A study by IIT Bombay investigates back-to-back heatwaves in India in 2022, revealing that atmospheric wind patterns and dry ...

In Earth's atmosphere, large-scale atmospheric waves, known as Rossby waves, drive circulation patterns in the stratosphere. These waves, influenced by the planet’s rotation, transport heat and ...

The atmospheric Rossby waves emerge because of the Earth rotation due to the shift of vortex flows under the Coriolis effect influence at different geographical latitudes, scientists say TOMSK ...

Researchers at the Indian Institute of Technology Bombay (IITB) have found different climatic drivers behind back-to-back ...

South Asia is a hotspot for extreme heatwaves due to unique climate drivers like jet streams, dry soils, and heat transfer ...

Study explains why South Asia faced consecutive heatwaves in 2022, highlighting impact of atmospheric processes and soil ...

A study shows that heat waves can trigger back-to-back events. Dry soil from the first wave fuels intense atmospheric changes, worsening the next. South Asia saw this in 2022.

"Our analysis shows that the March heatwave was primarily linked to a sudden increase in the amplitude of short-lived ...

The wind patterns in high altitude and very dry soil conditions caused back-to-back heatwaves in India in 2022, says a study by Indian Institute of Technology Bombay (IITB). A new study by researchers ...