Delhi's March Land Surface Temperature Rises Nearly 3°C Over 11 Years
Delhi heats up rapidly: March land surface temperature rises nearly 3 degrees Celsius over 11 years
Hindustan Times
Image: Hindustan Times
A recent study by the think-tank Envirocatalysts reveals that Delhi's mean Land Surface Temperature (LST) in March has increased by nearly 3 degrees Celsius from 29.1°C in 2015 to 32.0°C in 2026. The analysis highlights significant regional disparities, with some areas experiencing increases as high as 6.1°C.
- 01Delhi's mean Land Surface Temperature rose by 2.9°C from 2015 to 2026.
- 02Sangam Vihar A ward recorded the highest increase of 6.1°C.
- 03Mahipalpur and Harkesh Nagar were the hottest wards in March 2026, reaching 34.4°C and 34°C, respectively.
- 04The study emphasizes the need for localized heat adaptation plans in rapidly urbanizing areas.
- 05In May, surface temperatures in some wards reached 52°C, indicating severe heat stress.
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A new analysis by Envirocatalysts indicates that Delhi's mean Land Surface Temperature (LST) in March has surged by 2.9°C over the past 11 years, rising from 29.1°C in 2015 to 32.0°C in 2026. This study, which covered 247 wards, revealed stark differences across the city, with Sangam Vihar A experiencing the most significant increase of 6.1°C. Mahipalpur and Harkesh Nagar were identified as the hottest areas in March 2026, with temperatures reaching 34.4°C and 34°C, respectively. In contrast, some wards like Prem Nagar and Isapur recorded minimal increases of only 0.6°C. The analysis highlights the urgent need for localized heat adaptation strategies, especially in densely populated urban areas where vegetation has been replaced by concrete. The findings also showed that every ward in Delhi faced strong heat stress during May and June, with surface temperatures soaring to 52°C in certain locations. This data is crucial for policymakers to address the escalating heat challenges facing the capital.
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The rising temperatures pose serious health risks, increase energy consumption, and exacerbate urban heat islands, affecting residents' quality of life.
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