Modeling Stomatal Conductance in Maize Leaves with Environmental Variables.

Global estimation of evapotranspiration using a leaf area index-based surface energy and water balance model

“…Leuning et al (2008) considered the impacts of short-wave radiation (Q h ) and D. Landsberg and Waring (1997) only included the stress factor D, whereas Mu et al (2011) considered the effect of D and minimum air temperature (T min ). Experiments by Yu et al (1996) also indicate that stomatal conductance may be obtained with the two variables of solar radiation and D in the absence of critical environmental change, such as drought. The aforementioned g sc models all consider the responses of stomatal conductance to D within the framework of the PM model, i.e., atmospheric humidity deficit is considered the most important stress factor in those models.…”

Evapotranspiration from a freshwater marsh in the Sanjiang Plain, Northeast China

“…Winkel and Rambal, 1990). Yu et al (1996) suggested that stomatal resistance could be obtained with the two variables of solar radiation and water vapor pressure deficit in the absence of critical environmental change, for example, drought. In this study, water was not a limiting factor since the marsh was permanently inundated.…”

Application and comparison of winter wheat canopy resistance estimation models based on the scaling-up of leaf stomatal conductance

“…Jarvis believes that stomatal conductance is the product of comprehensive influence of multiple environmental factors, which can be worked out by adding up the responses of stomatal conductance towards a single environmental factor. Yu et al [27] reported that the accuracy of double-factor Jarvis model mets the short-term requirement. Therefore, winter wheat leaf stomatal model is established referring to double-factor Jarvis model of Zhang et al [28]:…”