Why In News?

The Ministry of Agriculture and Farmers Welfare and NITI Aayog have launched a comprehensive blueprint for the National Framework on Regenerative Agriculture to restore degraded soils, boost biodiversity, and build climate-resilient farming systems.

What is Regenerative Agriculture?

It is a holistic, nature-based farming methodology that restores soil health, rebuilds ecosystem functions, and enhances biodiversity while ensuring stable crop yields.

  • Soil-Centred Agriculture: Focuses on soil as a living biological organism containing billions of beneficial bacteria, mycorrhizal fungi, and earthworms rather than an inert medium for chemical inputs.

  • Ecosystem-Based Farming: Mimics natural ecological systems by combining multi-species planting, natural biological pest predation, and organic biomass recycling.

  • Resource Conservation: Minimizes water runoff, stops topsoil erosion, and protects groundwater aquifers from chemical contamination.

  • Climate-Resilient Farming: Buffers crops against extreme climatic shocks, including heatwaves, prolonged dry spells, and unseasonal cloudbursts.

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Why is the National Framework Important for Sustainable Farming?

Decades of intensive monoculture, excessive chemical fertilizer use, and aggressive tillage have degraded nearly 30% of India's total land area, causing Soil Organic Carbon (SOC) levels to drop below 0.5% in most agricultural soils against a healthy baseline of 1.5%–2%.

  • Shift from Depletion to Regeneration: Unlike conventional sustainable agriculture that aims only to maintain existing degraded conditions, regenerative agriculture actively rebuilds topsoil vitality, revitalizes soil microbiomes, and restores hydrological cycles.

  • Decoupling Yield from Chemical Inputs: Reduces smallholder reliance on expensive synthetic fertilizers and pesticides, mitigating agrarian indebtedness and lowering the central fertilizer subsidy burden.

  • Achieving Land Degradation Neutrality (LDN): Directly supports India’s international commitment under the UNCCD to restore 26 million hectares of degraded land by 2030.

What are the Core Principles of Regenerative Agriculture?

Minimum Soil Disturbance (Zero/Reduced Tillage): Protects soil physical structure, prevents soil carbon oxidation into atmospheric CO2, and preserves underground fungal networks.

Permanent Soil Cover (Mulching & Cover Crops): Keeps the ground protected at all times with crop residue mulch or cover crops, lowering soil surface temperatures by 5°C–10°C and curbing evaporation.

Continuous Living Roots in the Soil: Maintains living plant roots year-round to exude liquid carbon that feeds beneficial rhizosphere microorganisms.

Maximising Crop Diversity & Multi-Cropping: Integrates crop rotations, intercropping (cereal-legume mixtures), and cover cropping to naturally fix atmospheric nitrogen and break pest cycles.

Restoring Soil Biodiversity: Inoculates soils with fermented bio-formulations (such as Jeevamrit and Beejamrit) to stimulate native soil microbial populations.

Integrating Livestock & Reducing Chemical Dependence: Utilizes indigenous livestock manure, bio-compost, and rotational grazing to cycle nutrients naturally, eliminating synthetic chemical inputs.

Why is Regenerative Agriculture Needed in India?

Critical Soil Degradation & SOC Depletion: Over-application of chemical urea has distorted the ideal NPK ratio from 4:2:1 to over 8:3:1 in key agricultural states, depleting micronutrients (Zinc, Boron, Sulfur, Iron).

Severe Water Scarcity: Agriculture accounts for over 85% of India's total freshwater extraction; regenerative soils with high organic matter hold significantly more water, recharging depleted groundwater aquifers.

Rising Input Costs & Debt Traps: Small and marginal farmers spend escalating sums on hybrid seeds, synthetic fertilizers, and chemical pesticides, shrinking net farm incomes.

Climate Vulnerability of Indian Agriculture: Over 50% of India's net sown area remains rainfed and highly vulnerable to monsoon irregularities, droughts, and heat stress.

Ecosystem & Water Pollution: Chemical pesticide and fertilizer runoff causes widespread eutrophication of lakes and rivers, contaminating rural drinking water sources.