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Ice thickness of the West Kunlun glaciers revealed by airborne geophysical survey

Glacier ice thickness models are fundamental to studies of glaciology, hydrology, and climatology. They play a key role in estimating ice volume, simulating future glacier evolution, and projecting meltwater runoff changes. However, ice thickness measurements (e.g., ice penetrating radar) only cover about 14% of global glacier area and disparity exists
Junjun Yang, Qing Shu
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Recent geophysical, geomorphological and geodetic surveys of Montasio occidentale glacier (Julian Alps, Italy)

2011
The glaciers of the European Alps are currently affected by large mass losses, due to unfavorable climatic conditions. Glacier areas and volumes rapidly decrease and the bedrock tends to outcrop, causing morphological changes and fragmentation of most ice bodies.
CARTURAN, LUCA +12 more
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Combination of conventional geophysical methods for sounding the composition of rock glaciers in the Swiss Alps

Permafrost and Periglacial Processes, 2006
AbstractThe composition of rock glaciers was sounded by a combination of conventional geophysical methods near the lower limit of mountain permafrost in the Swiss Alps. P‐wave velocity, direct current (DC) resistivity and year‐round ground surface temperatures were measured on 32 talus‐derived rock glaciers.
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Deep learning multimodal methods for geophysical inversion : application to glacier ice thickness estimation