Central Asia faces an increasing challenge related to water resources arising from severe
droughts and floods that have impacted the region in the past decades. Using a …

Abstract Central Asia (CA; 35°–55° N, 55°–90° E) has been experiencing a significant
warming trend during the past five decades, which has been accompanied by intensified …

This study provides a long-term (1891–2014) global assessment of precipitation trends
using data from two station-based gridded datasets and climate model outputs evolved …

In High Mountain Asia (HMA), rising temperatures and retreating glaciers are leading to the
formation of new glacial lakes and the expansion of existing ones. The sudden release of …

Quantifying future precipitation changes in central Asia (CA), one of the largest semiarid‐to‐
arid regions in the world, is increasingly attracting attention. Extreme precipitation changes …

The present study investigated impacts of strong and weak El Niño events on central Asian
precipitation variability from El Niño developing years to decaying years. It is found that …

Appraisal of the long‐term precipitation trends and variability is crucial for sustainable water
resources management. This research intended to evaluate Bangladesh's monthly …

Central Asia (CA) is among the most vulnerable regions to climate change due to the fragile
ecosystems, frequent natural hazards, strained water resources, and accelerated glacier …

Tree-ring-width chronologies for 33 samples of Picea abies (L.) Karst. were developed, and
a relationship between tree growth and hydrometeorological features was established and …

Precipitation induced mudflows are a major and longstanding threat in Uzbekistan,
impacting on many properties and livelihoods. In this paper, the role of large-scale …