India’s rainfall deficit at 35% as monsoon progress stalls

2026-06-17 · 4 min

UPSC CSE Context Why in News: India's monsoon deficit reaches 35% by June 16, with central India facing 63% shortfall, amid a developing Super El Niño year. Syllabus Connection: Geography: Indian monsoon mechanism, El Niño, and agricultural impacts; Governance: disaster preparedness and contingency planning. Exam Relevance: Relevant for questions on monsoon variability, El Niño impacts, agricultural policy, and disaster management in UPSC CSE. Core Issue Monsoon stalls, causing 35% deficit; El Niño threatens kharif season. Key Development: IMD reports 63% deficit in central India; government places 200 districts under priority monitoring. Stakeholders: Union Agriculture Ministry State governments Farmers ICRA Static Knowledge High Value Background: El Niño is the warming of central/eastern Pacific Ocean, suppressing Indian monsoon, especially in mid to late season. Indian monsoon progresses in pulses; local factors like anticyclonic circulation can stall onset. Exam Linkage: Useful for

## UPSC CSE Context **Why in News:** India's monsoon deficit reaches 35% by June 16, with central India facing 63% shortfall, amid a developing Super El Niño year. **Syllabus Connection:** Geography: Indian monsoon mechanism, El Niño, and agricultural impacts; Governance: disaster preparedness and contingency planning. **Exam Relevance:** Relevant for questions on monsoon variability, El Niño impacts, agricultural policy, and disaster management in UPSC CSE. ## Core Issue Monsoon stalls, causing 35% deficit; El Niño threatens kharif season. **Key Development:** IMD reports 63% deficit in central India; government places 200 districts under priority monitoring. **Stakeholders:** - Union Agriculture Ministry - State governments - Farmers - ICRA ## Static Knowledge **High-Value Background:** - El Niño is the warming of central/eastern Pacific Ocean, suppressing Indian monsoon, especially in mid-to-late season. - Indian monsoon progresses in pulses; local factors like anticyclonic circulation can stall onset. **Exam Linkage:** - Useful for linking climate phenomena (El Niño) with agricultural policy and food security in UPSC CSE answers. **Concepts in Context:** - Madden-Julian Oscillation (MJO): a travelling band of atmospheric activity that influences monsoon strength. - Indian Ocean Dipole (IOD): positive IOD can offset El Niño's negative impact on monsoon. **Institutions and Mechanisms:** - India Meteorological Department (IMD): issues seasonal forecasts and monitors monsoon progress. - National Oceanic and Atmospheric Administration (NOAA): US agency that issues El Niño advisories. ## Dynamic Analysis ### Geography and Climate - June deficit is not unusual, but combined with El Niño forecast raises risk of drought later in season. - Local factors (anticyclonic circulation, MJO phase) currently dominate, delaying monsoon onset beyond normal. - El Niño's influence typically strengthens after June, so early deficit may worsen if conditions persist. - No positive IOD expected to offset El Niño, increasing probability of deficient rainfall. ### Agriculture and Economy - Kharif sowing depends on timely monsoon; delay may reduce acreage and yield, especially in rainfed areas. - Government contingency plans include shifting to less water-intensive crops like cotton and pulses. - Reservoir storage at 30.4% is better than previous El Niño years, but regional deficits may still stress irrigation. ### Governance and Disaster Management - Centre's priority monitoring of 200 districts and weekly reviews indicate proactive approach. - Crop-wise contingency plans require state-level implementation, which may vary in effectiveness. - Historical data shows June deficit does not always lead to drought, but current El Niño advisory raises caution. ## Prelims Takeaways - IMD's first-stage forecast in April 2023 pegged seasonal rainfall at 92% of long-period average; May update lowered to 90%. - Reservoir storage in May 2023 was 30.4% of capacity, compared to 25.1% average in previous El Niño years. ## Mains Value Addition **Arguments:** - Monsoon variability due to El Niño necessitates robust contingency planning and crop diversification. - Reservoir storage improvement shows better preparedness, but regional disparities require targeted interventions. **Examples:** - In 2015, a strong El Niño year, June rainfall was 14% above normal, but drought occurred later due to July deficits. **Data Points:** - Central India deficit: 63% as of June 16. - Probability of El Niño becoming 'very strong' by winter: 63% (NOAA). **Counterpoints:** - June deficit is not unprecedented; 2002 and 2004 had near-normal June but ended in drought. - IMD's pessimistic forecast may lead to overreaction; local factors can still improve monsoon later. ## Way Forward - Strengthen district-level contingency plans with real-time weather data and crop advisory. - Promote water-efficient irrigation techniques and drought-resistant crop varieties in vulnerable regions. - Enhance coordination between IMD and agriculture ministries for timely dissemination of forecasts. - Build buffer stocks of seeds and fertilizers for rapid deployment in deficit areas. - Invest in long-term climate resilience through watershed management and rainwater harvesting.

Source: National News