Researchers Use Ice-Penetrating Radar to Better Understand Antarctic Glaciology
United States Antarctic Program United States Antarctic Program Logo National Science Foundation Logo
Alert
Read the latest information from NSF on coronavirus (COVID-19)
 
A recent publication from NSF-funded research by scientists at UC Santa Cruz has examined how electrical conductivity, and not radar reflectivity alone, should be used in investigating subglacial materials

Researchers Use Ice-Penetrating Radar to Better Understand Antarctic Glaciology

July 1, 2021


A recent publication from NSF-funded research by scientists at UC Santa Cruz has examined how electrical conductivity, and not radar reflectivity alone, should be used in investigating subglacial materials. The work uses surveying in Antarctica, combined with a literature review, to suggest that a range of geologic materials can have electrical conductivity that is high enough to significantly impact the value of radar reflectivity. Additionally, the work shows how including electrical conductivity in the calculation of the radar bed reflectivity may explain results that may be considered surprising in situations where the data are not incorporated.

Read the full article at https://tc.copernicus.org/articles/14/4495/2020/tc-14-4495-2020.html.

Images: NSF/Dan Frerich