Q13 · UPSC Civil Services Mains 2024 · GS III · 15 marks · 3 min read

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What are the major challenges faced by Indian irrigation system in recent times? State the measures taken by the government for efficient irrigation management.

Topic: Crops, Irrigation and Marketing. Syllabus: Major crops — cropping patterns in various parts of the country; different types of irrigation and irrigation systems; storage, transport and marketing of agricultural produce and issues and related constraints; e-technology in the aid of farmers. Same official PYQ from year-wise 2024 and Crops, Irrigation and Marketing.

Revision summary

Indian irrigation is stressed by falling groundwater, leaky canals, climate swings, fragmented plots and cheap farm power. Tube-wells now dominate many States; north-western paddy-wheat is a leading depletion case. PMKSY bundles access, per-drop-more-crop micro-irrigation and watersheds. Atal Bhujal supports community groundwater budgets in stressed blocks; command-area lining and water-user associations target the canal tail. Solar pumps help energy but can increase extraction unless paired with a water limit and crop shift.

Model answer

Copper italics in this answer — like this — are the key facts. Each one is unpacked in the Facts & figures rail.

Introduction

Indian irrigation is still the difference between a stable grain bowl and a rain gamble. The system is under stress that is recent as well as old: aquifers falling, canals leaking, climate swinging, and a power-water nexus that pays farmers to pump the future dry. Efficiency is therefore not a sprinkler catalogue. It is governance of a shared, shrinking litre.

Body

Challenges in recent times

Groundwater now waters more Indian plots than canals in many States, and the water table in Punjab, Haryana, western UP, Rajasthan and parts of the peninsula has been in long decline. Canal irrigation still loses a large share to seepage and theft before the tail-ender sees a wetting. Climate makes the monsoon burstier: a flood week, then a dry spell, which wrecks both reservoir scheduling and a rainfed sowing. Fragmented holdings make field channels expensive. Energy subsidies for pump-sets turn groundwater into a free common. Waterlogging and salinity persist in some command areas. Inter-State river disputes delay projects. Urban and industrial demand now competes with the field. Maintenance of minor irrigation tanks in the south and east has lagged, even though those tanks were climate buffers. The challenge is therefore too much pumping, too little last-mile, and a climate that no longer matches the old reservoir rule-curve.

  • Peg: Tube-well India and canal India are two systems; both are stressed, for different reasons.
  • Peg: The paddy–wheat MSP couple in the north-west is a groundwater story as much as a food story.

Measures for efficient management

PMKSY (Pradhan Mantri Krishi Sinchayee Yojana) is the umbrella: Har Khet Ko Pani for access, Per Drop More Crop for micro-irrigation, and watershed work. Atal Bhujal Yojana pays for community groundwater management in notified water-stressed blocks. Command Area Development and lining try to finish the last mile of old dams. Drip and sprinkler subsidies, often through State missions, cut flood irrigation on horticulture and sugarcane. Participatory Irrigation Management and Water User Associations are meant to take the outlet out of a purely departmental hand. Solar pumps (including KUSUM) cut diesel but can worsen extraction unless they are paired with feeder separation or a water budget. River-linking is a larger, contested structural bet; efficiency first is the cheaper claim. Crop diversification out of paddy in depleted blocks is the agricultural measure that irrigation engineering cannot skip.

  • Peg: PMKSY plus Atal Bhujal is the Union’s efficiency pair: more crop per drop, and less reckless pumping.
  • Peg: A solar pump without a water budget is a cleaner way to empty the aquifer.

Crop, power and federal water

Engineering fails if the crop and the tariff still reward waste. A paddy-wheat MSP couple on a falling water table cannot be cured only by a lined canal. Feeder separation, a water budget, and diversification are irrigation policy by other names. Inter-State river machinery (tribunals, the Inter-State River Water Disputes Act) still decides whether a dam’s water ever becomes a field’s water. Efficiency is therefore agronomy plus electricity plus federal bargaining, not only a drip-pipe tender.

  • Peg: Cheap night power for pumps is an irrigation subsidy that can erase a micro-irrigation gain.
  • Peg: A tribunal award without last-mile canals is a legal litre, not a wet field.

Flow diagram

Flow diagram

Conclusion

Recent irrigation stress is falling groundwater, leaky canals, climate swings and cheap power to pump. Government measures — PMKSY, micro-irrigation, Atal Bhujal, command-area work — aim at efficiency. They work only if the crop and the tariff stop rewarding waste.

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Q5 · UPSC Mains 2026 · GS III · 10 marks · Solution

Explain by giving two examples, how biotechnology has helped the Indian farmers in processing their perishable crops.

Crops, Irrigation and Marketing

• Biotechnology extends the post-harvest shelf life and processing capabilities of perishable crops, protecting farmers from distress sales. • Silencing ripening enzymes (like polygalacturonase) in transgenic varieties prevents premature softening and reduces transit losses. • Example 1: Genetically modified tomatoes engineered to resist rapid rotting during storage without complete cold-chain dependency. • Microbial fermentation and bio-processing convert surplus perishable harvests into stable, high-value industrial and food products. • Enzymatic maceration using pectinases and cellulases allows efficient fruit pulp breakdown and juice extraction. • Example 2: Biotech-driven conversion of surplus horticulture crops into stable concentrates, purees, and fermented beverages. • Scaling these interventions requires strengthening public-private research partnerships and biosafety frameworks.

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