Water uptake by plant roots is an important component of the soil water balance. In this report we studied four water uptake models, of different complexity, that were all embedded in a greater model dealing with transport of water in (an unsaturated) soil. Though also some attention was paid to performance of the routines by themselves, the focus was directed to their functioning as a part of the greater models. We examined the results of two scenarios of potential transpiration and precipitation, comprising a period of 16 days. As could be expected the models yielded different results, but the differences in actual transpiration are modest due to feedback mechanisms
Root water uptake is a key element for analysing the evolution of soil water content, which regulat...
We studied water uptake variability at the plant scale using a three-dimensional detailed model. Spe...
Root water uptake by plants mediates the exchange of water, carbon and energy between land surface a...
Water uptake by plant roots is an important component of the soil water balance. In this report we s...
We compared four root water uptake (RWU) models of different complexity that are all embedded in gre...
The objective of our study was to determine to what extent four root water uptake (RWU) models diffe...
This paper addresses water uptake by roots as calculated in summary crop growth models for use at th...
Numerical models simulating changes in soil water content with time rely on accurate estimation of r...
3D models of root growth, architecture and function are evolving as they become important tools that...
Root water uptake is a main process in the hydrological cycle and vital for water management in agro...
In recent years, research interest in plant water uptake strategies has rapidly increased in many di...
The need for improved crop water use efficiency calls for flexible modeling platforms to implement n...
Simulations of plant water uptake in soil science are based on the interplay between soil and root p...
Water uptake by plant roots is a complex mechanism controlled by biological and physical properties ...
We studied water uptake variability at the plant scale using a three-dimensional detailed model. Spe...
Root water uptake is a key element for analysing the evolution of soil water content, which regulat...
We studied water uptake variability at the plant scale using a three-dimensional detailed model. Spe...
Root water uptake by plants mediates the exchange of water, carbon and energy between land surface a...
Water uptake by plant roots is an important component of the soil water balance. In this report we s...
We compared four root water uptake (RWU) models of different complexity that are all embedded in gre...
The objective of our study was to determine to what extent four root water uptake (RWU) models diffe...
This paper addresses water uptake by roots as calculated in summary crop growth models for use at th...
Numerical models simulating changes in soil water content with time rely on accurate estimation of r...
3D models of root growth, architecture and function are evolving as they become important tools that...
Root water uptake is a main process in the hydrological cycle and vital for water management in agro...
In recent years, research interest in plant water uptake strategies has rapidly increased in many di...
The need for improved crop water use efficiency calls for flexible modeling platforms to implement n...
Simulations of plant water uptake in soil science are based on the interplay between soil and root p...
Water uptake by plant roots is a complex mechanism controlled by biological and physical properties ...
We studied water uptake variability at the plant scale using a three-dimensional detailed model. Spe...
Root water uptake is a key element for analysing the evolution of soil water content, which regulat...
We studied water uptake variability at the plant scale using a three-dimensional detailed model. Spe...
Root water uptake by plants mediates the exchange of water, carbon and energy between land surface a...