In this chapter has been examined the photosynthetic and photochemical behaviour of young and mature leaves of different species of the Mediterranean maquis, grown during the winter, in response to low temperatures. In particular our attention has been focused on the evergreen species Laurus nobilis L., Phillyrea angustifolia L. and Quercus ilex L. and on the semi-deciduous species Cistus incanus L. that are widespread in Southern Italy area. Our specific purposes were: 1) to focus on eco-physiological strategies adopted by the different species to optimize the carbon gain during winter and minimize the photoinhibitory damage risks; 2) to compare the behaviour of young and mature leaves under low winter temperature in order to eluc...
Most temperature based models require a parameter to link temperature with plant functioning; photos...
This research aimed to investigate the physiological strategies that allow Phillyrea angustifolia, a...
There are significant differences in leaf life-span among evergreen sclerophyllous species and droug...
In this chapter has been examined the photosynthetic and photochemical behaviour of young and matur...
Mediterranean ecosystems are dominated by evergreen species having a substantial decrease of the pho...
In consideration of their origin the adaptive strategies of the evergreen species of the Mediterrane...
Winter cold and high irradiance represent natural constraints in Mediterranean-type ecosystems that ...
In Mediterranean regions plants are often exposed to several environmental factors that limit their ...
Net photosynthesis (P-N) and leaf respiration (R-L) of the evergreen species co-occurring in the Med...
The most representative evergreen shrub species growing in the low mediterranean maquis modified the...
We analyzed the physiological response of the Mediterranean evergreen species (Arbutus unedo L., Cis...
Plants of Mediterranean Basin are adapted to cope with wide thermal excursion over the year in order...
Plants in Mediterranean environments can adopt photoprotective mechanisms to cope with winter temper...
Recent climatic projections predict a decline in rainfall mainly during the summer period and an inc...
Evergreen trees in the Mediterranean region must cope with a wide range of environmental stresses fr...
Most temperature based models require a parameter to link temperature with plant functioning; photos...
This research aimed to investigate the physiological strategies that allow Phillyrea angustifolia, a...
There are significant differences in leaf life-span among evergreen sclerophyllous species and droug...
In this chapter has been examined the photosynthetic and photochemical behaviour of young and matur...
Mediterranean ecosystems are dominated by evergreen species having a substantial decrease of the pho...
In consideration of their origin the adaptive strategies of the evergreen species of the Mediterrane...
Winter cold and high irradiance represent natural constraints in Mediterranean-type ecosystems that ...
In Mediterranean regions plants are often exposed to several environmental factors that limit their ...
Net photosynthesis (P-N) and leaf respiration (R-L) of the evergreen species co-occurring in the Med...
The most representative evergreen shrub species growing in the low mediterranean maquis modified the...
We analyzed the physiological response of the Mediterranean evergreen species (Arbutus unedo L., Cis...
Plants of Mediterranean Basin are adapted to cope with wide thermal excursion over the year in order...
Plants in Mediterranean environments can adopt photoprotective mechanisms to cope with winter temper...
Recent climatic projections predict a decline in rainfall mainly during the summer period and an inc...
Evergreen trees in the Mediterranean region must cope with a wide range of environmental stresses fr...
Most temperature based models require a parameter to link temperature with plant functioning; photos...
This research aimed to investigate the physiological strategies that allow Phillyrea angustifolia, a...
There are significant differences in leaf life-span among evergreen sclerophyllous species and droug...