio-services and bio-IT and are compiled with an industry body; transparent methodology is needed before international comparisons.
• Start-ups vs scale: start-up counts measure entry, not success; few Indian biotech firms reach global scale, and regulatory clearances (GEAC, CDSCO) remain slow and fragmented.
• Biosafety and dual use: synthetic-biology tools raise biosecurity questions; India’s framework rests on the 1989 Rules under the Environment (Protection) Act, 1986 and its obligations under the Biological Weapons Convention (1972).
• Genomic privacy: genomic data are highly sensitive; consent and use must align with the Digital Personal Data Protection Act, 2023.