There are currently few predictions about when evolutionary processes are likely to play an important role in structuring community features.Determining predictors that indicate when evolution is expected to impact ecological processes in natural landscapes can help researchers identify eco-evolutionary 'hotspots', where eco-evolutionary interactions are more likely to occur. Using data collected from a survey in freshwater cladoceran communities, landscape population genetic data, and phenotypic trait data measured in a common garden, we applied a Bayesian linear model to assess whether the impact of local trait evolution in the keystone species Daphnia magna on cladoceran community trait values could be predicted by population genetic pro...
In addition to answering Hutchinson's question "Why are there so many species?", we need to understa...
There is growing evidence of rapid genetic adaptation of natural populations to environmental change...
Taxa co-occurring in communities often represent a non-random sample, in phenotypic or phylogenetic ...
There are currently few predictions about when evolutionary processes are likely to play an importan...
textIn many habitats, species’ traits correspond strongly to local environmental conditions. The ca...
A recent focus on contemporary evolution and the connections between communities has sought to more...
Ecological and evolutionary processes can occur at similar time scales, and hence influence one anot...
International audienceGlobal change is altering biodiversity locally and globally and subsequently a...
1. We used a zooplankton metacommunity to ask how dispersal, genetic drift and selection act to dete...
Explaining the repeated evolution of similar sets of traits under similar environmental conditions i...
There is growing evidence of rapid genetic adaptation of natural populations to environmental change...
Substantial genetic differentiation is frequently observed among populations of cyclically parthenog...
Zooplankton are major primary consumers and predators in most aquatic ecosystems. They exhibit treme...
The evolving metacommunity framework starts from a strong conceptual framework on metacommunity ec...
Individual differences in genetics, age, or environment can cause tremendous differences in individu...
In addition to answering Hutchinson's question "Why are there so many species?", we need to understa...
There is growing evidence of rapid genetic adaptation of natural populations to environmental change...
Taxa co-occurring in communities often represent a non-random sample, in phenotypic or phylogenetic ...
There are currently few predictions about when evolutionary processes are likely to play an importan...
textIn many habitats, species’ traits correspond strongly to local environmental conditions. The ca...
A recent focus on contemporary evolution and the connections between communities has sought to more...
Ecological and evolutionary processes can occur at similar time scales, and hence influence one anot...
International audienceGlobal change is altering biodiversity locally and globally and subsequently a...
1. We used a zooplankton metacommunity to ask how dispersal, genetic drift and selection act to dete...
Explaining the repeated evolution of similar sets of traits under similar environmental conditions i...
There is growing evidence of rapid genetic adaptation of natural populations to environmental change...
Substantial genetic differentiation is frequently observed among populations of cyclically parthenog...
Zooplankton are major primary consumers and predators in most aquatic ecosystems. They exhibit treme...
The evolving metacommunity framework starts from a strong conceptual framework on metacommunity ec...
Individual differences in genetics, age, or environment can cause tremendous differences in individu...
In addition to answering Hutchinson's question "Why are there so many species?", we need to understa...
There is growing evidence of rapid genetic adaptation of natural populations to environmental change...
Taxa co-occurring in communities often represent a non-random sample, in phenotypic or phylogenetic ...