'Himalayan melting and earthquakes': Is climate change making India shake?

Produced by: Mohsin Shaikh

Collision Zone

India sits at the Indian-Eurasian Plate boundary, where northward movement (5 cm/year) fuels ongoing seismic stress.

High-Risk Areas

59% of India is earthquake-prone, with 11% in Zone V (highest risk), 18% in Zone IV, and 30% in Zone III.

Recent Quakes

A 4.0 quake hit Delhi (Feb 17, 2025) and a 5.1 quake struck the Bay of Bengal (Feb 25, 2025), highlighting persistent seismic activity.

Shallow Tremors

Many recent quakes, like Delhi’s, were shallow (5-10 km deep), making their impact more intense on the surface.

Hidden Triggers

In Delhi, underground water channels eroding rock formations may be triggering tremors through hydro fracturing.

Urban Risks

Rapid urbanization in seismically active areas increases earthquake damage potential, especially in poorly planned zones.

Better Detection

Advanced seismic monitoring now allows for faster, more accurate earthquake detection and reporting.

Natural Patterns

Seismic activity fluctuates over time, with active periods followed by relative quiet, making long-term prediction tricky.

Climate Connection?

Some studies suggest glacial melting in the Himalayas could influence seismic activity, but more research is needed.