Search results for " Kcb from cover fraction and height"

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Transpiration and Water Use of an Irrigated Traditional Olive Grove with Sap-Flow Observations and the FAO56 Dual Crop Coefficient Approach

2021

The SIMDualKc model was applied to evaluate the crop water use and the crop coefficient (Kc) of an irrigated olive grove (Olea europaea L.) located in Sicily, Italy, using experimental data collected from two crop seasons. The model applies the FAO56 dual Kc approach to compute the actual crop evapotranspiration (ETc act) and its components, i.e., the actual tree transpiration (Tc act), obtained through the basal crop coefficient (Kcb), and soil evaporation according to an evaporation coefficient (Ke). Model calibration was performed by minimizing the difference between the predicted Tc act and the observed daily tree transpiration measured with sap flow instrumentation (TSF field) acquired…

Actual transpiration; Fraction of ground cover; K; cb; from cover fraction and height; Orchard water balance; Sap flow; Soil evaporation; Standard basal crop coefficientStandard basal crop coefficientFraction of ground coverK<sub>cb</sub> from cover fraction and heightGeography Planning and DevelopmentDeficit irrigationAquatic Sciencefrom cover fraction and heightBiochemistryactual transpirationWater balancesap flowSap flowLinear regressionSettore AGR/08 - Idraulica Agraria E Sistemazioni Idraulico-Forestalisoil evaporationKcb from cover fraction and heightIrrigation managementTD201-500Water Science and TechnologyTranspirationHydrologyActual transpirationWater supply for domestic and industrial purposesIrrigation schedulingActual transpiration Kcb from cover fraction and height soil evaporation Sap flow water balance Standard basal crop coefficientHydraulic engineeringKcbCrop coefficientfraction of ground coverOrchard water balanceEnvironmental sciencestandard basal crop coefficientTC1-978Soil evaporationWater useorchard water balance
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