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Punjab

Punjab, known for its fertile plains and deep-rooted cultural heritage, is also facing growing environmental and urban challenges. Rapid urbanization, industrial activities, and increasing pressure on natural resources have led to significant stress on the region’s water systems. One such example is the Kala Sanghian Drain, which has been severely impacted by pollution and ecological degradation. Addressing these concerns requires a strategic and integrated approach that balances urban growth with environmental sustainability.

Our work in Punjab focuses on enabling eco-city region interventions that restore and protect urban water systems. Through the Haria Bharia Jalandhar Initiative, we are developing scalable proof-of-concept models for blue-green infrastructure solutions. Additionally, the Jalandhar ECR Fellowship Program is equipping young professionals and municipal stakeholders with the skills and knowledge to drive sustainable urban transformation. By combining technical expertise, on-ground action, and capacity-building, we aim to foster resilient and environmentally sustainable city-regions in Punjab

Punjab

Our work in the region

Research insights

Insights into urban form, land use, and ecological systems, enabling data-driven climate resilient development

Land Surface Temperature: Summer (2018-2022)

This map visualizes Jalandhar’s land surface temperature during summer (2018–2022) using NASA’s Landsat-8 satellite imagery. Warmer areas, shown in red, indicate urban heat islands, while cooler areas appear in blue. The cantonment zone shows lower temperatures. Data analysis by WRI India highlights urban heating trends, aiding climate resilience planning.

LST vs NDVI

This visualization compares Land Surface Temperature (LST) with vegetation cover across wards in Jalandhar using NASA’s Landsat-8 and Copernicus/ESA’s Sentinel-2 satellite imagery. Higher vegetation cover (green) correlates with lower LST, while sparse vegetation (brown) corresponds to higher temperatures. The analysis highlights urban heat island effects and informs climate adaptation strategies.

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