El Niño and the 2026 Monsoon Outlook are indicating a negative impact on the Indian economy. Read here to learn about the economic impact of El Niño, and Lessons from the Great Famine of 1876-78.

As India faces the possibility of a below-normal in 2026 amid the emergence of in the equatorial Pacific Ocean, concerns are growing about the economic and social consequences of climate variability.

Meteorologists and historians have drawn parallels with the devastating , one of the deadliest famines in Indian history, which was closely linked to a strong El Niño event and successive monsoon failures.

Although modern India possesses stronger institutions, irrigation networks, food stocks, and disaster management systems, the episode serves as a reminder that .

What is El Niño?

El Niño (Spanish for “The Little Boy”) is the warm phase of the , a naturally occurring ocean-atmosphere interaction in the .

It is characterised by:

• Unusual warming of sea surface temperatures in the central and eastern equatorial Pacific Ocean.
• Weakening or reversal of trade winds.
• Changes in global atmospheric circulation patterns.

How Does El Niño Occur?

Normal Conditions

• Strong trade winds blow from east to west across the Pacific.
• Warm water accumulates near Indonesia and Australia.
• Cold nutrient-rich water rises along the western coast of South America through upwelling.

Normal Pacific Circulation

• Conceptually, atmospheric circulation remains balanced, supporting normal rainfall patterns across tropical regions.

El Niño Conditions

• Trade winds weaken significantly.
• Warm water shifts eastward toward the Americas.
• Upwelling decreases.
• Global weather patterns are disrupted.

These changes affect rainfall, temperature, and storm systems worldwide.

El Niño and the Indian Monsoon

• India receives nearly 70% of its annual rainfall during the Southwest Monsoon (June-September).
• A large part of Indian agriculture remains dependent on monsoon rainfall.
• Historically, many drought years have coincided with El Niño events.

El Niño alters atmospheric circulation patterns and weakens the monsoon system by:

• Suppressing moisture transport from oceans.
• Weakening convection over the Indian subcontinent.
• Reducing monsoon rainfall intensity.

Forecasts for 2026The 

India Meteorological Department has projected monsoon rainfall at 92% of the Long Period Average (LPA), which falls within the below-normal category.

National Oceanic and Atmospheric Administration (NOAA) forecasts:

• 82% probability of El Niño during May-July 2026.
• 96% probability of continuation through winter 2026-27.

These projections raise concerns regarding agricultural output and inflation.

Economic Implications of El Niño for India

1. Agricultural Shock

Dependence on Rain-fed Agriculture

Nearly half of India’s net sown area remains rain-fed.

A deficient monsoon affects:

• Rice
• Cotton
• Soybean
• Pulses
• Oilseeds

Crop Failure Risk

Delayed rainfall can result in:

• Lower sowing acreage
• Reduced productivity
• Crop losses

This directly impacts rural livelihoods.

Rising Irrigation Costs

Inadequate rainfall forces farmers to rely on groundwater extraction.

Consequences include:

• Higher electricity consumption
• Increased diesel usage
• Rising cultivation costs

Thus, the profitability of farming declines.

2. Food Inflation

Supply-Side Shock

Reduced agricultural production leads to shortages of:

• Cereals
• Vegetables
• Pulses
• Edible oils

This pushes food prices upward.

Inflationary Impact

Since food occupies a significant share of India’s Consumer Price Index (CPI):

• Rising food prices increase overall inflation.
• Household purchasing power declines.

The burden falls disproportionately on low-income families.

3. Impact on Rural Economy

Lower farm incomes result in:

• Reduced rural consumption
• Weakening demand for consumer goods
• Slower economic activity in rural markets

This can adversely affect sectors such as:

• FMCG
• Automobiles
• Consumer durables

4. Heat Economy and Productivity Loss

El Niño years are generally associated with:

• Higher temperatures
• More frequent heatwaves

Labour Productivity

Outdoor workers experience reduced productivity due to heat stress.

