Iterative solutions of coupled leaf photosynthesis and stomata1 conductance equations sometimes yield bifurcated or chaotic solutions. An analytical solution for coupled leaf photosynthesis-stomatal conduc-tance equations is preferred because an analytical model has specific and known roots, and partial derivatives can be taken to perform sensitivity analyses. 1 present an analytical solution for coupled leaf photosynthesis and stomata1 conductance equations that are based on established biochemical and physiological theory
Various plant responses to water stress have been reported, but conflicting reports as to which limi...
<p>Parameter values are derived from Wohlfahrt et al. <a href="http://www.plosone.org/article/info:d...
A model is presented which solves simultaneously for leafscale stomatal conductance, COj assimilatio...
The study presents a theoretical basis of a stomatal behavior-based coupled model for estimating pho...
A synthetic model of photosynthesis-transpiration was established based on a comprehensive considera...
Accurately predicting photosynthesis in response to water and nitrogen stress is the first step towa...
A mathematical model for photoinhibition of leaf photosynthesis was developed by formalising the ass...
Science and Technology Department of Jiangxi Province ; National High Technology Research and Develo...
International audienceStomata play a central role in surface-atmosphere exchange by controlling the ...
A mathematical model for photoinhibition of leaf photosynthesis was developed by formalising the ass...
Summary. A model predicting net photosynthesis of individual plant leaves for a variety of environme...
This chapter presents some of the available modelling techniques to predict stomatal conductance at ...
Photosynthesis is a key process in plants that can be strongly affected by the actions of environmen...
Plants have evolved incredible tools to respond to changing environmental conditions in order to max...
A coupled model of leaf photosynthesis and stomatal conductance as a function of photosynthetically ...
Various plant responses to water stress have been reported, but conflicting reports as to which limi...
<p>Parameter values are derived from Wohlfahrt et al. <a href="http://www.plosone.org/article/info:d...
A model is presented which solves simultaneously for leafscale stomatal conductance, COj assimilatio...
The study presents a theoretical basis of a stomatal behavior-based coupled model for estimating pho...
A synthetic model of photosynthesis-transpiration was established based on a comprehensive considera...
Accurately predicting photosynthesis in response to water and nitrogen stress is the first step towa...
A mathematical model for photoinhibition of leaf photosynthesis was developed by formalising the ass...
Science and Technology Department of Jiangxi Province ; National High Technology Research and Develo...
International audienceStomata play a central role in surface-atmosphere exchange by controlling the ...
A mathematical model for photoinhibition of leaf photosynthesis was developed by formalising the ass...
Summary. A model predicting net photosynthesis of individual plant leaves for a variety of environme...
This chapter presents some of the available modelling techniques to predict stomatal conductance at ...
Photosynthesis is a key process in plants that can be strongly affected by the actions of environmen...
Plants have evolved incredible tools to respond to changing environmental conditions in order to max...
A coupled model of leaf photosynthesis and stomatal conductance as a function of photosynthetically ...
Various plant responses to water stress have been reported, but conflicting reports as to which limi...
<p>Parameter values are derived from Wohlfahrt et al. <a href="http://www.plosone.org/article/info:d...
A model is presented which solves simultaneously for leafscale stomatal conductance, COj assimilatio...