Key Highlights
- India surpassed 250 lakh tonnes of pulses in 2025, marking a continuous rise from 2015.
- Five states—Madhya Pradesh, Maharashtra, Rajasthan, Uttar Pradesh, and Karnataka—accounted for over 65 % of the country’s total yield.
- State‑level technology adoption (hybrid seeds, precision irrigation) drove a 12 % increment in output per hectare.
- Pulse cultivation improved food security by supplying protein‑rich staples to millions of families.
- Government schemes focused on credit, insurance, and marketing have expanded farmer participation across the five leads.
Detailed Insights
India’s pulse production has evolved steadily over the past decade, rising from 163.23 lakh tonnes in 2015‑16 to 244.93 lakh tonnes in 2023‑24, before reaching 250 lakh tonnes in 2025. The growth reflects intensification of existing farms and addition of new acreage, primarily in the states noted above. The top state, Madhya Pradesh, alone contributes 25 % of the national total, benefiting from its fertile red soils and dry climate. Maharashtra’s black soils support tur and urad, while Rajasthan’s sandy terrains favor moong and moth beans. Uttar Pradesh’s mixed crop rotation with wheat and rice enhances soil health, and Karnataka’s dual rainfed–irrigated system favors gram and tur. The collective output not only meets domestic consumption but also positions India as a major pulse exporter.
Beyond raw figures, the 2025 harvest showcases how technology—hybrid varieties, mechanised sowing and harvest, and digital advisory platforms—has scaled productivity. Farmers in these states accessed better market linkages through contract farming and agri‑finance initiatives, translating higher yields into improved livelihoods.
Key Concepts
- Pulses: Leguminous crops such as gram, tur, moong, and urad that fix atmospheric nitrogen and provide essential protein.
- Crop Rotation: Alternating plant species on the same land to improve soil fertility and break pest cycles.
- Hybrid Seeds: Genetically optimized varieties combining traits from two parent lines to increase yield and resilience.
- Precision Irrigation: Water‑management techniques (e.g., drip, micro‑sprinklers) that apply water efficiently at plant root zones.