In a culture experiment with microalgae metacommunities, we tested the effects of a regional heatwave disturbance on species diversity (richness, Shannon diversity) and turnover. The metacommunities consisted of three local communities with different initial community compositions. In our full factorial design, half of the metacommunities were subject to dispersal (every other day) and exposed to an experimental heatwave. Communities were sampled after 5, 12, and 21 days
Effects of temperature changes on phytoplankton communities seem to be highly context-specific, but ...
Recent theory, such as the insurance hypothesis, suggests that higher species diversity may dampen p...
To better predict the consequences of environmental change on aquatic microbial ecosystems it is imp...
In experimental metacommunities with marine benthic microalgae, we tested whether heat stress change...
While the effect of the global biodiversity crisis on local species loss is still debated, there is ...
Community dynamics and structure are greatly affected by climate change through warming. Temperature...
Predicting the effect of climate change on biodiversity is a multifactorial problem that is complica...
The information on temperature-mediated changes in biodiversity in local assemblages is scarce and m...
Predicting the effect of climate change on biodiversity is a multifactorial problem that is complica...
Landscape connectivity can increase the capacity of communities to maintain their function when envi...
The influence of temperature on diversity and ecosystem functioning is well studied; the converse ho...
Dispersal is key for maintaining biodiversity at local- and regional scales in metacommunities. Howe...
International audienceThe 21st century has seen an acceleration of anthropogenic climate change and ...
Increasing temperatures cause physiological responses of species populations and thereby change spec...
Effects of temperature changes on phytoplankton communities seem to be highly context-specific, but ...
Recent theory, such as the insurance hypothesis, suggests that higher species diversity may dampen p...
To better predict the consequences of environmental change on aquatic microbial ecosystems it is imp...
In experimental metacommunities with marine benthic microalgae, we tested whether heat stress change...
While the effect of the global biodiversity crisis on local species loss is still debated, there is ...
Community dynamics and structure are greatly affected by climate change through warming. Temperature...
Predicting the effect of climate change on biodiversity is a multifactorial problem that is complica...
The information on temperature-mediated changes in biodiversity in local assemblages is scarce and m...
Predicting the effect of climate change on biodiversity is a multifactorial problem that is complica...
Landscape connectivity can increase the capacity of communities to maintain their function when envi...
The influence of temperature on diversity and ecosystem functioning is well studied; the converse ho...
Dispersal is key for maintaining biodiversity at local- and regional scales in metacommunities. Howe...
International audienceThe 21st century has seen an acceleration of anthropogenic climate change and ...
Increasing temperatures cause physiological responses of species populations and thereby change spec...
Effects of temperature changes on phytoplankton communities seem to be highly context-specific, but ...
Recent theory, such as the insurance hypothesis, suggests that higher species diversity may dampen p...
To better predict the consequences of environmental change on aquatic microbial ecosystems it is imp...