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United States Department of Agriculture

Agricultural Research Service

Research Project: USING REMOTE SENSING & MODELING FOR EVALUATING HYDROLOGIC FLUXES, STATES, & CONSTITUENT TRANSPORT PROCESSES WITHIN AGRICULTURAL LANDSCAPES Title: Early results of the SMAP In Situ Sensor Testbed

Authors
item COSH, MICHAEL
item Ochsner, Tyson -
item MCKEE, LYNN
item EVETT, STEVEN

Submitted to: American Geophysical Union
Publication Type: Abstract Only
Publication Acceptance Date: October 14, 2010
Publication Date: December 13, 2010
Citation: Cosh, M.H., Ochsner, T., Mckee, L.G., Evett, S.R. 2010. Early results of the SMAP In Situ Sensor Testbed [abstract]. American Geophysical Union. 2010 CDROM.

Technical Abstract: In 2010, an ambitious soil moisture sensor intercomparison study was begun in Marena, Oklahoma. This effort is designed to serve as a foundation for incorporating diverse soil moisture networks into the Soil Moisture Active Passive Calibration and Validation program Using technology which is currently used throughout the world, stations were deployed throughout a rangeland pasture to monitor a long soil moisture time series and develop a qualitative assessment of how these sensors can be merged into a single global soil moisture database for satellite remote sensing calibration and validation. Also included in the testbed are new technologies such as the Cosmic-ray Soil Moisture Observing System (COSMOS), GPS reflectometers, and Passive Distributed Temperature Sensing systems. Regular sampling of gravimetric soil moisture and vegetation water content are conducted to determine an absolute ground truth for the electronic time series. Initial results include an assessment of the ease of deployment and installation, as well as the sensitive to significant precipitation amounts.

Last Modified: 9/29/2014
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