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South Asian climate dashboard

Regional climate data, projections & adaptation strategies
Updated 2025 • Based on IPCC AR6, IMD, and Regional Climate Models

Regional climate overview

+0.7°C India's Warming, 1901-2018 (MoES)
800M South Asians in Projected Climate Hotspots by 2050 (World Bank)
600M Indians Facing High-to-Extreme Water Stress (NITI Aayog, 2018)
40.5M Internal Climate Migrants in South Asia by 2050 (World Bank Groundswell, 2021)

Temperature projections for India and the Himalaya

India, 2070-2099 vs 1976-2005: +2.4-4.4°C across RCP4.5 and RCP8.5 (Ministry of Earth Sciences, 2020)

The Hindu Kush Himalaya warmed about 1.3°C during 1951-2014, and about 5.2°C more is projected by the end of the century under RCP8.5

Country-specific climate profiles

India

Key climate trends

  • Temperature: +0.7°C, 1901-2018
  • Monsoon: About 6% decline in summer rainfall, 1951-2015
  • Extremes: Warmest day of the year up about 0.63°C, 1986-2015
  • Sea Level: North Indian Ocean 1.06-1.75 mm/year (1874-2004), 3.3 mm/year (1993-2017)

Top climate risks

  • Heat stress, especially over the Indo-Gangetic and Indus basins
  • Himalayan glacier loss threatening river systems
  • Coastal flooding
  • Agricultural productivity decline

Pakistan

Key climate trends

  • Temperature: Rising
  • Monsoon: Increasing variability
  • Extremes: Record heat (53.7°C at Turbat, 28 May 2017, WMO-verified)
  • Glaciers: Retreating in much of the Hindu Kush Himalaya; Karakoram glaciers largely stable

Top climate risks

  • Indus River system disruption
  • Extreme flooding (2022: 33M affected, Post-Disaster Needs Assessment)
  • Drought in Balochistan and Sindh
  • Water stress

Bangladesh

Key climate trends

  • Temperature: Rising
  • Rainfall: More variable
  • Cyclones: Increasing intensity
  • Sea Level: Rising

Top climate risks

  • Large low-lying coastal areas exposed to sea-level rise
  • Saltwater intrusion in coastal areas
  • Riverine and flash flooding
  • Up to 19.9M internal climate migrants by 2050 (World Bank Groundswell, 2021)

Sri Lanka

Key climate trends

  • Temperature: Rising
  • Rainfall: Changing seasonal patterns
  • Droughts: Increasing frequency
  • Coastal: Erosion accelerating

Top climate risks

  • Tea and coconut production decline
  • Water scarcity in dry zone
  • Coastal tourism infrastructure threat
  • Vector-borne disease expansion

Sectoral vulnerability assessment

Sector Primary Climate Risks Vulnerability Level Adaptation Priority Timeframe
Agriculture Heat stress, drought, flooding, erratic monsoons Very High Climate-resilient varieties, irrigation efficiency Immediate
Water Resources Glacier melt, groundwater depletion, contamination Very High Water storage, demand management, recycling Immediate
Coastal Zones Sea level rise, storm surge, erosion, salinity High Ecosystem restoration, protective infrastructure Medium-term
Human Health Heat waves, vector-borne diseases, air quality High Heat action plans, disease surveillance Immediate
Urban Systems Heat islands, flooding, infrastructure stress Medium-High Green infrastructure, drainage, cooling Medium-term
Energy Peak demand, grid instability, renewable variability Medium Grid flexibility, storage, efficiency Long-term

Priority adaptation strategies

Immediate actions (1-3 years)

Early warning systems

Multi-hazard forecasting, mobile alerts, community response protocols

Heat action plans

Public cooling centers, health system preparation, vulnerability mapping

Climate-resilient agriculture

Drought-tolerant seeds, water-efficient irrigation, crop diversification

Disaster risk reduction

Flood-resistant infrastructure, evacuation planning, emergency supplies

Medium-term actions (3-10 years)

Ecosystem-based adaptation

Mangrove restoration, wetland conservation, agroforestry systems

Water security infrastructure

Rainwater harvesting, groundwater recharge, wastewater treatment

Climate-smart cities

Green buildings, urban forests, sustainable transport

Livelihood diversification

Alternative income sources, skills training, microfinance

Long-term actions (10+ years)

Planned relocation

Managed retreat from high-risk areas, resettlement support

Transformational agriculture

Precision farming, vertical agriculture, alternative proteins

Climate-resilient infrastructure

Sea walls, elevated transport, distributed energy systems

Regional cooperation

Cross-border water management, technology sharing

Mitigation opportunities & co-benefits

Renewable energy transition

Target: 500 GW non-fossil capacity by 2030 (India); half of installed capacity was non-fossil by June 2025

Co-benefits: Air quality improvement, energy security, job creation

Challenges: Grid integration, storage, financing

Nature-based solutions

Target: Restore 26M hectares of degraded land by 2030 (India's Bonn Challenge pledge)

Co-benefits: Biodiversity, water regulation, livelihoods

Challenges: Land availability, community engagement

Sustainable transport

Target: Faster EV adoption through central subsidy schemes (FAME, then PM E-DRIVE)

Co-benefits: Air quality, noise reduction, energy independence

Challenges: Charging infrastructure, battery costs

Industrial efficiency

Target: 45% cut in the emissions intensity of GDP by 2030 from 2005 (India's economy-wide NDC target)

Co-benefits: Cost savings, competitiveness, technology innovation

Challenges: Capital investment, technical capacity

Climate finance & implementation

Financing needs & sources (qualitative; no sourced regional estimate is available here)

Sector Relative Need Current Funding Main Gap Primary Sources
Renewable Energy Large Mostly private and commercial Grid and storage Private, multilateral banks
Adaptation Large Mostly public; flows far below needs (UNEP Adaptation Gap Report 2023) Widest relative gap Public, climate funds
Sustainable Transport Large Mixed public and private Charging and public transit Public-private partnerships
Agriculture & Food Medium Mostly public Climate-resilient farming Government, development banks
Nature-based Solutions Medium Low Reliable revenue models Carbon markets, blended finance

Success stories & best practices

System of Rice Intensification (SRI)

Location: Tamil Nadu, India

Impact: Lower water use in field trials; yield effects vary across studies

Scaling: Promoted by several state agriculture departments

Mangrove restoration

Location: Sundarbans, Bangladesh

Impact: Mangrove belts reduce storm-surge height and damage behind them

Scaling: Coastal mangrove planting along Bangladesh's coast

Solar irrigation pumps

Location: Gujarat, India

Impact: Lower diesel and pumping costs for farmers

Scaling: Supported nationally under PM-KUSUM

Heat action plans

Location: Ahmedabad, India

Impact: An estimated 1,190 deaths avoided each year in 2014-2015 (Hess et al., 2018)

Scaling: Heat action plans now operate in many Indian states and cities

Real-time climate resources

Monthly climate calendar for South Asia

Month Key Climate Events Sectoral Impacts Action Items
Jan-Feb Winter cold waves, fog Agriculture (rabi crops), transport disruption Cold wave preparedness, air quality monitoring
Mar-May Pre-monsoon heat, thunderstorms Water stress, heat-related illnesses Heat action plan activation, water conservation
Jun-Sep Monsoon rains, flooding, cyclones Agriculture (kharif), urban flooding Flood preparedness, drainage maintenance
Oct-Dec Post-monsoon cyclones, air pollution Coastal vulnerabilities, respiratory health Cyclone preparedness, stubble burning control