Snow accumulation in mountainous watersheds plays a paramount role in the hydrological
cycle and environmental stability. In the current research, three different snow modeling …

Snow is a critical contributor to Ontario's water-energy budget, with impacts on water
resource management and flood forecasting. Snow water equivalent (SWE) describes the …

In northern cold-temperate countries, a large portion of annual streamflow is produced by
spring snowmelt, which often triggers floods. It is important to have spatial information about …

Accuracy of the Copernicus snow water equivalent (SWE) product and the impact of SWE
calibration and assimilation on modelled SWE and streamflow was evaluated. Daily …

As Earth's largest collection of freshwater, the Laurentian Great Lakes have enormous
ecological and socioeconomic value. Their basin has become a regional hotspot of climatic …

Demand for radar Quantitative Precipitation Estimates (QPEs) as precipitation forcing to
hydrological models in operational flood forecasting has increased in the recent past. It is …

The terrestrial water cycle is important for the arid regions of central Asia (CA). In this study,
the spatiotemporal variations in the three climate variables [temperature (TMP), precipitation …

Accurate forecasting of spring flow is essential for mitigating flood damage and optimizing
hydroelectric power production. In northern countries such as Canada, this flow is mainly …

Abstract Changes in the quantity of terrestrial Arctic snow have far‐reaching implications for
the global water‐energy budget, ecosystem development, and cold region flooding. Snow …

The area contributing snow meltwater during the peak flow period is referred to as the 'snow
sensitive zone'(SSZ) of a watershed. Forest harvest and other forms of vegetation cover …