What Happened
- Analysts and agricultural policy experts are arguing that natural farming provides a practical hedge against fertiliser supply disruptions threatening India's Kharif 2026 sowing season
- The West Asia conflict, which began February 28, 2026 with US-Israel strikes on Iran, has disrupted global fertiliser supply chains: military strikes on Qatari energy infrastructure and the blockade of the Strait of Hormuz have choked off LNG and ammonia supplies — key feedstocks for urea and complex fertilisers
- India imports 6–10 million tonnes of fertilisers annually (primarily urea, DAP, MOP) largely sourced from the Gulf; continued disruption for 3 months could cut domestic urea and complex fertiliser production by 10–15 percent
- The government has invoked the Natural Gas (Supply Regulation) Order, 2026, categorising fertiliser plants under Priority Sector-2 for natural gas supply — guaranteeing at least 70 percent of their average gas consumption
- India's total fertiliser reserve has reached 180.12 lakh metric tonnes as of March 2026 — up 36.6 percent year-on-year — providing a buffer for the near term
- However, policy analysts argue that scaling up natural farming on even 10–15 percent of farmland could structurally reduce fertiliser dependency while improving soil health — a long-term resilience dividend
Static Topic Bridges
Zero Budget Natural Farming (ZBNF) and Its Components
Zero Budget Natural Farming (ZBNF) is a chemical-free, low-external-input farming system developed by Indian agricultural scientist Subhash Palekar in the 1990s. The term "zero budget" refers to the near-zero cost of external inputs — the system is built around four core components derived from locally available cow dung and urine. The four pillars are: (1) Beejamrit — seed treatment solution (cow dung, urine, lime water) that protects against fungal and bacterial diseases; (2) Jeevamrit — liquid soil inoculant (cow dung, cow urine, jaggery, gram flour, water) that triggers beneficial microbial activity in the soil; (3) Mulching — covering soil with crop residue to retain moisture, regulate temperature, and suppress weeds; (4) Waaphasa — soil aeration management to maintain soil air-water balance. ZBNF has been promoted under the Andhra Pradesh government's large-scale RySS programme and has central government support through the Bharatiya Prakritik Krishi Paddhati (BPKP) scheme under PM-Kisan.
- ZBNF developed by: Subhash Palekar (Maharashtra), 1990s
- Beejamrit: seed treatment; protects against soil-borne and seed-borne pathogens
- Jeevamrit: soil inoculant; research shows it improves organic carbon, available phosphorus, and potassium by up to 46%, 439%, and 142% respectively
- Mulching: reduces water use by 50–60% vs. conventional farming
- Survey evidence: 79% yield increase in Karnataka; 88% yield increase in Andhra Pradesh in ZBNF trials
- Central scheme: BPKP (Bharatiya Prakritik Krishi Paddhati) — sub-scheme under PM-KISAN umbrella
- ZBNF proponents estimate 1 native cow per acre can support ~30 acres of farmland
Connection to this news: Jeevamrit and Beejamrit directly replace chemical fertiliser functions (soil nutrition, seed protection) using zero-cost inputs — making ZBNF the most accessible natural farming transition for smallholder farmers facing fertiliser shortages in Kharif 2026.
India's Fertiliser Economy: Import Dependency and Structural Vulnerability
India is the world's second-largest consumer of chemical fertilisers after China. Annual consumption is 35–38 million tonnes (in terms of nutrients + carriers), while domestic production lags at approximately 30–31 million tonnes, creating an import dependency of 6–10 million tonnes per year. Urea (the most widely used nitrogenous fertiliser) is partly price-controlled and heavily subsidised — the government paid over ₹1.6 lakh crore in fertiliser subsidies in FY25. Natural gas is the primary feedstock for domestic urea production; disruption in LNG imports therefore directly threatens domestic urea output. India imports DAP (Di-ammonium Phosphate) largely from Morocco, Jordan, and China; MOP (Muriate of Potash) almost entirely from Russia, Belarus, and Canada — both sectors have their own geopolitical vulnerabilities.
