Net primary productivity (NPP) assumes a pivotal role in the realm of plant growth, organic
matter production, and carbon cycling. Nevertheless, the mechanism underlying the …

To develop effective adaptation strategies for climate change, particularly in regions where
water is scarce, it is crucial to comprehend and quantify how hydrological responses are …

A better understanding of climate change impacts on water security beyond climate
variability is of critical importance to tackle water vulnerabilities exacerbated by increasing …

The frequency and intensity of hydroclimatic extremes such as droughts, floods, and
heatwaves have been increasing in many countries around the world due to anthropogenic …

As global warming intensifies, frequent extreme rainfall events cause severe soil erosion.​
However, the impact of extreme rainfall on erosion on karst slopes and its hydrodynamic …

The impact of changes in global temperatures and precipitation on climate distribution
remains unclear. Taking the annual global average temperatures and precipitation as the …

Observing basin water storage response due to hydroclimatic fluxes and human water use
provides valuable insight to the sensitivity of water storage to climate change. Quantifying …

This study focuses on temperature and snowfall conditions in Poland, both of which were
analyzed from 1981 to 2020. A 40-year record of daily snow fraction time series values was …

Forest cover loss is increasing at unprecedented rates, affecting the hydrologic systems of
major freshwater-producing regions of the world. However, quantification of the tipping …

Most previous studies on attributing climate change and human activities to streamflow
variation focused only on an annual scale, while few attempts were devoted to shorter time …