Range shift in alpine plants:the study was intended to investigate if topographic effects on environmental conditions (soil moisture) will enhance plasticity in plants (alpine species). Thus, if topography will serve as a buffer shielding plants in heterogeneous landscapes against future environmental changes. If true, then climate change effects predicted to cause range shift in plants will have less impacts in alpine environments
This study evaluated effects of climate change on individual functional traits of mountain plant spe...
1. Understanding species' abilities to cope with changing climate is a key prerequisite for pred...
Current environmental change, including climate change, urbanization and land-use change challenge t...
Aims: Effects of climate change, especially changes in temperatures and precipitation patterns, are ...
For alpine plants to persist under climate change they must be able to adapt to new temperature and ...
Predicting plastic responses is crucial to assess plant species potential to adapt to climate change...
To understand the relations between environment and phenotypic plasticity is important to forecast a...
Along ecological gradients, phenotypic differentiation can arise through natural selection on trait ...
Climate warming is inducing compositional shifts in alpine species communities across Europe. Howeve...
Climate warming poses considerable challenges for alpine plant species, especially for competitively...
Alpine plants occurring at high elevation are vulnerable to ongoing climate change, yet relatively l...
International audienceClimate warming is shifting the distributions of mountain plant species to hig...
The functional diversity and composition of plant traits within communities are tightly linked to im...
Mountains represent complex environment gradients which strongly affect local temperature regimes an...
International audienceWith the aim to explore how plants acclimate to elevation changes in the under...
This study evaluated effects of climate change on individual functional traits of mountain plant spe...
1. Understanding species' abilities to cope with changing climate is a key prerequisite for pred...
Current environmental change, including climate change, urbanization and land-use change challenge t...
Aims: Effects of climate change, especially changes in temperatures and precipitation patterns, are ...
For alpine plants to persist under climate change they must be able to adapt to new temperature and ...
Predicting plastic responses is crucial to assess plant species potential to adapt to climate change...
To understand the relations between environment and phenotypic plasticity is important to forecast a...
Along ecological gradients, phenotypic differentiation can arise through natural selection on trait ...
Climate warming is inducing compositional shifts in alpine species communities across Europe. Howeve...
Climate warming poses considerable challenges for alpine plant species, especially for competitively...
Alpine plants occurring at high elevation are vulnerable to ongoing climate change, yet relatively l...
International audienceClimate warming is shifting the distributions of mountain plant species to hig...
The functional diversity and composition of plant traits within communities are tightly linked to im...
Mountains represent complex environment gradients which strongly affect local temperature regimes an...
International audienceWith the aim to explore how plants acclimate to elevation changes in the under...
This study evaluated effects of climate change on individual functional traits of mountain plant spe...
1. Understanding species' abilities to cope with changing climate is a key prerequisite for pred...
Current environmental change, including climate change, urbanization and land-use change challenge t...