As we enter the era of data science (Lortie 2018), quantitative analysis methodologies are
proliferating rapidly, leaving ecologists with the task of choosing among many alternatives …

Arthropods at high latitudes and elevations are likely to be vulnerable to effects from climate
change such as increased temperatures and shifting vegetation boundaries. Though range …

Gridded historical climate products (GHCPs) are employed with increasing frequency when
modeling ecological phenomena across large scales and predicting ecological responses to …

Future warming may alter plant stress at high‐elevation treelines and forests, thereby
changing plant–plant interactions. The relative importance of competition and facilitation …

Identifying determinants of global infectious disease burden is a central goal of disease
ecology. While it is widely accepted that host diversity structures parasite diversity and …

Quantitative studies of regional variation in plant diversity across eastern Beringia (northern
Alaska and adjacent areas) are lacking due to an absence of datasets of sufficient scale and …

Hungry for a little plant diversity? Let us mix some up! First, we gather available ingredients—
a bit of soil, a few nutrients, and a selection of nearby plants. Then, we add them together …

Disease transmission is a product of mechanisms and interactions at multiple levels of
biological organization, and a comprehensive understanding of these processes is essential …