Social insects have the highest rates of meiotic recombination among Metazoa, but there is
considerable variation within the Hymenoptera. We synthesize the literature to investigate …

Pollinator reductions can leave communities less diverse and potentially at increased risk of
infectious diseases. Species-rich plant and bee communities have high species turnover …

Pathogens and lack of floral resources interactively impair global pollinator health. However,
epidemiological and nutritional studies aimed at understanding bee declines have …

Parasites are linked to the decline of some bee populations; thus, understanding defense
mechanisms has important implications for bee health. Recent advances have improved our …

Parasites influence wild bee population dynamics and are regarded as one of the main
drivers of wild bee decline. Most of these parasites are mainly transmitted between bee …

Urbanization and the expansion of human activities foster radical ecosystem changes with
cascading effects also involving host‐pathogen interactions. Urban pollinator insects face …

Simple Summary Understanding the transmission of disease is a key aspect to unravel the
epidemiology of a disease. Multiple bee species face a global decline caused by an …

Nearly two fifths of the Earth's land area is currently used for agriculture, substantially
impacting the environment and ecosystems. Besides the direct impact through land use …

Insect pollinators provide crucial ecosystem services yet face increasing environmental
pressures. The challenges posed by novel and reemerging pathogens on bee health means …

Understanding how working landscapes can maintain viable wildlife populations is key to
evaluating their conservation potential. We assessed the potential of intensively managed …