Gainesville / New York / Philadelphia / Athens / St. Joseph / Florida City / Washington / Miami / Homestead / Chicago / /
Company
South Florida Currently / Cambridge University Press / Agricultural Technical Experts / Coastal / D.A. Dazlich / P. / A. Dalcher / Y. Sud / D.A. Randall / C.O. Justice / U.S. Geological Survey / C.J. Tucker / S.O. Los / Y. Mintz / G.J. Collatz / /
Country
United States / /
Event
Natural Disaster / Environmental Issue / /
Facility
University of Georgia / Coastal Plain Experiment Station / University of Florida / University of Florida Tropical Research / Rice University / /
Holiday
St. Joseph / /
IndustryTerm
realistic solution / energy balance processes / adequate solution / Non-overlapping domain decomposition algorithms / natural systems / energy / decomposition algorithms / satellite data / scale solution / water/chemicals/energy / domain decomposition algorithms / large grid solution / chemicals / multigrid algorithms / non-overlapping algorithms / water resource management / /
NaturalFeature
Florida Bay / /
Organization
University of Georgia / Cambridge University / Rice University / Houston / National Center for Atmospheric Research / Agricultural Engineering Department / U.S Department of the Interior / University of Florida Tropical Research and Education Center / U.S. Department of Agriculture / American Society of Agricultural Engineers / United States Army / Society of Industrial and Applied Mathematics / University of Florida / Biological Engineering Department / /
Person
Bush / /
Position
General / /
Product
C-111 / /
ProgrammingLanguage
FL / /
ProvinceOrState
Texas / Alabama / Illinois / New York / Washington / Michigan / South Carolina / Dade County / Florida / Georgia / /
PublishedMedium
Journal of the Atmospheric Sciences / Journal of Hydrologic Engineering / Journal of Climate / Atmospheric Research / /
Region
southern Florida / Central Florida / south Florida / /
WATER RESOURCES RESEARCH GRANT PROPOSAL Title: Development of Multiple Process and Multiple Scale Hydrologic Models Statement of critical regional water problems The natural hydrology of south Florida has been extensivel