A 36-year Bayesian Vector Autoregression analysis of Nepal's Terai region reveals crop-specific climate sensitivities, with wheat most vulnerable to wind stress and paddy to surface temperature, ...

Climate change boost: Analyses show climate change increased Polo's peak winds more than El Niño, underscoring its stronger role in storm intensity. Likelihood shift: Research indicates climate change ...

The Indian Institute of Tropical Meteorology (IITM) in Pune has convened the first stakeholder consultation meeting for the ...

Species distribution modeling projects that Vietnam's endemic Mau Son Spiny Frog could lose over 78 percent of its suitable ...

Climate change hurricane intensification is now stronger than El Nino’s contribution to Pacific storm intensity, a WWA and ...

Bacteria and eukaryotic algae living in the same biofilms in glacier-fed streams exhibit contrasting spatial and temporal ...

Artificial intelligence has become a lightning rod in climate debates over concerns about the growing carbon footprint of the data centers powering the technology.

Explore how AI's carbon footprint raises concerns in climate debates while also revealing its transformative potential as a tool for combating climate change. Discover its applications in renewable ...

Indian monsoon research is turning to geological records and ocean-atmosphere interactions to understand long-term climate ...

A review finds stronger evidence of human-caused climate change across independently monitored atmospheric, oceanic and other ...

Here’s what we know about the record-setting El Niño on a record-hot planet, and the most important questions scientists are trying to answer.

A study in Nature finds plants have been absorbing 31 percent more carbon dioxide from the atmosphere than previously assumed ...