GP_PW_AB_VERIFIED_ALL · 17/32Accessible node tableIDTypeLabelGroup versionsW000292Publication workComparative analysis for three models of hysteretic water retention capacity using data on silty soil—W000293Publication workComparison of three systems of soil hydrophysical functions on example of silt loam—W000294Publication workForecasting Scanning Branches of the Hysteresis Soil Water-Retention Capacity for Calculation of Precise Irrigation Rates in Agricultural Landscapes Using a Mathematical Model—W000295Publication workModeling the hydrophysical soil properties and comparative analysis for three systems of functions—W000296Publication workFunctional Description of Water-Retention Capacity and Relative Hydraulic Conductivity of the Soil Taking into Account Hysteresis—W000297Publication workSoil-hydrophysical information support of precise irrigation farming—W000298Publication workТри системы почвенно-гидрофизических функций с общими наборами параметров: верификация и сравнение на примере глинистой, суглинистой и песчаной почв—W000299Publication workМоделирование гидрофизических свойств почвы как капиллярно-пористого тела и усовершенствование метода Муалема-Ван Генухтена: теория—W000301Publication workКоличественная оценка фенотипической пластичности в модели оптимального роста растений—W000303Publication workАссимиляция данных при имитационном моделировании экологических процессов методом минимизации корректирующих возмущений—W000304Publication workNew Agrophysics Divisions: Application of GIS and Fuzzy Multi Attributive Comparison of Alternatives (review)—W000310Publication workEnhanced Mualem-Van Genuchten Approach for Estimating Relative Soil Hydraulic Conductivity—W000312Publication workMathematical Modeling of Hydrophysical Properties of Soils in Engineering and Reclamation Surveys—W000313Publication workModeling of Hydrophysical Properties of the Soil as Capillary-Porous Media and Improvement of Mualem-Van Genuchten Method as a Part of Foundation Arrangement Research—W000314Publication workModelling the Hysteretic Water Retention Capacity of Soil for Reclamation Research as a Part of Underground Development—W000315Publication workA new approach to determining fractal dimension of soil pore space from experimental data on moisture filtration—W000316Publication 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—PreviousPage 17 of 32Next