Native bees are important providers of pollination services, but there are cumulative
evidences of their decline. Global changes such as habitat losses, invasions of exotic …

In the semiarid region of Northeastern Brazil, populations of native bees can be jeopardized
by future climate change. The present study aims to analyze the impact of climate change on …

There is pressing need to anticipate the impacts of climate change on species and their
functional contributions to ecosystem processes. Our objective is to evaluate the potential …

Understanding how climate change may affect species distribution helps predict how
ecosystem services, such as pollination, could be impaired in the future. We examine the …

Climate change and deforestation are suggested to be the main drivers of decline in
pollinators. Forest‐dependent species are expected to be the most affected and Euglossa …

The aim of this study was to identify future distribution areas and propose actions to preserve
passion fruit pollination service under a scenario of future climate change. We used four …

The risks to pollinator biodiversity in Canada are examined through a generalised model
with inputs on environmental sensitivity, pressure indices, and societal response as they …

Climate change is a key threat to pollination networks and has already caused shifts in the
distribution and phenology of many bee species. Predictions based on species distribution …

Pollinators, especially bees, are essential to terrestrial ecosystems. They ensure the
maintenance of certain ecological processes, like superior plants' reproduction. In the past …

Bees ensure 35% of global food production, but this service is endangered due to several
threats. Declines in bumblebee populations (genus Bombus) have been reported …