Many insects exhibit geographic variation in voltinism, the number of generations produced
per year. This includes high-latitude species in previously glaciated areas, implying …

Many insects exhibit geographical variation in voltinism, the number of generations
produced per year. This includes high‐latitude species in previously glaciated areas …

Conditions in nature change with the seasons, necessitating seasonal adaptations that
synchronize the life cycles of organisms with their surroundings. Such regulatory …

abstract The genetic components of the circadian clock have been implicated as involved in
photoperiodic regulation of winter diapause across various insect groups, thereby …

The seasonal cycle varies geographically and organisms are under selection to express life
cycles that optimally exploit their spatiotemporal habitats. In insects, this often means …

Many temperate insects take advantage of longer growing seasons at lower latitudes by
increasing their generation number or voltinism. In some insects, development time abruptly …

Data availability limits phenological research at broad temporal and spatial extents.
Butterflies are among the few taxa with broad-scale occurrence data, from both incidental …

Since the dawn of life on Earth, organisms have had to overcome tremendous challenges in
securing food, territory, and mates in order to survive daily and seasonal environmental …

Understanding the molecular basis of repeated evolution improves our ability to predict
evolution across the tree of life. Only since the last decade has high‐throughput sequencing …

Most insects harbor two paralogous circadian genes, namely timeout and timeless.
However, in the Hymenoptera only timeout is present. It remains unclear whether both …