Epigenetic inheritance can result in plastic responses to changing environments being
faithfully transmitted to offspring. However, it remains unclear how epigenetic mechanisms …

Courtship interactions are remarkably diverse in form and complexity among species. How
neural circuits evolve to encode new behaviors that are functionally integrated into these …

The rate of chemical reactions increases proportionally with temperature, but the interplay of
biochemical reactions permits deviations from this relation and adaptation. The degradation …

To accurately predict species' phenology under climate change, we need to gain a detailed
mechanistic understanding of how different environmental cues interact to produce the …

Ambient temperature significantly affects developmental timing in animals. The temperature
sensitivity of embryogenesis is generally believed to be a consequence of the thermal …

Developing organisms are often exposed to fluctuating environments that destabilize tissue‐
scale processes and induce abnormal phenotypes. This might be common in species that …

Climate change and impoundment increase river temperatures, shifting the bioclimatic
envelope in which freshwater biota have evolved and increasing salmonid egg mortality. To …

ABSTRACT RNA-based thermal regulation is an important strategy for organisms to cope
with temperature changes. Inhabiting the intertidal rocky shore, a key interface of the ocean …

Allocating reservoir flows to meet societal and ecosystem needs under increasing water
demands and climatic variability presents challenges to resource managers. Often, rivers …

A key question in origin-of-life research is how primitive life or life-like systems obtained
reusable and reprogrammable machinery of processing information to respond to various …