- India's annual fertiliser consumption: 35–38 million tonnes
- Domestic production: ~30–31 million tonnes; import gap: 6–10 million tonnes
- Urea feedstock: natural gas (77% of domestic urea is gas-based); rest is naphtha or coal gasification
- Fertiliser subsidy: ₹1.6+ lakh crore in FY25 (one of India's largest subsidy heads)
- DAP imports: primarily Morocco, Jordan, China; vulnerable to geopolitical disruptions
- MOP imports: Russia, Belarus, Canada; Belarus MOP under Western sanctions pressure
- Impact of 3-month LNG/ammonia supply disruption: 10–15% cut in domestic urea/complex fertiliser output (estimate)
- Government response: Natural Gas (Supply Regulation) Order, 2026 — fertiliser plants get Priority Sector-2 status (min. 70% of average gas consumption guaranteed)
Connection to this news: India's structural import gap in fertilisers — which has been amplified to a crisis by the Hormuz blockade — is the precise supply risk that natural farming advocates argue makes investment in reduced-input farming a prudent insurance strategy.
PM-PRANAM and Central Government Policy on Reduced Fertiliser Use
The PM Programme for Restoration, Awareness, Nourishment and Amelioration of Mother Earth (PM-PRANAM) is a central government scheme announced in Budget 2023-24 to incentivise states to reduce chemical fertiliser use by shifting to organic and natural alternatives. Under the scheme, 50 percent of fertiliser subsidy savings from reduced use are returned to the state government as grants for organic farming promotion, training, and infrastructure. States that reduce fertiliser consumption get rewarded financially — making it a fiscal incentive for agricultural transitions. Supporting schemes include Paramparagat Krishi Vikas Yojana (PKVY) for organic cluster farming and the Krishi Vigyan Kendra (KVK) network for on-ground training.
- PM-PRANAM announced: Union Budget 2023-24
- Incentive mechanism: 50% of subsidy savings from reduced fertiliser use returned to state as grants
- Supported by: Paramparagat Krishi Vikas Yojana (PKVY) — organic cluster farming, ₹50,000/hectare over 3 years
- Krishi Vigyan Kendras (KVKs): ~731 centres nationwide; frontline institutions for farmer training on ZBNF/natural farming
- Bharatiya Prakritik Krishi Paddhati (BPKP): sub-scheme of PM-KISAN Samridhi Kendra scheme for natural farming
- Andhra Pradesh's RySS programme: world's largest natural farming programme — 700,000+ farmers enrolled
- The Kharif 2026 opportunity: crop sowing begins June–July; scale-up of natural farming must begin now (April–May) with bio-input preparation and training
Connection to this news: PM-PRANAM directly addresses the economic case being made by analysts — states that invest in natural farming transition now will be insulated against the fertiliser supply shock for Kharif 2026 while also locking in long-term subsidy savings.
Key Facts & Data
- India's annual fertiliser consumption: 35–38 million tonnes; import gap: 6–10 million tonnes
- Fertiliser reserves as of March 2026: 180.12 lakh metric tonnes — 36.6% higher than year-ago levels
- Potential domestic production cut from Hormuz disruption: 10–15% (urea + complex fertilisers)
- Government response: Natural Gas (Supply Regulation) Order, 2026 — fertiliser plants guaranteed min. 70% gas supply
- Fertiliser subsidy: ₹1.6+ lakh crore in FY25
- Jeevamrit soil improvements: organic carbon +46%, available phosphorus +439%, potassium +142%
- Water savings with mulching (ZBNF): 50–60% less water vs. conventional farming
- PM-PRANAM incentive: 50% of subsidy savings from reduced chemical fertiliser use returned to states
- Andhra Pradesh RySS: 700,000+ farmers in world's largest natural farming programme
- Kharif 2026 sowing season: begins June–July; preparation window is April–May