Determining how and why organisms interact is fundamental to understanding ecosystem
responses to future environmental change. To assess the impact on plant‐pollinator …

In agricultural landscapes, bees face a variety of stressors, including insecticides and poor-
quality food. Although both stressors individually have been shown to affect bumblebee …

If you have been lucky enough to visit a natural history museum and you are reading this, it
is highly likely that you found that visit inspirational. It is also highly likely that natural history …

Heatwave events increase in frequency and duration, yet there is a strong gap in assessing
their nonlethal effects on tropical insects, including beneficial social species. The stingless …

Compared to non‐urban environments, cities host ecological communities with altered
taxonomic diversity and functional trait composition. However, we know little about how …

Climate change poses significant threats to global biodiversity, particularly impacting
arthropods due to their sensitivity to shifts in temperature and precipitation, as well as other …

Abraham Halsey published the first checklist of New York City lichens in 1823. It was the first
work focused on lichens in North America. Study of this baseline—among the oldest, most …

Global climate change has been implicated as a major driver of ongoing insect biodiversity
declines, yet critical knowledge gaps remain regarding how it will impact communities and …

Current lower-tier pesticide risk assessment for bees suffers from an overreliance on
individual-level, mortality-based studies performed in one species. This failure to assess sub …

This paper focuses on the hibernation of insect pollinators in the Netherlands and examines
the impact of climate change and increasing temperatures on their phenology. Through a …