“Forests are among the most important ecosystems in nature, constantly evolving, yet their monitoring is often delayed,” says Rytis Maskeliūnas, a professor at Kaunas University of Technology (KTU). Climate change, pests, and human activity are transforming forests faster than we can track them – some changes become apparent only when the damage is already irreversible.

A recent study explores the intricate relationship between climate physical risks and the merging of digital and low-carbon economies in China. By examining the disruptive effects of extreme weather events such as severe cold spells and droughts, the research reveals how these climate challenges obstruct the seamless development of both sectors. Utilizing cutting-edge models, the study identifies regional disparities and outlines the mechanisms through which climate risks hinder technological innovation and economic integration, calling for urgent adaptive strategies to ensure sustainable economic growth.

Researchers at the Mubadala Arabian Center for Climate and Environmental Sciences (Mubadala ACCESS) at NYU Abu Dhabi have found that reef fish from the Arabian Gulf, the world’s hottest sea, exhibit a higher tolerance to temperature fluctuations compared to those from more thermally stable coral reefs. However, the Arabian Gulf hosts fewer fish species overall, indicating that only certain fishes can withstand rising global temperatures.