John C. Behrendt

Geologic Controls on the Initiation of Rapid Basal Motion for West Antarctic Ice Streams: A Geophysical Perspective Including New Airborne Radar Sounding and Laser Altimetry Results

Aerogeophysical evidence for active volcanism beneath the West Antarctic Ice Sheet

Two Years Below the Horn; Operation Tabarin, Field Science, and Antarctic Sovereignty, 1944-1946, by Andrew Taylor, edited by Daniel Heidt and P. Whitney Lackenbauer, Winnipeg, University of Manitoba Press, 2017, 456 pp.,

37.95 (soft cover). ISBN: 978 0 88755 7910.

A Prediction of Increase in Subglacial Volcanism Beneath the West Antarctic Ice Sheet (WAIS) as Future Deglaciation Caused by Ocean Circulation Proceeds

Question of Ages of Cenozoic Volcanic Centers Inferred Beneath the West Antarctic Ice Sheet (WAIS) in the West Antarctic Rift System (WR) from Coincident Aeromagnetic and Radar Ice Sounding Surveys

Examples of Models Fit to Magnetic Anomalies Observed Over Subaerial, Submarine, and Subglacial Volcanoes in the West Antarctic Rift System

Negative Magnetic Anomalies Observed in the Central West Antarctica (CWA) Aerogeophysical Survey Over the West Antarctic Ice Sheet (WAIS), Whose Sources are Volcanic Centers (e.g. Mt Resnik) at the Base of the ice >780 Ka

Do the Volcanic Rocks Erupted in the West Antarctic Rift System Beneath the West Antarctic Ice Sheet (WAIS), Interpreted From Aeromagnetic Surveys, Define a Large Igneous Province?

Shallow Source Volcanic Aeromagnetic Anomalies over the WAIS Compared with Coincident Bedrock Topography