Sustainable agriculture relies on pollinators, and wild bees benefit yield of multiple crops.
However, the combined exposure to pesticides and loss of flower resources, driven by …

Heatwaves are an increasingly common extreme weather event across the globe and are
projected to surge in frequency and severity in the coming decades. Plant‐pollinator …

Agricultural practices and intensification during the past two centuries have dramatically
altered the abundance and temporal continuity of floral resources that support pollinating …

Wild bee declines in agricultural landscapes have led farmers to supplement crops with
honey bees. Simultaneously, environmental subsidy and conservation programmes have …

The loss of floral resources is a leading cause of wild bee decline in agricultural landscapes,
but little is known about the temporal aspects of floral resource limitation for both social and …

Pesticides represent one of the greatest threats to bees and other beneficial insects in
agricultural landscapes. Potential exposure is generated through compound-and crop …

Community diversity can reduce the prevalence and spread of disease, but certain species
may play a disproportionate role in diluting or amplifying pathogens. Flowers act as both …

Centuries of landscape changes associated with agriculture have dramatically reduced the
amount and increased the temporal variability of the floral resources that support key …

Regionally specific flower preference data are needed to optimize conservation habitat
plantings for at‐risk pollinators such as bumble bees (Bombus spp.). Current tools for …

Many bumble bee species are declining globally from multiple threats including climate
change. Identifying conservation priority areas with a changing climate will be important for …