We analysed the wild bee community sampled from 1921 to 2018 at a nature preserve in
southern Michigan, USA, to study long-term community shifts in a protected area. During an …

Gaps in phylogenetic knowledge are unlikely to be filled in an optimal manner in the
absence of a quantitative descriptive framework of phylogenetic coverage to date and a …

Community‐wide assembly of plant–pollinator systems depends on an intricate combination
of biotic and abiotic factors, including heterogeneity among pollinators in thermal biology …

An animal's diet breadth is a central aspect of its life history, yet the factors determining why
some species have narrow dietary breadths (specialists) and others have broad dietary …

Understanding and reversing biodiversity decline in the Anthropocene requires robust data
on species taxonomic identity, distribution, ecology, and population trends. Data deficits …

Hymenopteran queens are collectively highly fecund, often long‐lived individuals that
undergo dramatic physiological changes after they mate and establish a nest. However, the …

Stingless bees use resins for nest construction, colony defense, and production of cerumen,
propolis, and geopropolis. Despite their importance, resin foraging interactions are …

Solitary bees play a crucial role in ecological systems, contributing to the pollination of crops
and wild plants. All females are reproductive, and their habitat requirements include nesting …

How social complexity evolved is a long-standing enigma. In most animal groups, social
complexity is typically classified into a few discrete classes. This approach is oversimplified …

Phylogenetic studies across a range of tetrapod groups have historically utilised either
mitochondrial DNA, concatenated mito-nuclear matrices, or nuclear loci to infer divergence …