Colorado State University / Jet Propulsion Laboratory / Cooperative Institute / College Park / University of Washington / University of Arizona / University of Texas / University of Maryland / California Institute of Technology / Fort Collins / University of Colorado / /
IndustryTerm
satellite mission / laser return energy / low energy / planetary energy budget / low-energy highrepetition-rate systems / multidisciplinary applications / laser technology / energy / interferometric processing technique / micropulse laser technology / higher energy / high energy / rapid energy loss / rapid energy decay / minimal energy loss / rapid energy degradation / laser energy / satellite laser altimetry measurements / /
Cooperative Institute for Climate Studies / California Institute of Technology / National Research Council / Earth Science Decadal Survey mission / Department of Geology / Department of Geography / University of Texas at Austin / Polar Science Center / University of Colorado / Earth Science and Observation Center / European Space Agency / University of Maryland / College Park / Scripps Institution of Oceanography / Colorado State University / Science and Exploration Directorate / National Aeronautics and Space Administration / University of Washington / Seattle / NASA Goddard Space Flight Center / University of Arizona / Center for Space Research / /
Person
Waleed Abdalati / Helen Amanda Fricker / Charles Webb / Sinead Louise Farrell / James Spinhirne / Alexander Marshak / Bea Csatho / David Harding / Ben Smith / Stephen Palm / Robert Bindschadler / Thorsten Markus / Michael Lefsky / H. Jay Zwally / Bob Schutz / Ronald Kwok / Thomas Neumann / / /
INVITED PAPER The ICESat-2 Laser Altimetry Mission Planned to launch in 2015, ICEsat-2 will measure changes in polar