Extreme climate events can pose huge threats to human safety and industrial and
agricultural production. Therefore, investigating the time of emergence (TOE) of climate …

It is important to project the changes in extreme temperature in Eurasia, where more than
two‐thirds of the world's population reside. Employing Phase 6 of the Coupled Model …

Studies conducted at the beginning of this century revealed a warming and humidification
trend in northwest China, which lasted for a short period, with some minor variations. The …

The extreme temperature has become more frequent and intense due to global warming,
particularly in dry regions, causing devastating impacts on humans and ecosystems. The …

The integrated warm-wet trends over the Tibetan Plateau (TP) have posed a vital influence
on human society and natural ecosystem in recent decades. However, there is currently a …

To avoid more severe impacts from climate change, the Paris Climate Agreement strives to
limit global warming to below 1.5° C above the pre-industrial level. The large socioeconomic …

This study explores the model performance of the Coupled Model Intercomparison Project
Phase 6 (CMIP6) in simulating precipitation extremes over the mid–high latitudes of Asia, as …

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 …

Coastal areas are a noteworthy source of commercial and economic fortunes for
surrounding municipalities throughout the Moroccan Atlantic coast. Thus, a deep knowledge …

Abstract East-Central Asia is one of the most vulnerable and sensitive regions to climate
change, and the variability of extreme precipitation attracts great attention due to the large …