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Hydrology / Soil physics / Physical chemistry / Soil mechanics / Radiometry / Water content / Microwave radiometer / Soil / Permittivity / Earth / Science / Physics


Comparison of two microwave radiobrightness models and validation with field measurements William L. Crosson, Charles A. Laymon, Member, IEEE, Ramarao Inguva, Christine Bowman Abstract-- This paper compares microwave bri
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Document Date: 2004-07-14 15:00:53

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File Size: 294,96 KB

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City

Huntsville / /

Company

East-West Enterprises / Campbell Scientific Inc. / /

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Facility

Alabama A&M University / University of New Hampshire / Winfred Thomas Agricultural Experiment Station / /

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IndustryTerm

satellite deployment / internal electronics / soil moisture retrieval algorithms / typical soil moisture applications / inverse solution / satellite sensors / profile site / eventual satellite applications / satellite missions / energy / /

MusicGroup

Microwave / /

NaturalFeature

Everest / Ocean Salinity / /

Organization

Soil Moisture-Ocean Salinity mission / University of New Hampshire / Durham / Alabama A&M University’s Center for Hydrology / Soil Climatology and Remote Sensing / Universities Space Research Association / Global Hydrology and Climate Center / National Aeronautics and Space Administration / Alabama A&M University / /

Person

William L. Crosson / Charles A. Laymon / Jim Bilskie / /

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Position

radiobrightness model / or the vertical profile representation / representative / Corresponding Author / /

ProvinceOrState

Alabama / New Hampshire / /

Technology

radiation / Remote Sensing / soil moisture retrieval algorithms / dielectric / remote sensing system / microwave / /

SocialTag