03 Jul BELOW-NORMAL MONSOON RAINFALL July Rainfall Deficit Touches Nearly 40%
|
40% JULY RAINFALL DEFICIT |
55% NET SOWN AREA IS RAIN-FED |
75–80% OF ANNUAL RAINFALL FROM SW MONSOON |
|
|
📘 GS SYLLABUS RELEVANCE |
|
🎯 Where This Fits • Prelims: Indian Geography, Indian Economy, Environment & Ecology, Agriculture, Disaster Management • Mains GS-III: Agriculture, Climate Change, Food Security, Disaster Management, Economy • Essay: Climate Change, Sustainable Development, Agriculture |
|
|
WHY IS IT IN NEWS? |
|
As per The Hindu, India is set to receive below-normal rainfall in July — the deficit has already touched ~40% in the early part of the month, a spell IMD classifies as ~~Deficient~~. |
Since July is the most crucial month of the Southwest Monsoon, a prolonged deficit can hit agriculture, water availability, power generation, inflation, and overall economic growth. This matters because ~~55% of India’s net sown area~~ is still rain-dependent despite irrigation expansion.
|
|
🌧️ SOUTHWEST MONSOON — SNAPSHOT |
|
|
|
|
Share of India’s annual rainfall |
≈ 75–80% |
|
Onset over Kerala |
~ 1 June |
|
Covers entire India |
~ 8 July |
|
Withdrawal begins |
~ 17 September |
|
Complete withdrawal |
By October |
|
Peak Kharif rainfall window |
July & August |
|
|
📊 IMD RAINFALL CLASSIFICATION (VS LPA) |
|
|
|
|
Large Excess |
+60% or more |
|
Excess |
+20% to +59% |
|
Normal |
−19% to +19% |
|
Deficient ← current status |
−20% to −59% |
|
Large Deficient |
−60% or below |
|
⚠️ Key Takeaway • A 40% shortfall places the current spell squarely in the ~~Deficient~~ category — the second-most severe classification on the IMD scale. |
|
|
🗓️ WHY JULY RAINFALL MATTERS |
July is the backbone of India’s agricultural calendar. It determines:
● Sowing of Kharif crops
● Groundwater recharge
● Reservoir storage
● Drinking water availability
● Hydroelectric power generation
● Rural income & food production
● Inflation trajectory
|
💡 Remember • Even if rainfall improves later, ~~delayed sowing often reduces yields~~ — timing matters as much as total volume. |
|
|
WHY HAS RAINFALL TURNED DEFICIENT? |
● Weak Monsoon Trough — remains north / shifts away from ideal position, cutting rainfall over central India
● Break Monsoon Conditions — the monsoon weakens for several days, causing dry spells over large areas
● Madden-Julian Oscillation (MJO) — a moving tropical cloud/rainfall system; its unfavourable phase suppresses Indian rainfall
● Indian Ocean Conditions — sea-surface temperature & circulation patterns influence moisture transport
● Climate Change — rising temperatures increase extreme rainfall events, long dry spells, and irregular monsoon distribution
|
|
🌾 IMPACT ON AGRICULTURE |
▍ Delayed Sowing
● Farmers delay sowing of rice, soybean, cotton, pulses, and maize
▍ Lower Crop Yield
● Insufficient soil moisture hurts germination and crop growth
▍ Increased Cost
● Extra irrigation, diesel pumps and fertilizers raise cultivation costs
▍ Crop Failure
● Continued dry spells can cause ~~significant crop losses~~
|
|
💧 IMPACT ON WATER RESOURCES |
● Reduced reservoir storage and groundwater recharge
● Falling levels in rivers and lakes
● Stress on urban water supply
|
🚱 Watch Out • Many cities may face ~~drinking-water shortages~~ if reservoirs aren’t adequately replenished before withdrawal. |
|
|
📉 IMPACT ON ECONOMY & INFLATION |
▍ Economy
● Lower agricultural output → reduced rural purchasing power
● Lower FMCG demand → slower GDP growth
● Higher government expenditure on relief measures
▍ Inflation
● Food inflation rises from lower output of vegetables, pulses, cereals, fruits
● Higher food prices may force the ~~central bank to stay cautious on interest rates~~
|
|
⚡ IMPACT ON ENERGY & ENVIRONMENT |
▍ Energy
