We use snow course and airborne gamma data available over North America to compare
the validation of gridded snow water equivalent (SWE) products when evaluated with one …

Observation‐based long‐term gridded snow water equivalent (SWE) products are important
assets for hydrological and climate research. However, an evaluation of the currently …

Socially and economically costly extreme weather events have become more prevalent in
the last decade. Monitoring and early warning systems could help mitigate the impact of …

An airborne gamma-ray remote sensing technique provides a strong potential to estimate
reliable snow water equivalent (SWE) in forested environments where typical remote …

Abstract The successful Soil Moisture Active Passive (SMAP) mission provides operational
soil moisture products of high quality; yet its impacts on global carbon and water cycle …

Snow cover is an informative indicator of climate change and surface hydrological cycles.
Despite its essential accurate dynamic measurement (ie, accumulation, erosion, and runoff) …

The spatiotemporal distribution of snow depth (SD) has a significant impact on the energy
and water balances of the Earth's system. However, passive microwave (PMW) remote …

Despite decades of effort, there remains an inability to measure snow water equivalent
(SWE) at high spatial resolutions using remote sensing. Passive gamma ray spectrometry is …

The effect of post-depositional processing on the preservation of snow nitrate isotopes at
Summit, Greenland, remains a subject of debate and is relevant to the quantitative …

Soil dry depth is a key parameter that determines soil fertility and nutrient availability,
ultimately affecting crop yield and quality. However, accurately measuring the dry depth of …