Shimla: The devastating effects of the monsoon in Himachal Pradesh have escalated, with the death toll climbing to 427 between June 20 and September 20, 2025, as reported by the State Disaster Management Authority (SDMA). This includes 243 rain-related fatalities such as those caused by landslides, flash floods, drowning, and lightning strikes, while 184 deaths occurred in road accidents.
The state’s infrastructure has borne the brunt of the relentless weather, with 394 roads, including two national highways (NH-03 and NH-503A), still blocked as of September 20. Additionally, 73 distribution transformers (DTRs) have been damaged, causing widespread power outages, and 174 water supply schemes have been disrupted, leaving both rural and urban areas struggling with a water crisis.
The situation is especially dire in districts like Kullu, Mandi, and Kangra, where road blockages and power outages have severely hindered daily life. Mandi has been particularly hard-hit, with 105 water supply schemes affected and 11 DTRs out of service.
The state has also seen widespread destruction, including 1,708 injuries, 481 animal deaths, and significant damage to homes and other structures. A total of 651 houses were completely destroyed, while another 1,012 houses suffered partial damage. In addition, thousands of cowsheds, shops, and labour huts have been damaged.
Agricultural losses have been catastrophic, with crops worth over ₹290 crore and orchards valued at ₹145 crore ruined. The total damage to public property, including roads, power lines, and essential infrastructure, is estimated to exceed ₹475 crore.
While restoration efforts are underway, ongoing landslides and unstable slopes in Kullu, Mandi, and Shimla make repairs challenging. Officials have acknowledged that the recovery process will be long and difficult.
This monsoon season is shaping up to be one of the deadliest in recent history for Himachal Pradesh, with severe damage to both lives and livelihoods. The SDMA and local authorities are focused on emergency relief and long-term restoration, but the road to recovery remains uncertain.