● Hydroelectric generation declines with lower reservoir inflow
● Thermal power demand rises → higher coal consumption & emissions
▍ Environment
● Reduced groundwater recharge; higher forest-fire risk
● Drying wetlands, biodiversity stress, wildlife migration, soil degradation
|
🌱 Silver Lining — Deficit ≠ Drought • Efficient water management and improved irrigation planning • Better adoption of micro-irrigation • Promotion of drought-resistant crops • Rising public awareness of water conservation |
|
|
🏛️ GOVERNMENT MEASURES |
|
|
|
|
IMD |
Monsoon forecasting, early warning systems, weather advisories |
|
Ministry of Agriculture |
Crop advisories, contingency crop plans, seed distribution |
|
PM Fasal Bima Yojana (PMFBY) |
Insurance support against weather-related crop losses |
|
PM Krishi Sinchai Yojana (PMKSY) |
Drip & sprinkler irrigation — ‘Per Drop More Crop’ |
|
Jal Shakti Abhiyan |
Water conservation, rainwater harvesting, groundwater recharge |
|
|
🚧 PERSISTING CHALLENGES |
● High dependence on rain-fed farming
● Depleting groundwater tables
● Low irrigation coverage in several regions
● Climate uncertainty & erratic rainfall patterns
● Fragmented landholdings
● Limited crop diversification
|
|
🚀 WAY FORWARD |
● Improve Irrigation — expand micro-irrigation, canal networks, solar pumps
● Climate-Resilient Agriculture — drought-resistant seeds, crop diversification, millets, pulses
● Strengthen Weather Forecasting — improve village-level advisories
● Water Conservation — rainwater harvesting, watershed development, aquifer recharge
● Better Reservoir Management — integrated river-basin planning
● Farmer Awareness — scientific, forecast-based sowing decisions
|
🔁 Recurring UPSC Themes • Indian monsoon variability • El Niño & La Niña • Climate change impacts • Water resource management • Agricultural reforms • Drought mitigation |
|
|
✏️ UPSC PRELIMS PRACTICE QUESTIONS |
|
Q1. With reference to the Long Period Average (LPA) used by the India Meteorological Department, consider the following statements: 1. It represents the average rainfall over a 30-year period. 2. Rainfall between −19% and +19% of the LPA is classified as “Normal.” 3. Rainfall deficiency is measured against the previous year’s rainfall. A. 1 and 2 only B. 2 and 3 only C. 1 and 3 only D. 1, 2 and 3 ✔ Answer: A |
|
Q2. Consider the following impacts of a prolonged rainfall deficit in July: 4. Delayed sowing of Kharif crops 5. Lower reservoir storage 6. Reduced hydroelectric power generation 7. Immediate increase in Rabi crop production A. 1 and 2 only B. 1, 2 and 3 only C. 2, 3 and 4 only D. 1, 2, 3 and 4 ✔ Answer: B |
|
|
🖋️ UPSC GS PAPER III — MAINS QUESTION (15 MARKS) |
|
“India’s increasing rainfall variability poses a serious challenge to agricultural sustainability and economic stability. Examine the causes and consequences of below-normal monsoon rainfall. Suggest policy measures to enhance India’s climate resilience.” |
|
📝 Answer Framework • Introduction: Importance of the Southwest Monsoon to India’s agriculture and economy • Body — Causes: Monsoon dynamics, MJO, ocean-atmosphere interactions, climate change • Body — Impacts: Agriculture, water, inflation, energy, environment • Body — Government Initiatives: PMKSY, PMFBY, IMD advisories, Jal Shakti Abhiyan • Body — Reforms: Micro-irrigation, climate-resilient crops, watershed management, better forecasting • Conclusion: Long-term resilience via integrated water management, climate-smart agriculture, and stronger institutional preparedness for food & water security |
- BELOW-NORMAL MONSOON RAINFALL July Rainfall Deficit Touches Nearly 40% - July 3, 2026
- Low-Cost Energy and Growing Demand Fuel India’s Aluminium Industry - July 3, 2026
- Gulf Remittances Rose Despite West Asia Crisis - July 3, 2026

No Comments