Fairfax / Pasadena / Alsdorf / Cambridge / Hunstville / Santa Rosa / /
Company
NASA Jet Propulsion Laboratory / /
Continent
Africa / North America / South America / Antarctica / /
Country
Australia / / /
Event
Environmental Issue / /
Facility
NASA Marshall Space Flight Center / Princeton University / University of South Florida / George Mason University / College Park / University of Washington / Woods Hole Oceanographic Institute / University of Maryland / Massachusetts Institute of Technology / University of Wisconsin / /
IndustryTerm
satellite estimates / data products / multi-satellite estimates / satellite-derived surface turbulent flux dataset / optimization algorithm / generation observing systems / energy budget closure / satellite retrieval algorithms / water budget accounting / larger scale satellite footprints / model-satellite / conventional observing systems / satellite measurements / newly-developed neural net algorithm / energy budget constraints / energy cycle consequences / careful accounting / satellite data / satellite systems / low-orbit satellite / adjusted satellite / energy cycles / swath product / diverse / energy budgets / interpolation algorithm / satellite remote sensing / homogeneous satellite / Observation-integrating data products / satellite-based global hydrological datasets / satellite-derived datasets / /
MusicAlbum
Eurasia / /
NaturalFeature
Indonesian Islands / South Atlantic ocean / Ocean Evaporation SeaFlux / Arctic ocean / /
Organization
National Research Council / Space Flight Center / Oceanographic Institute / Earth System Science Interdisciplinary Center / Princeton University / University of South Florida / St. Petersburg / Massachusetts Institute of Technology / University of Maryland / College Park / Measuring Mission / Colorado State University / George Mason University / University of Maryland / Baltimore County / National Aeronautics and Space Administration / University of Washington / Seattle / University of Wisconsin / Madison / / /
The Observed State of the Water Cycle in the Early 21st Century By M. Rodell1*, H.K. Beaudoing1,2, T.S. L’Ecuyer3, W.S. Olson1,4, J.S. Famiglietti5, P.R. Houser6, R. Adler2, M.G. Bosilovich1, C.A. Clayson7, D. Chambers