Snowfall may have different stable isotopic compositions compared with rainfall, allowing its
contribution to potentially be tracked through the hydrological cycle. This review summarizes …

The frequency and intensity of flood events have been increasing recently under the
warming climate, with snowmelt floods being a significant part. As an effective manner of …

Rain on snow (ROS) has the potential to generate severe floods. Thus, precisely predicting
the effect of an approaching ROS event on runoff formation is very important. Data analyses …

Rain-on-snow (ROS) events in mountainous catchments can cause enhanced snowmelt,
leading to an increased risk of destructive winter floods. However, due to differences in …

Under the global warming, the extreme warming process, heavy snowfall and Rain-On-
Snow event occur more frequently, resulting in more frequent snowmelt floods, and the rain …

The mechanisms of rainwater propagation and runoff generation during rain-on-snow (ROS)
events are still insufficiently known. Understanding storage and transport of liquid water in …

Subalpine regions of the Canadian Rocky Mountains are expected to experience continued
changes in hydrometeorological processes due to anthropogenically mediated climate …

Adquirir un conocimiento detallado sobre el funcionamiento hidrológico de cuencas de
montaña representa un importante reto en el esfuerzo para paliar las posibles …

Previous studies have primarily focused on the hydrological response of snowpack during
rain‐on‐snow (ROS) events, with limited attention given to their subsequent stages, despite …

Generally, the isotopic composition of precipitation on the windward side of gigantic
mountains has a negative altitude gradient. However, an inverse isotopic altitude effect …