Watershed scale soil moisture estimates are necessary to validate current remote sensing products, such as those from the Advanced Microwave Scanning Radiometer (AMSR). Unfortunately, remote sensing technology does not currently resolve the land surface at a scale that is easily observed with ground measurements. One approach to validation is to use existing soil moisture measurement networks and scale these point observations up to the resolution of remote sensing footprints. As part of the Soil Moisture Experiment 2002 (SMEX02), one such soil moisture gaging system, in the Walnut Creek Watershed, Iowa, provided robust estimates of the soil moisture average for the watershed. Twelve in
Monitoring soil moisture dynamics from local to global scales is essential for a wide range of appli...
Remote sensing offers a very interesting means to estimate the soil moisture state of a hydrological...
Accurate coarse-scale soil moisture information is required for robust validation of current- and ne...
Evaluation of air- or space-borne remote sensors measuring soil moisture requires strategic ground-b...
International audienceEstimation of soil moisture at large scale has been performed using several sa...
Remote sensing of soil moisture effectively provides soil moisture at a large scale, but does not ex...
Soil moisture content is a crucial variable in studies of hydrology, meteorology, and plant sciences...
Soil moisture estimates from a distributed hydrologic model and two microwave airborne sensors (Push...
Remotely sensed soil moisture data measured during the Southern Great Plains 1997 (SGP97) experiment...
Soil moisture (SM) applications in terrestrial hydrology require higher spatial resolution soil mois...
Knowledge of soil moisture content in the root zone is important throughout a wide range of environm...
Soil moisture products acquired from passive satellite missions have been widely applied in environm...
Satellite sensor systems for soil moisture measurements have been continuously evolving. The Soil Mo...
Soil moisture state and variability control many hydrological and ecological processes as well as ex...
Monitoring soil moisture dynamics from local to global scales is essential for a wide range of appli...
Monitoring soil moisture dynamics from local to global scales is essential for a wide range of appli...
Remote sensing offers a very interesting means to estimate the soil moisture state of a hydrological...
Accurate coarse-scale soil moisture information is required for robust validation of current- and ne...
Evaluation of air- or space-borne remote sensors measuring soil moisture requires strategic ground-b...
International audienceEstimation of soil moisture at large scale has been performed using several sa...
Remote sensing of soil moisture effectively provides soil moisture at a large scale, but does not ex...
Soil moisture content is a crucial variable in studies of hydrology, meteorology, and plant sciences...
Soil moisture estimates from a distributed hydrologic model and two microwave airborne sensors (Push...
Remotely sensed soil moisture data measured during the Southern Great Plains 1997 (SGP97) experiment...
Soil moisture (SM) applications in terrestrial hydrology require higher spatial resolution soil mois...
Knowledge of soil moisture content in the root zone is important throughout a wide range of environm...
Soil moisture products acquired from passive satellite missions have been widely applied in environm...
Satellite sensor systems for soil moisture measurements have been continuously evolving. The Soil Mo...
Soil moisture state and variability control many hydrological and ecological processes as well as ex...
Monitoring soil moisture dynamics from local to global scales is essential for a wide range of appli...
Monitoring soil moisture dynamics from local to global scales is essential for a wide range of appli...
Remote sensing offers a very interesting means to estimate the soil moisture state of a hydrological...
Accurate coarse-scale soil moisture information is required for robust validation of current- and ne...