Living in a warming world requires adaptations to altered annual temperature regimes. In
Europe, spring is starting earlier, and the vegetation period is ending later in the year. These …

Simple Summary This study examines the impact of global warming on crucial insect
pollinators, particularly bees. Through species distribution models, we evaluated how …

Aim Occurring in five distinct global regions, Mediterranean‐type ecosystems (MTEs)
include both centres of agricultural production and hotspots of extratropical biodiversity …

Motivation Pollinators play a crucial role in maintaining Earth's terrestrial biodiversity.
However, rapid human‐induced environmental changes are compromising the long‐term …

Climate change has caused asynchronous phenological shifts between most plants and
their pollinators, resulting in an earlier or later appearance of peak flowering relative to peak …

Honeybees (Apis mellifera) are increasingly used in commercial crop production, while wild
bees are also important pollinators. Few studies have investigated the relative importance of …

Plants with specialized pollination systems may be susceptible to reproductive failure when
pollinator service is unpredictable. This can influence the selection of floral traits that …

Aim Flower traits are critical to the mutualistic networks that underpin ecosystem function.
However, the broad‐scale drivers of flower traits are unclear. Using the megadiverse islands …

Abstract Bumblebees (Apidae: Bombus) are abundant pollinators in Mediterranean habitats;
however, interaction networks with plants have not yet been investigated in large areas of …

Mutually beneficial interactions between plants and pollinators are crucial for biodiversity,
ecosystem stability, and crop production. A threat to a mutualistic network is the occurrence …