Total evaporation estimates from a renosterveld and dryland wheat/fallow surface at the Voëlvlei nature reserve (South Africa)

Date
2011
Authors
Jovanovic N.Z.
Jarmain C.
de Clercq W.P.
Vermeulen T.
Fey M.V.
Journal Title
Journal ISSN
Volume Title
Publisher
Abstract
Description
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Keywords
Change in land use, Crop coefficient, Cropping systems, Dryland, Dryland salinity, HYDRUS-1D, Large aperture scintillometers, Long term simulation, Nature reserves, Rainy winters, River catchment, Saline groundwater, Semiarid area, Soil water, Soil water balance, South Africa, Spatial variability, Summer season, Surface energy balance algorithm for land (SEBAL), Surface energy balance algorithm for lands, Temporal variability, Under water, Water balance, Wheat/fallow system, Window period, Algorithms, Arid regions, Catchments, Climate models, Computer simulation, Crops, Energy balance, Evaporation, Evapotranspiration, Groundwater, Groundwater resources, Interfacial energy, Land use, Saline water, Scintillation, Soil moisture, Surface chemistry, Vegetation, Water supply, Phase transitions, dryland farming, evapotranspiration, fallow, land use change, semiarid region, soil degradation, soil water, temporal variation, water budget, water resource, water supply, water table, wheat, South Africa, Voelvlei Nature Reserve, Western Cape
Citation
Water SA
37
4
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