GS Paper 1 10 marks · 150w 9 min Easy
Mention the advantages of the cultivation of pulses because of which the year 2016 was declared as the International Year of Pulses by the United Nations.
Subtopic: Geography · agriculture and cropping patterns
How to structure your answer
Introduction → agronomic advantages (nitrogen fixation, soil health) → resource efficiency and climate resilience → nutritional advantages → economic advantages for smallholders → Conclusion
Detailed model answer
201 words · target 150 words · 9 min
The UN declared 2016 the International Year of Pulses to highlight their role in sustainable food systems. India is the world’s largest producer and consumer of pulses, accounting for roughly a quarter of global output.
Advantages of pulse cultivation
- Soil fertility: rhizobia in pulse root nodules fix atmospheric nitrogen (roughly 30–140 kg N per hectare), cutting fertilizer needs for the next crop; deep roots and leaf litter improve soil structure and organic matter.
- Resource efficiency: pulses have a low water footprint and are suited to rainfed drylands, where most Indian pulse area lies; short-duration varieties fit intercropping and rice-fallow rotations, breaking pest and disease cycles.
- Nutrition: with 20–25% protein plus iron, zinc and folate, pulses are the cheapest protein for vegetarian diets — critical against protein-energy malnutrition and anaemia; they also have a low glycaemic index.
- Climate: pulses have a far lower carbon footprint than animal protein and tolerate heat and moisture stress, making them a climate-smart crop.
- Farm economics: as low-input crops with assured MSP procurement, they raise and stabilise smallholder incomes; NFSM-Pulses and buffer stocking pushed production from about 16 million tonnes in 2015–16 to around 25 million tonnes now.
Pulses thus link soil health, nutrition security and climate resilience — precisely why the UN spotlighted them.
What an examiner expects to see
- Biological nitrogen fixation (~30–140 kg N/ha) enriches soil and cuts synthetic fertilizer use — key agronomic advantage
- Low water footprint and dryland suitability: most pulse area is rainfed, ideal for intercropping and rice-fallow utilisation
- Nutritional value: 20–25% protein, iron, zinc, folate; cheapest protein source for predominantly vegetarian diets
- Climate-smart: low carbon footprint relative to animal protein; stress-tolerant short-duration varieties
- Economic advantage: low input cost plus MSP support raises smallholder incomes; India produces ~25% of world pulses
- Policy backing: NFSM-Pulses, MSP bonuses and buffer stock raised output from ~16 MT (2015-16) to ~25 MT
- Crop-rotation benefits: breaks pest cycles and diversifies cereal-dominated cropping systems
Concrete cases, schemes and judgments
- Production jump from 16.3 MT (2015-16) to over 27 MT (2021-22) after NFSM-Pulses push and MSP hikes
- Rice-fallow programme in eastern India bringing pulses to ~11 million ha of post-kharif fallows
- ICRISAT/ICAR short-duration pigeonpea and chickpea varieties for dryland belts
- Buffer stock of pulses (~2 MT) under the Price Stabilisation Fund
Terminology to weave into the answer
biological nitrogen fixationrainfed drylandsprotein securityNFSM-Pulseslow glycaemic indexcrop rotation