Photo Essay: Kashmir's Ingenious Climate-Responsive Architecture.

Homes with large, south-facing windows harness the winter sunlight, naturally warming interior spaces throughout the day. Credit: Umar Manzoor Shah/IPS

SRINAGAR, India, Jan 20 (IPS) - India's average temperature has risen by 0.7°C since 1901, bringing more frequent and intense heat waves, erratic rainfall patterns, and a marked decline in monsoon consistency since the 1950s.

With projections suggesting a 2°C global temperature increase, India faces the risk of even greater instability in summer monsoon patterns. Extreme weather events such as floods, droughts, and cyclones are already becoming more common, placing the country as the seventh most affected globally by climate change-related weather events in 2019.

In Kashmir, the impacts are just as stark; the average maximum temperature in Srinagar rose by 1.05°C between 1980–1999 and 2000–2019, and the winter of 2023–2024 was the driest on record, marking the hottest winter in 18 years.

With climate change reshaping the region, the importance of climate-resilient architecture has become crucial.

In this photo essay, IPS explores the ingenious climate-responsive architecture of Kashmir, developed during the 19th and early 20th centuries, which showcases how traditional techniques created structures capable of withstanding the region's extreme weather patterns.

Deodar wood, locally sourced and resistant to cold and moisture, is the backbone of Kashmir’s climate-resilient architecture. Credit: Umar Manzoor Shah/IPS
Double-glazed windows trap warmth indoors while letting sunlight in, making them a modern staple in Kashmir’s evolving architecture. Credit: Umar Manzoor Shah/IPS
Older homes in Srinagar’s downtown demonstrate the success of traditional design, staying warm and cozy even in mid-winter. Credit: Umar Manzoor Shah/IPS
Thick layers of mud plaster cover many homes, trapping warmth inside and blocking the winter cold from entering. Credit: Umar Manzoor Shah/IPS
Using stone or concrete, modern designs absorb daytime heat and release it gradually at night, enhancing comfort. Credit: Umar Manzoor Shah/IPS
Verandas and balconies, or Deodis, act as barriers against the cold, helping maintain warmth inside. Credit: Umar Manzoor Shah/IPS
Hakim Sameer Hamdani, senior architect and project coordinator with the Indian National Trust for Art and Cultural Heritage. Hamdani is the author of Syncretic Traditions of Islamic Religious Architecture of Kashmir. Credit: Umar Manzoor Shah/IPS

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