• Construction labourers
• Agricultural workers
• Street vendors
• Delivery personnel

According to the International Labour Organisation, a 1.5°C increase in temperature could result in a loss of 2.2% of global working hours by 2030.

Urban Heat Island Effect

Urban areas often become significantly hotter due to:

• Concretization
• Reduced vegetation cover
• Heat-retaining infrastructure

This creates the Urban Heat Island Effect, which worsens health and economic impacts.

5. RBI’s Policy Dilemma

Stagflation Risk- El Niño creates a dual challenge:

Slower Growth

• Agricultural slowdown
• Reduced rural demand

Higher Inflation

• Food price increase
• Supply constraints

This combination can create stagflationary pressures.

Monetary Policy Challenge

To control inflation Reserve Bank of India may need to maintain tighter monetary conditions. However:

• Higher interest rates reduce investment.
• Borrowing becomes expensive.
• Growth slows further.

The Great Famine of 1876-78

The Great Famine of 1876-78 was triggered by:

• Consecutive monsoon failures
• Strong El Niño conditions
• Colonial policy failures

Human Cost: Estimated deaths between 55 lakh and 82 lakh people, making it one of the deadliest famines in human history.

Impact on Regions:

Madras Presidency: Large-scale crop failure and starvation.

Bombay Presidency: Severe drought and migration.

Hyderabad State (Nizam’s Dominion): Significant distress, though some regions were protected by traditional water systems.

Telangana’s Tank System: One reason parts of present-day Telangana showed greater resilience was the existence of Traditional Tank Irrigation Systems, which:

• Stored rainwater locally.
• Supported irrigation during droughts.
• Provided drinking water.
• Enabled famine-relief works.

This demonstrates the value of decentralised water management.

Lessons from the great famine

The famine highlights three critical realities:

1. Climate shocks can become economic crises.
2. Water infrastructure determines resilience.
3. Governance plays a decisive role in disaster outcomes.

Unlike colonial India, modern India possesses:

• Public Distribution System (PDS)
• Food Corporation of India (FCI)
• Crop insurance
• Weather forecasting systems

Yet climate vulnerability remains substantial.

Strategic Measures to Mitigate El Niño Impacts

1. Climate-Resilient Agriculture

• Drought-tolerant crops
• Short-duration crop varieties
• Millets (Shree Anna)
• Climate-smart farming practices

2. District Agriculture Contingency Plans

• Prepared by the Indian Council of Agricultural Research
• These plans enable location-specific responses during rainfall deficits.

3. Micro-Irrigation Expansion

Under Pradhan Mantri Krishi Sinchayee Yojana, greater emphasis should be placed on:

• Drip irrigation
• Sprinkler irrigation

4. Restoration of Traditional Water Bodies

• Mission Kakatiya and Mission Amrit Sarovar
• These initiatives enhance local water security and groundwater recharge.

5. Strengthen Crop Insurance

• Expand coverage under Pradhan Mantri Fasal Bima Yojana to protect farmers against climate-induced losses.

6. Heat Action Plans

Cities and states should institutionalise:

• Early warning systems
• Cooling centres
• Altered work schedules
• Occupational safety measures

7. Urban Climate Adaptation

Measures to mitigate urban heat stress include:

• Cool roof initiatives

8. Ecosystem-Based Adaptation

For long-term resilience strategies, promote:

• Watershed management
• Wetland conservation
• Afforestation
• Sustainable groundwater recharge

Conclusion

The emerging El Niño conditions of 2026 underscore the profound link between climate systems and economic stability.

While India today is far better equipped than during the Great Famine of 1876-78, monsoon-dependent agriculture, food security, and rural livelihoods remain vulnerable to climate variability.

The historical lesson is clear: resilience comes not from post-disaster relief alone but from proactive adaptation through climate-smart agriculture, decentralised water management, ecosystem restoration, and protection of vulnerable populations.

As climate change intensifies weather extremes, building long-term resilience must become a central pillar of India’s development strategy.