Semi-natural habitats are integral to most agricultural areas and have the potential to
support ecosystem services, especially biological control and pollination by supplying …

Current research, management and outreach programmes relevant to insect pollinator
conservation are strongly focused on relationships between pollinators and insect …

Biological responses to climate change have been widely documented across taxa and
regions, but it remains unclear whether species are maintaining a good match between …

Population viability can depend on habitat area, habitat quality, the spatial arrangement of
habitats (aggregations and connections) and the properties of the intervening non‐breeding …

Background Habitat loss is one of the principal causes of the current pollinator decline. With
agricultural intensification, increasing urbanisation is among the main drivers of habitat loss …

Native wildflower plantings can be used to provide nutritional resources to support
pollinating insects, yet the effects of planting size and bloom richness on the density …

Insect pollination is a globally important ecosystem service, contributing to crop yields,
production stability and the maintenance of wild plant populations. Ironically, agriculture is …

Urbanization gradients influence both landscape and climate and provide opportunity for
understanding how plants and pollinators respond to artificially driven environmental …

The question of why there are so many plant species needs two kinds of answer: an
explanation for the origin of plant species, and an explanation for how they can coexist …

Agricultural intensification and landscape simplification have reduced flowering plant
abundance and diversity worldwide, with subsequent negative effects on pollinators. To …