Hydrology plays a central role in applied and fundamental environmental sciences, but it is
well known to suffer from an overwhelming diversity of models, particularly to simulate …

This study summarizes reviews on climate change's impact on the water environment and
hydrological regime. The results indicate a strong relationship between the climatological …

Background Climate and the hydrological cycle are closely linked; therefore, in the most
likely scenarios of climate change, the increase in temperature may influence the expected …

The streamflow seasonality in mountain catchments is often influenced by snow. However, a
shift from snowfall to rain is expected in the future. Consequently, a decrease in snow …

Land-use changes often have significant impact on the water cycle, including changing
groundwater/surface-water interactions, modifying groundwater recharge zones, and …

Assessments of climate change impacts on runoff regimes are essential to climate change
adaptation and mitigation planning. Changing runoff regimes and thus changing seasonal …

ABSTRACT A shift from snowfall to rain affecting snow storage is expected in future.
Consequently, changes in rain-on-snow (ROS) events may occur. We evaluated the …

Mountainous catchments cover a broad range of elevations and their response to a warming
climate is expected to vary significantly in space. Nevertheless, studies on climate change …

Climate warming is expected to accelerate glacier retreat and shift hydrological regime,
which poses great threat to regional water resources in terms of amount, variability, and …

It is expected that an increasing proportion of the precipitation will fall as rain in alpine
catchments in the future. Consequently, snow storage is expected to decrease, which …