International audienceThe aim of the present study was to explore possible effects of climate change on the geographic range or local impact of several forest-pathogenic fungi. To this aim, (i) the parameters of species' responses to climatic variables were determined, in two types of models (specific statistical models and the generic model CLIMEX); (ii) these models were used to make simulations under a future climatic scenario based on a general circulation model of climate, which was regionalized over France. A range of pathogens commonly reported in Europe were studied: Melampsora larici-populina, Melampsora allii-populina, and Melampsora medusae, causal agents of poplar rust; Mycosphaerella pini, an agent of red-band disease of pines;...
Species distribution models (SDMs) provide realistic scenarios to explain the influence of bioclimat...
Climate is a major determinant of crop productivity. Besides its direct impact on plant growth it ha...
The evolution of trunk cankers induced by Phytophthora cinnamomi over a period of about 25-30 years ...
International audienceThe aim of the present study was to explore possible effects of climate change...
This study examines the effects of climate warming on one of the most widely distributed and destruc...
The study of climate change (CC) impact on pathosystems requires more attention. For several aerial ...
Climate change may alter the distribution and activity of native and alien pathogens that infect tre...
One of the most destructive of all tree root pathogens, the oomycete fungus Phytophthora cinnamomi, ...
International audienceForests are subjected to rapid change connected in particular with the modifie...
Climate change is gravely affecting forest ecosystems, resulting in large distribution shifts as wel...
A study was carried out on the potential response of soil-borne pathogens causing crop yield losses ...
Non-native pests, climate change, and their interactions are likely to alter relationships between t...
Climate changes, exemplified by increased temperatures and CO2 concentration, pose a global threat t...
Species distribution models (SDMs) provide realistic scenarios to explain the influence of bioclimat...
Climate is a major determinant of crop productivity. Besides its direct impact on plant growth it ha...
The evolution of trunk cankers induced by Phytophthora cinnamomi over a period of about 25-30 years ...
International audienceThe aim of the present study was to explore possible effects of climate change...
This study examines the effects of climate warming on one of the most widely distributed and destruc...
The study of climate change (CC) impact on pathosystems requires more attention. For several aerial ...
Climate change may alter the distribution and activity of native and alien pathogens that infect tre...
One of the most destructive of all tree root pathogens, the oomycete fungus Phytophthora cinnamomi, ...
International audienceForests are subjected to rapid change connected in particular with the modifie...
Climate change is gravely affecting forest ecosystems, resulting in large distribution shifts as wel...
A study was carried out on the potential response of soil-borne pathogens causing crop yield losses ...
Non-native pests, climate change, and their interactions are likely to alter relationships between t...
Climate changes, exemplified by increased temperatures and CO2 concentration, pose a global threat t...
Species distribution models (SDMs) provide realistic scenarios to explain the influence of bioclimat...
Climate is a major determinant of crop productivity. Besides its direct impact on plant growth it ha...
The evolution of trunk cankers induced by Phytophthora cinnamomi over a period of about 25-30 years ...