Wild bee populations are declining due to human activities, such as land use change, which
strongly affect the composition and diversity of available plants and food sources. The …

The identification of floral visitation by pollinators provides an opportunity to improve our
understanding of the fine-scale ecological interactions between plants and pollinators …

The interspecific transmission of pathogens can occur frequently in the environment. Among
wild bees, the main spillover cases are caused by pathogens associated with Apis mellifera …

The intensification of agriculture and the loss of natural habitat are key drivers of the
observed declines in wild bee populations in recent decades. Mass-flowering crops are …

Virus spillovers from managed honey bees, Apis mellifera, are thought to contribute to the
decline of wild pollinators, including bumble bees. However, data on the impact of such …

Simple Summary Over the past decades, Integrated Pest Management (IPM) strategies have
been widely adopted in commercial fruit production in Europe, supporting natural pest …

The spread of parasites is one of the primary drivers of population decline of both managed
and wild bees. Several bee parasites are transmitted by the shared use of flowers, turning …

Pollinators are fundamental for plant reproduction in natural and agricultural ecosystems.
However, their populations are declining worldwide, threatening the functioning of the …

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 …

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