GP_PW_ABC_VERIFIED_ALL · 24/45Accessible node tableIDTypeLabelGroup versionsW000316Publication workMathematical modelling of the hydraulic functions of the soil as a theoretical basis for precision irrigation technologies—W000317Publication workHYSTERESIS OF SOIL WATER-RETENTION CAPACITY: COMPARISON OF MODELS ON THE EXAMPLE OF SILT LOAM—W000318Publication workFunctional Representation of the Soil Hydrophysical Properties Using the Example of Loam—W000319Publication workPhysical modeling of water-retention capacity of soils—W000320Publication workUsing the Model of Hysteresis to Calculate the Precise Irrigation Rate for Silt Loam—W000321Publication workModeling the Hysteretic Soil Water-Retention Capacity and Eliminating the Undesirable «Pump Effect»—W000322Publication workThe relative hydraulic conductivity model of soil “Guelph Loam”—W000323Publication workSoilHysteresis-v.1.0—W000324Publication workSoilHydrophysics-v.1.0—W000325Publication workМоделирование гидрофизических свойств почвы для решения задач прикладной экологии—W000326Publication workМатематическое моделирование гидрофизических свойств почвы для расчета прецизионных норм орошения—W000327Publication workVan Genuchten's Empirical Functions: Hypothesis Testing and Comparison with Theoretically Based Analogs—W000330Publication workDigital approaches in agriculture crop monitoring—W000333Publication workApplying the Model of Soil Hydrophysical Properties for Arrangements of Temporary Enclosing Structures—W000334Publication workModeling the hydrophysical soil properties as a part of self-regulated flood dams projection in gis-environment for sustainable urban development—W000337Publication workAn improved Mualem–Van Genuchten method and its verification using data on Beit Netofa clay—W000338Publication workApplication of Ecosystem Modelling Methodology on Rural Areas of Crimea—Systematic Approach—W000342Publication workPhysically based method for determining the Hausdorff’s topological dimension of capillary-porous media—PreviousPage 24 of 45Next