In GPR profiles, ice is usually imaged as a mostly electromagnetic transparent facies. However, diffraction events, as well as internal layering, can be also observed. In some …
Glacier surface facies are valuable indicators of changes experienced by a glacial system. The interplay of accumulation and ablation facies, followed by intermixing with dust and …
B Yousuf, A Shukla, I Ali, PK Garg, S Garg - Science of Remote Sensing, 2024 - Elsevier
Glaciers are primarily monitored using medium-to-high resolution satellite data, undermining the potential of coarse-resolution data. In pursuance of this, high resolution 10 m super …
Changes in glacier zones (eg, firn, superimposed ice, ice) are good indicators of glacier response to climate change. There are few studies of glacier zone detection by SAR that are …
Dynamic climate changes are particularly apparent in polar regions. Glaciers are retreatng towards the land at a very fast pace. This study demonstrates the application of the feature …
Snow cover is a key element in the water cycle, global heat balance and in the condition of glaciers. Characterised by high temporal and spatial variability, it is subject to short-and long …
This study focuses on the Hornsund region in Svalbard, where the temperature has risen by 1.14° C per decade, six times faster than the global average. The accelerating temperature …
New techniques are being implemented to precisely monitor the changes in debris-covered glaciers for ascertaining their response to climate change. The super-resolution mapping …
This paper explores the potential of ground-penetrating radar (GPR) monitoring for an advanced understanding of snow cover processes and structure. For this purpose, the study …