The author has identified the following significant results. In the presence of variable plant cover (primarily percent cover) and variable available water content, the remotely sensed apparent temperatures correlate closely with plant cover and poorly with soil water. To the extent that plant cover is not systematically related to available soil water, available water in the root zone values may not be reliably predicted from the thermal infrared data. On the other hand, if plant cover is uniform and the soil surface is shown in a minor way, the thermal data indicate plant stress and consequently available water in the soil profile
This study was effected in the framework of the NIWARS investigations on the application of thermal ...
This paper deals with the possibility of using infrared thermography to determine the irrigation req...
A study on the potential for extracting canopy temperature from composite scenes of plant and soil b...
The use of infrared temperatures in agriculture and hydrology is based on the energy balance equatio...
Thermal infrared data can potentially improve crop yield estimates through detection of different cr...
Better methods for remote sensing of surface evapotranspiration, soil moisture, and fractional veget...
With an increasing demand of fresh water resources in arid/semi-arid parts of the world, researchers...
The application of remotely sensed estimates of canopy minus air temperature (Tc-Ta) for detecting c...
© 2017 Dr. Venkata Radha AkurajuThis thesis focuses on Root-Zone Soil Moisture (RZSM) estimation usi...
The use of digital infrared thermography and thermometry to investigate early crop water stress offe...
The combined effect of water carved gullies, varying soil color, moisture state of the soil and crop...
Using model development, image analysis and micrometeorological measurements, the object is to push ...
Thermal-infrared imagery (thermography) obtained from satellite altitudes has been shown to be a pro...
Remote sensing techniques, particularly LANDSAT data, were used to assess soil moisture stress throu...
A pertinent interpretation of thermal infrared (TIR) information to characterize crop water status r...
This study was effected in the framework of the NIWARS investigations on the application of thermal ...
This paper deals with the possibility of using infrared thermography to determine the irrigation req...
A study on the potential for extracting canopy temperature from composite scenes of plant and soil b...
The use of infrared temperatures in agriculture and hydrology is based on the energy balance equatio...
Thermal infrared data can potentially improve crop yield estimates through detection of different cr...
Better methods for remote sensing of surface evapotranspiration, soil moisture, and fractional veget...
With an increasing demand of fresh water resources in arid/semi-arid parts of the world, researchers...
The application of remotely sensed estimates of canopy minus air temperature (Tc-Ta) for detecting c...
© 2017 Dr. Venkata Radha AkurajuThis thesis focuses on Root-Zone Soil Moisture (RZSM) estimation usi...
The use of digital infrared thermography and thermometry to investigate early crop water stress offe...
The combined effect of water carved gullies, varying soil color, moisture state of the soil and crop...
Using model development, image analysis and micrometeorological measurements, the object is to push ...
Thermal-infrared imagery (thermography) obtained from satellite altitudes has been shown to be a pro...
Remote sensing techniques, particularly LANDSAT data, were used to assess soil moisture stress throu...
A pertinent interpretation of thermal infrared (TIR) information to characterize crop water status r...
This study was effected in the framework of the NIWARS investigations on the application of thermal ...
This paper deals with the possibility of using infrared thermography to determine the irrigation req...
A study on the potential for extracting canopy temperature from composite scenes of plant and soil b...