Agroecology and poverty mapping in Madhya Pradesh assess climate vulnerability and improve farmer resilience.
Drone-based photogrammetry enhances urban flood risk assessment accuracy and supports better urban planning in Indore.
Researchers use NDVI and machine learning to enhance crop health monitoring and yield predictions in Madhya Pradesh.
Satellite technology maps groundwater in Madhya Pradesh, aiding drought management and sustainable water use.
Indore’s urban sprawl analysis highlights challenges and opportunities compared to similar Global South cities.
Researchers utilize satellite data and CFD to model air pollution dispersion and health effects in Indore.
The Narmada Basin exemplifies complex interstate water conflicts and cooperation affecting regional governance and development.
Indore studies groundwater depletion using geospatial techniques to identify recharge zones and improve management.
Migration from rural Madhya Pradesh to urban areas boosts remittances, enhancing household welfare and regional development.
LiDAR and drone technology enhance Madhya Pradesh’s watershed management by providing precise data for effective planning.