Background Floral nectar is an important determinant of plant–pollinator interactions and an
integral component of pollination syndromes, suggesting it is under pollinator-mediated …

Functional traits offer promising avenues to investigate how community composition and
diversity define ecosystem functioning and service delivery. In recent years, many empirical …

Honey bee colonies are highly dependent upon the availability of floral resources from
which they get the nutrients (notably pollen) necessary to their development and survival …

Since the rise of agriculture, human populations have domesticated plant and animal
species to fulfil their needs. With modern agriculture, a limited number of these species has …

Highlights•Phytochemicals mediate plant–insect interactions.•Plant primary and secondary
metabolites affect insect herbivores and pollinators.•Environmental change factors can …

Through their effects on physicochemical features of floral nectar, nectar‐dwelling yeasts
can alter pollinator behavior, but the effect of such changes on pollination success and plant …

Human activity is creating a global footprint by changing the climate, altering habitats and
reshuffling the distribution of species. The movement of species around the globe has led to …

Many pollinating insects, across taxa and regions, have declined during the twentieth
century. Amongst the drivers of these trends, soil eutrophication and acidification caused by …

In addition to genetic differences between individuals as a result of nucleotide sequence
variation, epigenetic changes that occur as a result of DNA methylation may also contribute …

Non‐native invasive species (NIS) release chemicals into the environment that are unique to
the invaded communities, defined as novel chemicals. Novel chemicals impact competitors …