The mutualism between plants and pollinators is built upon the trophic ecology of flowers
and florivores. Yet the ecology of flowers‐as‐food is left implicit in most studies of plant …

Key resources for animal populations can vary seasonally. For pollinators, the availability of
floral resources, nectar and pollen, can fluctuate temporally due to flowering phenology and …

Resource competition between wild pollinators and managed honeybees (Apis mellifera)
has the potential to detrimentally impact insect biodiversity as well as wild plant and crop …

An essential prerequisite to safeguard pollinator species is characterisation of the
multifaceted diversity of crop pollinators and identification of the drivers of pollinator …

Studies at local spatial scales have shown that the generalist honeybee Apis mellifera L. can
strongly affect the structural organization and properties of pollination networks. However …

Emerging infectious diseases pose a threat to pollinators. Virus transmission among
pollinators via flowers may be reinforced by anthropogenic land-use change and …

Floral nectar sugar composition is assumed to reflect the nutritional demands and foraging
behaviour of pollinators, but the relative contributions of evolutionary and abiotic factors to …

Trait datasets are at the basis of a large share of ecology and evolutionary research, being
used to infer ancestral morphologies, quantify species extinction risks, or evaluate the …

Land use change is a major driver of pollinator decline and loss of pollination services. For
plant and pollinator interactions to persist in rapidly changing urban systems, co‐occurring …

The expansion of entomophilous crops over the last decades has been accompanied by a
growing demand for managed honey bee colonies to provide pollination service. The …