Corner cube retro‐reflectors (CCRs), passive optical components, are used to
independently evaluate the geolocation accuracy and effective laser footprint diameter of …

Accurate estimates of regional ice thickness, which are generally produced by ice-thickness
inversion models, are crucial for assessments of available freshwater resources and sea …

Snow depth is highly variable across basins, yet most snow depth data in the western US
come from sparse in situ point measurements. The water resources community needs …

The ice, cloud, and land elevation satellite-2 (ICESat-2) can effectively measure global
surface elevations and be used as a new data source for global elevation control. ICESat-2 …

We present the results of an assessment of ice surface elevation measurements from
NASA's Ice, Cloud, and land Elevation Satellite-2 (ICESat-2) along the CHINARE (CHINese …

ABSTRACT Digital Elevation Models (DEMs) are critical datasets in the field of Earth
sciences, essential for accurate measurement and analysis of the Earth's surface. We used …

Coastal regions are undergoing rapid change, due to natural and anthropogenic forcings. A
current constraint in understanding and modeling these changes is the lack of multi …

Surface meltwater accumulating on Antarctic ice shelves can drive fractures through to the
ocean and potentially cause their collapse, leading to increased ice discharge from the …

The Ice, Cloud, and land Elevation Satellite-2 (ICESat-2) can measure the elevations of the
Earth's surface using a sampling strategy with unprecedented spatial detail. In the daytime of …

Accurately resolving spatio‐temporal variations in sea surface height across the polar
oceans is key to improving our understanding of ocean circulation variability and change …