Pollinator biodiversity loss occurs at unprecedented rates globally, with particularly sharp
declines documented in the North Temperate Zone. There is currently no consensus on the …

Highlights•Global change includes multiple overlapping and interacting drivers.•These
drivers can have complex and counterintuitive effects on insects.•Global change reorganizes …

Species can adapt to climate change by adjusting in situ or by dispersing to new areas, and
these strategies may complement or enhance each other. Here, we investigate temporal …

Temperature influences the rate of most biological processes. Nonlinearities in the thermal
reaction norms of such processes complicate intuitive predictions of how ectothermic …

The body size of an adult insect is strongly determined by the environmental factors to which
it is exposed during growth and development. Insect species confronted with a high …

Simple Summary It is the first investigation of drosophilid seasonal population changes
considering their biotope association, abundance and species diversity in European Russia …

Dramatic insect declines, and their consequences for ecosystems globally, have received
considerable attention recently. Yet, it is still poorly known if ecological and life‐history traits …

Locomotory performance is an important determinant of fitness in most animals, including
flying insects. Strong selective pressures on wing morphology are therefore expected …

Shifts over time (phenology) and space (latitude and elevation range) represent common
ecological responses to climate change. However, the factors determining how changes in …

Trait-based approaches are advocated for their ability to predict population declines in data-
deficient taxa and regions, potentially benefiting biodiversity conservation. Several reviews …