Some plants rely on a dependable winter recharge, as opposed to others that quickly respond to the intermittent and uncertain rainfall during the growing season. Using a stochastic model for the soil moisture process and a quantitative measure of plant water stress, we find climate, soil, and vegetation characteristics leading to the dominance or possible coexistence of these two strategies of water use
The research for a maximum stand density that maintains sustainable development is necessary in arid...
Stomatal conductance links plant water use and carbon uptake. Its responses to environmental conditi...
Crop production is axiomatically related to water consumption of transpiring leaves. Crop adaptation...
In the study of the evolutionary dynamics of soil moisture at a site, it is particularly important t...
A stochastic model for soil moisture dynamics at a point is studied in detail. Rainfall is described...
A stochastic model for soil moisture dynamics at a point is studied in detail. Rainfall is described...
We develop and compare two hydraulically-based schemes of the xylem structure of an individual plant...
We develop and compare two hydraulically-based schemes of the xylem structure of an individual plant...
This series of four papers studies the complex dynamics of water-controlled ecosystems from the hydr...
Plant responses to water stress influence water and carbon cycles and can lead to feedbacks on clima...
Plant responses to water stress influence water and carbon cycles and can lead to feedbacks on clima...
Three water-controlled ecosystems are studied here using the stochastic description of soil moisture...
Plant responses to water stress influence water and carbon cycles and can lead to feedbacks on clima...
Plant responses to water stress influence water and carbon cycles and can lead to feedbacks on clima...
International audienceDrought is a predominant cause of low yields worldwide. There is an urgent nee...
The research for a maximum stand density that maintains sustainable development is necessary in arid...
Stomatal conductance links plant water use and carbon uptake. Its responses to environmental conditi...
Crop production is axiomatically related to water consumption of transpiring leaves. Crop adaptation...
In the study of the evolutionary dynamics of soil moisture at a site, it is particularly important t...
A stochastic model for soil moisture dynamics at a point is studied in detail. Rainfall is described...
A stochastic model for soil moisture dynamics at a point is studied in detail. Rainfall is described...
We develop and compare two hydraulically-based schemes of the xylem structure of an individual plant...
We develop and compare two hydraulically-based schemes of the xylem structure of an individual plant...
This series of four papers studies the complex dynamics of water-controlled ecosystems from the hydr...
Plant responses to water stress influence water and carbon cycles and can lead to feedbacks on clima...
Plant responses to water stress influence water and carbon cycles and can lead to feedbacks on clima...
Three water-controlled ecosystems are studied here using the stochastic description of soil moisture...
Plant responses to water stress influence water and carbon cycles and can lead to feedbacks on clima...
Plant responses to water stress influence water and carbon cycles and can lead to feedbacks on clima...
International audienceDrought is a predominant cause of low yields worldwide. There is an urgent nee...
The research for a maximum stand density that maintains sustainable development is necessary in arid...
Stomatal conductance links plant water use and carbon uptake. Its responses to environmental conditi...
Crop production is axiomatically related to water consumption of transpiring leaves. Crop adaptation...