<p>Red line shows the PESW for the continuous simulation; black line shows PESW re-initialized on January 1; straight grey line shows initial PESW for the re-initialized model. The soil profile was 150 cm thick.</p
peer reviewedModels simulating the effects of water stress on crop growth can be valuable tools for ...
Water-limiting effects on the production of maize, cv. Suwan 1, in rainfed rice or lowland environme...
ABSTRACTThis study evaluated soil and water losses, soil water infiltration and infiltration rate mo...
The use of maize simulation models to determine the optimum plant population for rainfed environment...
<p>Statistical analysis of soil water content and acquisition rate at four depths during maize growi...
A conceptual framework of the time course of soil water depletion under water limiting conditions wa...
Modeling plant-soil-water interactions for long periods of time is important for crop management str...
Simulation models are useful tools that may help to improve our understanding of soil-water-plant in...
To maximize the irrigation efficiency and to protect groundwater from agrochemical pollution, two va...
Development and testing of mathematical relationships describing the infiltration, surface runoff, p...
Horizontal lines figure the soil water reserve (in mm) at Field Capacity Easily accessible water and...
and Blue Water flows and crop yields are simulated using soils, land use and climatic data under var...
A mathematical model was developed to predict water content profiles, evapotranspiration, water flow...
Substantial progress in modelling crop architecture has been made under optimal watering conditions;...
Simulated studies indicated that early sowing i.e 15th April (D1) predicted highest grain yield duri...
peer reviewedModels simulating the effects of water stress on crop growth can be valuable tools for ...
Water-limiting effects on the production of maize, cv. Suwan 1, in rainfed rice or lowland environme...
ABSTRACTThis study evaluated soil and water losses, soil water infiltration and infiltration rate mo...
The use of maize simulation models to determine the optimum plant population for rainfed environment...
<p>Statistical analysis of soil water content and acquisition rate at four depths during maize growi...
A conceptual framework of the time course of soil water depletion under water limiting conditions wa...
Modeling plant-soil-water interactions for long periods of time is important for crop management str...
Simulation models are useful tools that may help to improve our understanding of soil-water-plant in...
To maximize the irrigation efficiency and to protect groundwater from agrochemical pollution, two va...
Development and testing of mathematical relationships describing the infiltration, surface runoff, p...
Horizontal lines figure the soil water reserve (in mm) at Field Capacity Easily accessible water and...
and Blue Water flows and crop yields are simulated using soils, land use and climatic data under var...
A mathematical model was developed to predict water content profiles, evapotranspiration, water flow...
Substantial progress in modelling crop architecture has been made under optimal watering conditions;...
Simulated studies indicated that early sowing i.e 15th April (D1) predicted highest grain yield duri...
peer reviewedModels simulating the effects of water stress on crop growth can be valuable tools for ...
Water-limiting effects on the production of maize, cv. Suwan 1, in rainfed rice or lowland environme...
ABSTRACTThis study evaluated soil and water losses, soil water infiltration and infiltration rate mo...