Subglacial topography is critically important for simulating ice-sheet evolution and projecting sea-level contributions. However, the subglacial topography of the Antarctic Ice Sheet is sparsely measured. Obtaining a gridded topography map used in ice-sheet simulations requires interpolating the measurements or inverting topography from observations of ice velocity and surface elevation. Traditional inverse methods based on the mass conservation law usually produce a single topography that is ov

A Markov chain Monte Carlo approach for geostatistically simulating mass-conserving subglacial topography
McCormack, Felicity S.
