this study was aimed to assess the causes of the structural decline in the renewal rate of a pristine oak forest close to Rome (central Italy) by analyzing long-term measurements of the water budget in open and fenced areas. Despite dry climate conditions in the area, long-term soil moisture measurements at 100 cm soil depth indicated that an enough large amount of water is available to oaks during the whole year. Moreover, while trees did not suffer from water deficit during summer, they may experience root asphyxia during rainy years. The analysis of the water budget clarified that, even during exceptionally-dry years, oak renewal was not limited by dry climate conditions. Instead, overgrazing due to the high demographic pressure determi...
Climate change predicts harsher summer droughts for mid-latitudes in Europe. To enhance our understa...
Forest decline induced by climate change is a global phenomenon that affects many tree species, main...
Floodplain forests are sensitive to climate warming and increased drought, as showed by recent oak (...
tThis study details the physiological responses of cork oak (Quercus suber L.) to manipulated water ...
Exploring soil water budget of a pristine oak wood in peri-urban Rome, central Italy. The water budg...
Understanding seedling performance across resource gradients is crucial for defining the regeneratio...
Understanding seedling performance across resource gradients is crucial for defining the regeneratio...
Soil water content is a critical factor in Mediterranean forest vegetation, especially in areas subj...
Increased forest vulnerability is being reflected as more widespread and severe drought-induced decl...
Due to predicted climate change, it is important to know to what extent trees and forests will be im...
International audienceThe Mediterranean evergreen oak coppices of Southern Europe are increasingly v...
Due to their marginal distribution, peripheral tree populations are highly vulnerable and are more l...
In the Mediterranean evergreen oakwoodlands of southern Portugal, the main tree species are Quercus ...
Climate change will increase the frequency and the intensity of droughts in the Mediterranean region...
© 2018 Elsevier GmbH The main objective of this research was to investigate climate-growth relations...
Climate change predicts harsher summer droughts for mid-latitudes in Europe. To enhance our understa...
Forest decline induced by climate change is a global phenomenon that affects many tree species, main...
Floodplain forests are sensitive to climate warming and increased drought, as showed by recent oak (...
tThis study details the physiological responses of cork oak (Quercus suber L.) to manipulated water ...
Exploring soil water budget of a pristine oak wood in peri-urban Rome, central Italy. The water budg...
Understanding seedling performance across resource gradients is crucial for defining the regeneratio...
Understanding seedling performance across resource gradients is crucial for defining the regeneratio...
Soil water content is a critical factor in Mediterranean forest vegetation, especially in areas subj...
Increased forest vulnerability is being reflected as more widespread and severe drought-induced decl...
Due to predicted climate change, it is important to know to what extent trees and forests will be im...
International audienceThe Mediterranean evergreen oak coppices of Southern Europe are increasingly v...
Due to their marginal distribution, peripheral tree populations are highly vulnerable and are more l...
In the Mediterranean evergreen oakwoodlands of southern Portugal, the main tree species are Quercus ...
Climate change will increase the frequency and the intensity of droughts in the Mediterranean region...
© 2018 Elsevier GmbH The main objective of this research was to investigate climate-growth relations...
Climate change predicts harsher summer droughts for mid-latitudes in Europe. To enhance our understa...
Forest decline induced by climate change is a global phenomenon that affects many tree species, main...
Floodplain forests are sensitive to climate warming and increased drought, as showed by recent oak (...