We investigated an effect of canopy position and a number of days after rainfall on reduction of photosynthetic rate in a Fagus crenata forest in summer 2008, during days when midday depression was not apparent. We compared in situ photosynthetic rate and photosynthetic rate that was calculated by photosynthetic light response curves measured in the morning. The ratio, in situ photosynthesis divided by the curve-estimated value, declined towards the end of each day for the upper leaves, but not for the lower leaves. Total photosynthesis was reduced only for the upper leaves by 12% during 5 days after the rainfall
It is still unknown whether the midday depression of photosynthesis under severe water stress, frequ...
Sustained drought and concomitant high temperature may reduce photosynthesis and cause tree mortalit...
Global climate change is expected to result in more fre-quent and intense droughts in theMediterrane...
We investigated an effect of canopy position and a number of days after rainfall on reduction of pho...
Field studies of gas exchange of Populus deltoides, Prosopis juliflora and Acacia auriculiformis sho...
The carbon-dioxide response of photosynthesis of leaves of Quercus suber , a sclerophyllous species ...
Terrestrial carbon exchange is a key process of the global carbon cycle consisting of a delicate bal...
Midday depressions in stomatal conductance (gs) and photosynthesis are common in plants. The aim of ...
Key message: Stomatal and mesophyll conductance were the dominant limitations to photosynthesis in r...
Publication Inra prise en compte dans l'analyse bibliométrique des publications scientifiques mondia...
Drought strongly influences terrestrial C cycling via its effects on plant H2O and CO2 exchange. How...
Rates of apparent photosynthesis were measured in situ at five positions between the upper crown and...
© 2017 Elsevier B.V. Drought strongly influences terrestrial C cycling via its effects on plant H2O ...
It is still unknown whether the midday depression of photosynthesis under severe water stress, frequ...
In recent years, many studies have focused on the limiting role of mesophyll conductance (gm) to pho...
It is still unknown whether the midday depression of photosynthesis under severe water stress, frequ...
Sustained drought and concomitant high temperature may reduce photosynthesis and cause tree mortalit...
Global climate change is expected to result in more fre-quent and intense droughts in theMediterrane...
We investigated an effect of canopy position and a number of days after rainfall on reduction of pho...
Field studies of gas exchange of Populus deltoides, Prosopis juliflora and Acacia auriculiformis sho...
The carbon-dioxide response of photosynthesis of leaves of Quercus suber , a sclerophyllous species ...
Terrestrial carbon exchange is a key process of the global carbon cycle consisting of a delicate bal...
Midday depressions in stomatal conductance (gs) and photosynthesis are common in plants. The aim of ...
Key message: Stomatal and mesophyll conductance were the dominant limitations to photosynthesis in r...
Publication Inra prise en compte dans l'analyse bibliométrique des publications scientifiques mondia...
Drought strongly influences terrestrial C cycling via its effects on plant H2O and CO2 exchange. How...
Rates of apparent photosynthesis were measured in situ at five positions between the upper crown and...
© 2017 Elsevier B.V. Drought strongly influences terrestrial C cycling via its effects on plant H2O ...
It is still unknown whether the midday depression of photosynthesis under severe water stress, frequ...
In recent years, many studies have focused on the limiting role of mesophyll conductance (gm) to pho...
It is still unknown whether the midday depression of photosynthesis under severe water stress, frequ...
Sustained drought and concomitant high temperature may reduce photosynthesis and cause tree mortalit...
Global climate change is expected to result in more fre-quent and intense droughts in theMediterrane...