Bollywood actress Manisha Koirala has appealed to India, China, and the global community to support Nepal following deadly flash floods [1].

This plea highlights the vulnerability of the Himalayan region to climate-driven disasters and the necessity of cross-border cooperation to mitigate future environmental catastrophes.

The floods occurred on Aug. 26, 2023 [2], striking the Nepal-Tibet border region. The disaster was triggered by a glacier collapse, an event that experts linked to global warming and climate change [2, 4]. The impact was severe, with reports indicating more than 900 people were killed [2]. Additionally, thousands of people remain missing [2].

Koirala made an appeal for both immediate relief and long-term climate action. She said that the region is currently experiencing the direct consequences of rising global temperatures.

"We are facing the brunt of global warming," Koirala said. "I request that we, as human beings, our great neighbours, China, India, Nepal, somehow join hands in this and do something collectively" [1].

The actress urged the world to come together to support the nation after the devastation [2]. Her call for solidarity extends beyond financial aid to include a collective effort in climate-change mitigation to prevent similar glacier collapses in the future.

Koirala also expressed hope for the recovery of the affected areas, stating, "I hope and pray" [3]. The appeal comes as Nepal continues to struggle with the aftermath of the deluge, a disaster that underscored the precarious nature of high-altitude ecosystems under environmental stress.

"We are facing the brunt of global warming."

The disaster in Nepal serves as a critical case study for the 'Third Pole,' where melting glaciers due to global warming create immediate risks of glacial lake outburst floods (GLOFs). Because these glaciers span borders between Nepal, India, and China, the event underscores that climate mitigation in the Himalayas requires a multilateral diplomatic framework rather than isolated national responses.