Abstract: Various approaches based on climatological data (CD) have been used to estimate evapotranspiration (ET). A multiple regression with ordinary least square analysis (OLS) has been commonly used to assess the relatively ...

Abstract: The experiment was conducted in lysimeters for studying the evaporation from soil surface in relation to water table depth and standard pan evaporation. Dummy variables 1 and 0 were used as an alternative to analyze the ...

Abstract: The difference in sugarcane evapotranspiration (ET), sugarcane yield, and soil moisture content between drip irrigation and subirrigation, are compared using four lysimeters, each 5.5‐m diameter by 1.2‐m deep. Plant cane ...

Abstract: Landsat Multispectral Scanner System (MSS) data in conjunction with the unsupervised classification technique of Earth Resources Laboratory Application Software (ELAS) were used to determine land use/land cover classifications. ...

Abstract: Rainfall data constitute an important parameter for studying water resources‐related problems. Currently, little is known about the accuracy of the estimation of rainfall in a given area, primarily because of the wide ...

Abstract: Geostationary Operational Environmental Satellite (GOES) visible and thermal infrared data, in conjunction with the Griffith‐Woodley method, are used to estimate the rainfall in Florida. Both the life history techniques ...

Abstract: Geostationary operational environmental satellite (GOES) infrared (IR) images and rain gauge measurements are used to study five convective storm events in Florida. The study region is divided into a training area and a ...

Abstract: Landsat satellite Thematic Mapper (TM) data were explored as an alternative for monitoring regional soil moisture conditions. The theoretical method of using single daily temperature data sets to estimate root zone soil ...