Plant–hummingbird interactions are considered a classic example of coevolution, a process
in which mutually dependent species influence each other's evolution. Plants depend on …

The Phyllostomidae family contains specialists and facultative nectarivorous bats that visit
hundreds of plants. Understanding the topology of bat–flower networks is fundamental to …

Premise of the Study A key question in evolutionary biology is why some clades are more
successful by being widespread geographically, biome diverse, or species‐rich. To extend …

Switches in pollinators have been argued to be key drivers of floral evolution in
angiosperms. However, few studies have tested the relationship between floral shape …

Flowers are intricate and integrated three‐dimensional (3D) structures predominantly
studied in 2D due to the difficulty in quantitatively characterising their morphology in 3D …

Olfaction and thermoregulation are key functions for mammals. The former is critical to
feeding, mating, and predator avoidance behaviors, while the latter is essential for …

A fundamental question in evolutionary biology is how clades of organisms exert influence
on one another. The evolution of the flower and subsequent plant/pollinator coevolution are …

Differential visitation of pollinators due to divergent floral traits can lead to reproductive
isolation via assortative pollen flow, which may ultimately be a driving force in plant …

Abstract Background and Aims Wind pollination has evolved repeatedly in flowering plants,
yet the identification of a wind pollination syndrome as a set of integrated floral traits can be …

Natural selection by pollinators is an important factor in the morphological diversity and
adaptive radiation of flowering plants. Selection by similar pollinators in unrelated plants …