Plant–pollinator interactions are ecologically and economically important, and, as a result,
their prediction is a crucial theoretical and applied goal for ecologists. Although various …

Bees depend on flowering plants for their nutrition, and reduced availability of floral
resources is a major driver of declines in both managed and wild bee populations …

Abiotic factors (eg, temperature, precipitation) vary markedly along elevational gradients and
differentially affect major groups of pollinators. Ectothermic bees, for example, are impeded …

Dendrobium has been the focus of floral industries for decades. Wild Dendrobiums serve as
germplasm for creating hybrids in the cut flower industry and are priced high. But, fewer …

Different populations of plant species can adapt to their local pollinators and diverge in floral
traits accordingly. Floral traits are subject to pollinator‐driven natural selection to enhance …

Species interactions play a fundamental role in ecosystems. However, few ecological
communities have complete data describing such interactions, which is an obstacle to …

Despite a growing number of studies, the role of pollinators as a selection agent for nectar
traits remains unclear. Moreover, the lack of data from some biogeographic regions prohibits …

The drivers behind plant‐pollinator interactions still need to be fully understood. Previous
research has suggested that observed interactions result from either neutral interaction …

Aim Flower traits are critical to the mutualistic networks that underpin ecosystem function.
However, the broad‐scale drivers of flower traits are unclear. Using the megadiverse islands …

Species traits greatly influence interactions between plants and pollinators where floral
nectar is the primary energy source fostering this mutualism. However, very little is known …