Student supported: 1 Graduate AssistantThe development of instruments for rapidly measuring the water content of subsoils is important in many areas of water resources research. For example, knowing the excess or lack of subsoil water can improve crops. The marked dielectric contrast, which exists between water and other common soil constituents (Fig. 1 and Table I) at microwave frequencies, provides a valuable means of sensing water content in soil.Project # A-070-MO Agreement # 14-31-0001-402
A theoretical and experimental study of the microwave reflectivity of soils with varying moisture co...
009214612001Final ReportPDFTech ReportFHWA/IN/JTRP-2000/20SPR-2201AdditivesDensityElectromagnetic pr...
Major activities described include development and evaluation of theoretical models that describe bo...
The large difference between the dielectric constant of water and dry soils produces a strong depend...
The microwaves of typical frequency ranges of 3 GHz to 30 GHz have been in use for remote sensing ap...
Accurate estimates of soil moisture are necessary to predict evapotranspiration, runoff, infiltratio...
One of the present efforts in the field of microwave remote sensing is to estimate soil water status...
One technique of measuring moisture content that appears promising is that of microwave radiometry. ...
AbstractThis paper discusses the measurement of moisture content present in soil by computing the di...
Soil hydraulic properties are of main interest for estimating water and energy fluxes at the land su...
International audienceMICRO-SWEAT, a physically based soil water and energy balance model coupled wi...
Soil water content is a crucial variable in hydrological modeling, agricultural water management, an...
Microwave remote sensing of soils to determine water content was considered. A layered water balance...
The current status of microwave radiometry is provided. The fundamentals of the microwave radiometer...
From the Proceedings of the 1975 Meetings of the Arizona Section - American Water Resources Assn. an...
A theoretical and experimental study of the microwave reflectivity of soils with varying moisture co...
009214612001Final ReportPDFTech ReportFHWA/IN/JTRP-2000/20SPR-2201AdditivesDensityElectromagnetic pr...
Major activities described include development and evaluation of theoretical models that describe bo...
The large difference between the dielectric constant of water and dry soils produces a strong depend...
The microwaves of typical frequency ranges of 3 GHz to 30 GHz have been in use for remote sensing ap...
Accurate estimates of soil moisture are necessary to predict evapotranspiration, runoff, infiltratio...
One of the present efforts in the field of microwave remote sensing is to estimate soil water status...
One technique of measuring moisture content that appears promising is that of microwave radiometry. ...
AbstractThis paper discusses the measurement of moisture content present in soil by computing the di...
Soil hydraulic properties are of main interest for estimating water and energy fluxes at the land su...
International audienceMICRO-SWEAT, a physically based soil water and energy balance model coupled wi...
Soil water content is a crucial variable in hydrological modeling, agricultural water management, an...
Microwave remote sensing of soils to determine water content was considered. A layered water balance...
The current status of microwave radiometry is provided. The fundamentals of the microwave radiometer...
From the Proceedings of the 1975 Meetings of the Arizona Section - American Water Resources Assn. an...
A theoretical and experimental study of the microwave reflectivity of soils with varying moisture co...
009214612001Final ReportPDFTech ReportFHWA/IN/JTRP-2000/20SPR-2201AdditivesDensityElectromagnetic pr...
Major activities described include development and evaluation of theoretical models that describe bo...