Climate-change-driven alterations in the extent and intensity of extreme weather events may
have catastrophic consequences for primate populations. Using a trait-based approach, we …

Climate change–amplified marine heatwaves can drive extensive mortality in foundation
species. However, a paucity of longitudinal genomic datasets has impeded understanding of …

Anthropogenic pressures continue to drive the decline of animal populations and loss of
ecosystems they inhabit, as is the case for many nonhuman primates. Climate change can …

Inherent differences in the adaptive capacity of species to flexibly respond to extreme
climatic events (ECEs) represent a key factor in their survivorship. We introduce and apply a …

Extreme climatic events may influence individual‐level variability in phenotypes, survival
and reproduction, and thereby drive the pace of evolution. Climate models predict increases …

Tropical cyclones are stochastic—sometimes catastrophic—weather events that can shape
the ecology of impacted regions and have long‐lasting effects on ecosystems. These …

Adversity early in life can shape the reproductive potential of individuals through negative
effects on health and life span. However, long‐lived populations with multiple reproductive …

Understanding how and why some species or lineages become invasive is critically
important for effectively predicting and mitigating biological invasions. Here, we address an …

Wild sika deer (Cervus nippon) are threatened by habitat loss and fragmentation throughout
East China. Using 18-year demographic data, we conducted a viability analysis to predict …

Anthropogenic actions are having drastic and permanent impacts on Earth's biological,
climatic, and ecological systems. Direct actions including deforestation, mining, and …