Species across a wide range of taxa and habitats are shifting phenological events in
response to climate change. While advances are common, shifts vary in magnitude and …

Climate change alters the environments of all species. Predicting species responses
requires understanding how species track environmental change, and how such tracking …

Climate warming affects the rate and timing of the development in ectothermic organisms.
Short‐living, ectothermic organisms (including many insects) showing thermal plasticity in …

Understanding the ecological traits which predispose species to local or global extinction
allows for more effective pre-emptive conservation management interventions. Insect …

Changes in the number of generations per year (voltinism) have been among the most
common phenological responses to climate warming in insects inhabiting seasonal …

Animal migrations generate large spatial and temporal fluctuations in biomass that provide a
resource base for many predator–prey interactions. These interactions are often driven by …

The biodiversity conservation needs recent high-quality data and efficient methods for
prioritizing species and sites for conservation. Here we prioritized Orthoptera habitats of the …

Attractivity and selectivity of two types of traps with synthetic, long-lasting, bisexual generic
attractants were compared to conventional light traps to promote their wider use, as an easy …

Climate change has caused shifts in the phenology and distributions of many species but
comparing responses across species is challenged by inconsistencies in the methodology …

We analyzed the impact of increased water temperature on the late-season phenology of the
mayfly (Baetis liebenauae). The River Gwda, unlike two other examined rivers (controls) …