Floral traits are hypothesized to evolve primarily in response to selection by pollinators.
However, selection can also be mediated by other environmental factors. To understand the …

To quantify adaptive differentiation in the model plant Arabidopsis thaliana, we conducted
reciprocal transplant experiments for five years between two European populations, one …

Alterations in water availability and drought events as predicted by climate change
scenarios will increasingly impact natural communities with effects already emerging at …

Background and Aims Plant–pollinator interactions are thought to have shaped much of
floral evolution. Yet the relative importance of pollinator shifts and coevolutionary …

Reduced water availability can cause physiological stress in plants that affects floral
development leading to changes in floral morphology and traits that mediate interactions …

Covering: up to the end of 2014 The field of chemical ecology was established, in large part,
through collaborative studies between biologists and chemists with common interests in the …

A predictive understanding of adaptation to changing environments hinges on a mechanistic
understanding of the extent and causes of variation in natural selection. Estimating variation …

Pollinator-mediated selection to a large extent shapes angiosperm floral diversity, but clearly
not in isolation. To understand how selection by pollinators interacts with other selective …

Spatial variation in plant–pollinator interactions may cause variation in pollinator‐mediated
selection on floral traits, but to establish this link conclusively experimental studies are …

Mutualists and antagonists are known to respond to similar floral cues, and may thus cause
opposing selection on floral traits. However, we lack a quantitative understanding of their …