Q16 · UPSC Civil Services Mains 2015 · GS I · 12 marks · 2 min read

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India is well endowed with fresh water resources. Critically examine why it still suffers from water scarcity.

Topic: Natural Resources and Industries. Syllabus: Distribution of key natural resources across the world (including South Asia and the Indian sub-continent); factors responsible for the location of primary, secondary, and tertiary sector industries in various parts of the world (including India). Same official PYQ from year-wise 2015 and Natural Resources and Industries.

Revision summary

India has large monsoon and river-groundwater resources, but rain is concentrated in a few months and regions. Farms use most water, often for thirsty crops in dry belts, with heavy pumping. Pollution and urban leaks cut the usable share of “fresh” water. Per-person water has fallen, and disputes delay sharing. Scarcity is mismanagement of a seasonal endowment, not absence of rain on the map.

Model answer

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

Introduction

India receives a large monsoon volume and holds snow, glaciers, rivers, and groundwater. Scarcity is still real because water is uneven in season and region, much of it is polluted or wasted, and demand from farms, cities, and industry has raced ahead of storage and care. Endowment is not the same as usable, timely water at the tap or the field.

Body

The endowment is real, the usable share is not

  • The southwest monsoon gives most rain in a few months; without tanks, soil moisture, and reservoirs, that water floods and then fails.
  • The Himalayan north and the Western Ghats are wetter; the rain-shadow Deccan, western Rajasthan, and parts of the peninsula are structurally dry, so a national average hides local drought.
  • Groundwater made India food-secure in many plains, but over-extraction in Punjab, Haryana, western Uttar Pradesh, Rajasthan, and hard-rock south has turned wells into a mining economy.

Why scarcity persists

  • Agriculture uses the large majority of diverted water, often for water-heavy paddy and sugarcane in low-rain districts, with flood irrigation and free or cheap power for pumps.
  • Cities leak from old pipes, dump untreated sewage into the same rivers they drink from, and still drill deeper, so scarcity is also a quality and governance failure.
  • Industrial and mining pollution, and arsenic or fluoride in some aquifers, remove water from the “fresh” column even when volume exists.
  • Interstate river disputes and slow storage projects leave basins politically dry even when hydrology is not empty.
  • Climate variability, glacier worry in the long run, and more intense bursts of rain increase flood–drought swings.
  • Population and urban growth raise demand while wetlands and floodplains are built over, which cuts recharge.
  • Unequal access means women and the poor queue at tankers while some users flood lawns; scarcity is social as well as physical.

Critical note on the phrase “well endowed”

  • Per-person renewable water has fallen as numbers have grown; India is moving toward water-stress on a per-capita measure even if the monsoon still looks large on a map.
  • Virtual water in exported rice and sugar ships scarcity abroad while villages run dry.

Way forward

  • Shift cropping to rainfall, price power and water with care for the poor, treat sewage as reuse, recharge aquifers, and protect floodplains. Supply schemes without demand reform will not end scarcity.

Flow diagram

flowchart TD
  M[Monsoon snow rivers aquifers] --> E[Large endowment]
  E --> U[Uneven season and region]
  A[Paddy cane flood irrigation] --> S[Scarcity]
  P[Pollution leaks over-extraction] --> S
  U[U] --> S[S]
  G[Governance and disputes] --> S

Conclusion

India’s fresh-water endowment is large in total and poor in timing, place, quality, and justice. Scarcity is therefore made by monsoon concentration, groundwater mining, farm and urban waste, and weak basin institutions. The critical answer is that nature gave volume; society failed to turn it into secure water.

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