4D Antarctica: a new effort aims to help bridge the gap between Antarctic crust and lithosphere structure and geothermal heat flux

• Main Authors: Ferraccioli F, Ebbing J, Dziadek R, Gohl K, Mather B, Fullea J, Verdoya M, Armadillo E, Green C, Macelloni G, Wiens D, Shen W
• Other Authors: Ferraccioli, F, Ebbing, J, Dziadek, R, Gohl, K, Mather, B, Fullea, J, Verdoya, M, Armadillo, E, Green, C, Macelloni, G, Wiens, D, Shen, W
• Format: Conference Object
• Language: English
• Published: 2020
• Subjects: Antarctic; The Antarctic; Antarctic Peninsula; West Antarctica; Amundsen Sea; West Antarctic Ice Sheet; Transantarctic Mountains; Byrd; Marie Byrd Land; Wilkes Subglacial Basin; Antarc*; Antarctica; Ice Sheet
• Online Access: http://hdl.handle.net/11567/1025659

Seismology, satellite-magnetic and aeromagnetic data, and sparse MT provide the only available geophysical proxies for large parts of Antarctica’s Geothermal Heat Flux (GHF) due to the sparseness of direct measurements. However, these geophysical methods have yielded significantly different GHF esti...