At a glance, most species seem adapted to the environment in which they live. Yet species
relentlessly evolve, and populations within species evolve in different ways. Evolution, as it …

Biotic interactions do not occur in isolation but are imbedded in a network of species
interactions. Network analysis facilitates the compilation and understanding of the …

Flowers are complex structures, synchronously displaying both olfactory and visual
signals/cues in the context of a particular floral morphology, that also vary in resource …

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 …

Geographically structured phenotypic selection can lead to adaptive divergence. However,
in flowering plants, such divergent selection has rarely been shown, and selection on floral …

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 …

Contrasting flower color patterns that putatively attract or direct pollinators toward a reward
are common among angiosperms. In the deceptive orchid Anacamptis morio, the lower …

The main way in which plants can exert control over their local environment is by the timing
of different events within their life cycles. Regarding timing of flowering as an integrated part …

The individual and combined effects of abiotic factors on pollinator‐mediated selection on
floral traits are not well documented. To examine potential interactive effects of water and …

Spatial variation in the direction of selection drives the evolution of adaptive differentiation.
However, few experimental studies have examined the relative importance of different …