Indian scientists uncover Kashmir Valley’s transformation from a warm, humid paradise to its current Mediterranean climate, ...

Ancient Karewa sediments hold clues about the transformation of Kashmir's climate over milennia, a new palaeoscience study ...

While Kashmir’s cool, temperate climate is widely relished today, you will be surprised to know that it was once a warm, ...

A new study co-authored by researchers at Indiana University sheds light on how the forces that shape mountain ranges also influence the evolution of species. In the study, "Direct effects of mountain ...

Tragically the two climbers who were with him at the time witnessed the horror event and were unable to rescue him despite ...

By simulating millions of years of tectonic uplift, researchers have uncovered a link between mountain building and biodiversity, shedding light on how Earth’s dynamic topography shapes ...

The implications extend beyond our planet. Andersen suggests that similar processes could occur on planets lacking Earth-like plate tectonics, such as Mars and Venus.

Instead, the results show that the steeper the seafloor, the more likely it is that such canyons will form –a process largely driven by tectonic uplift, thermal cooling, and slope instability.

RiverProAnalysis, an open-source set of Matlab scripts for river longitudinal profile analysis The erosional landscape evolves as the joint product of both tectonic activity and climate.

This initial uplift may have been caused by the oceanic part of the Indian tectonic plate, which at that time was pushing its way underneath the continental slabs at a low angle and forcing the ...

A ground breaking study by Indian Scientists has revealed that the Kashmir Valley, now known for its cool, Mediterranean-type climate, was once a warm, humid subtropical paradise. This ancient ...

Sixty million years ago, tectonic uplift pushed Earth's crust upward, forming Denali and the other Alaska Range mountains.