Add to ORKGDynamics of stomatal water relations during the humidity response: implications of two hypothetical mechanism
The effects of air temperature (TJ, leaf-air vapour pressure differences {VPD) and water deficit on ...
Single leaves of 3-month-old Cedrella odorata seedlings were exposed to a step reduction in the ambi...
Dynamics in microclimate and physiological plant traits were studied for Pubescent oak and Scots pin...
Stomatal responses to humidity, soil moisture and other factors that influence plant water status ar...
A new mechanism for stomatal responses to humidity and temperature is proposed. Unlike previously-p...
Background Stomata respond to vapour pressure deficit (D) – when D increases, stomata begin to...
The existence of patchy stomatal closure suggests interactions among neighboring stomata that synchr...
In order for plants to use water efficiently, stomata must ensure an appropriate balance between CO2...
102 pagesClimate change is increasing the intensity and frequency of abiotic stresses – temperature,...
Communication oraleNational audienceIt's commonly accepted that the universal trade-off between wate...
The plant's water status is the balance of water uptake and water loss. Transpiration (water loss) i...
We examined the stomatal response to leaf excision in an evergreen woody shrub, Photinia × fraseri, ...
Stomata control gaseous exchange between the leaf and bulk atmosphere limiting CO2 uptake for photos...
Stomata can close to regulate plant water loss under unfavourable water availability. This closure c...
gests that the humidity response is actually a transpiration response (Mott & Parkhurst 1991) me...
The effects of air temperature (TJ, leaf-air vapour pressure differences {VPD) and water deficit on ...
Single leaves of 3-month-old Cedrella odorata seedlings were exposed to a step reduction in the ambi...
Dynamics in microclimate and physiological plant traits were studied for Pubescent oak and Scots pin...
Stomatal responses to humidity, soil moisture and other factors that influence plant water status ar...
A new mechanism for stomatal responses to humidity and temperature is proposed. Unlike previously-p...
Background Stomata respond to vapour pressure deficit (D) – when D increases, stomata begin to...
The existence of patchy stomatal closure suggests interactions among neighboring stomata that synchr...
In order for plants to use water efficiently, stomata must ensure an appropriate balance between CO2...
102 pagesClimate change is increasing the intensity and frequency of abiotic stresses – temperature,...
Communication oraleNational audienceIt's commonly accepted that the universal trade-off between wate...
The plant's water status is the balance of water uptake and water loss. Transpiration (water loss) i...
We examined the stomatal response to leaf excision in an evergreen woody shrub, Photinia × fraseri, ...
Stomata control gaseous exchange between the leaf and bulk atmosphere limiting CO2 uptake for photos...
Stomata can close to regulate plant water loss under unfavourable water availability. This closure c...
gests that the humidity response is actually a transpiration response (Mott & Parkhurst 1991) me...
The effects of air temperature (TJ, leaf-air vapour pressure differences {VPD) and water deficit on ...
Single leaves of 3-month-old Cedrella odorata seedlings were exposed to a step reduction in the ambi...
Dynamics in microclimate and physiological plant traits were studied for Pubescent oak and Scots pin...