The response of plant CO2 diffusion conductances (mesophyll and stomatal conductances,
gm and g sc) to soil drought has been widely studied, but few studies have investigated the …

The recoveries of mesophyll (gm) and stomatal conductance to CO 2 (g sc) after soil
rewatering have received considerable attention in recent years, but the recovery …

Mesophyll conductance (gm) is one of the major determinants of photosynthetic rate, for
which it has an impact on crop yield. However, the regulatory mechanisms behind the …

Stomata play a critical role in the regulation of gas exchange between the interior of the leaf
and the exterior environment and are affected by environmental and endogenous stimuli …

Drought and nitrogen (N) additions have been shown to affect plant photosynthesis, but the
effect of their interaction on CO 2 diffusion conductance (ie, stomatal conductance, g sc …

Mesophyll conductance (gm) determines the diffusion of CO2 from the substomatal cavities
to the site of carboxylation in the chloroplasts and represents a critical component of the …

Plant photosynthesis assimilates CO 2 from the atmosphere, and CO 2 diffusion efficiency is
mainly constrained by stomatal and mesophyll resistance. The stomatal and mesophyll …

Drought slows net photosynthetic rate (AN) but increases water use efficiency (WUE).
Farmers give an artificial drought pretreatment to some crops in the early growth stage and …

Mesophyll conductance (gm) represents the CO2 diffusion facility from sub-stomatal internal
cavities to carboxylation sites in chloroplasts, and the variation of gm across genotypes as …

The effects of nitrogen (N) supply on the response of leaf gas exchange, leaf water relations
and plant nutrient uptake of tomato plants exposed to progressive soil drying under elevated …