Climate change is reshaping India’s environmental, economic and development landscape. Rising temperatures, changing rainfall patterns, sea-level rise and more frequent extreme weather events are affecting agriculture, water security, ecosystems, public health, livelihoods and infrastructure. These impacts vary across regions, making it essential to understand how climate patterns are changing, which communities and sectors are most vulnerable, and where adaptation measures are needed. Climate intelligence, supported by satellite observations, geospatial data and predictive analytics, can help translate climate information into evidence-based planning, resource management and long-term resilience.
At the same time, India faces significant risks from floods, cyclones, droughts, heatwaves, landslides, forest fires and other natural hazards. Effective disaster management requires reliable risk assessment, early warning, preparedness, coordinated emergency response and planned recovery. National frameworks and initiatives, including the National Policy on Disaster Management, the National Disaster Management Plan, the Disaster Management (Amendment) Act, 2025, the National Cyclone Risk Mitigation Project and the National Database for Emergency Management, provide important foundations for strengthening institutional capacity and technology-enabled disaster risk reduction.
Climate change adaptation and disaster risk reduction are closely interconnected, but each addresses distinct priorities. Climate adaptation focuses on managing long-term environmental changes, reducing vulnerability and building resilience across communities, ecosystems and economic sectors. Disaster risk reduction focuses on understanding hazards and exposure, reducing risks before they escalate, preparing for emergencies and minimising loss of life and damage when disasters occur. Integrating these approaches into development planning can help protect livelihoods, safeguard infrastructure and ensure that investments account for both current hazards and future climate conditions.
Space, geospatial and emerging technologies provide a critical link between climate information, risk management and practical action. Satellite-based Earth Observation, Geographic Information Systems (GIS), Synthetic Aperture Radar (SAR), GeoAI and predictive analytics enable the monitoring of environmental change, mapping of hazard-prone areas, assessment of exposed populations and infrastructure, and evaluation of disaster impacts. Combined with climate modelling and forecasting, these capabilities can inform adaptation planning, ecosystem restoration, resilient infrastructure development and multi-hazard early warning. India's geospatial decision-support capabilities also demonstrate how satellite observations and spatial information can support authorities before, during and after disaster events.
Against this backdrop, the Climate Change & Disaster Management Seminar at GeoSmart India 2026 will bring together climate experts, disaster management authorities, government institutions, research organisations, humanitarian agencies, financial institutions and technology providers to explore how geospatial intelligence can support climate change adaptation, resilient development and disaster risk reduction. The summit will examine applications spanning climate monitoring and modelling, vulnerability assessment, ecosystem resilience, infrastructure planning, multi-hazard preparedness, humanitarian response and post-disaster recovery.