2016•AGU Fall Meeting AbstractsRequires access

Investigation of the evolution of altimeter-derived sea ice thickness estimates through the summer melt season using a Lagrangian ice motion tracking approach

J. Scott Stewart, Walter N. Meier, Mark A. Tschudi, Nathan Timothy Kurtz

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Key concepts: Altimeter, Geology, Sea ice, Climatology, Geodesy, Tracking (education), Motion (physics), Lagrangian

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Investigation of the evolution of altimeter-derived sea ice thickness estimates through the summer melt season using a Lagrangian ice motion tracking approach — Research Paper | ScholarLens