Temperature affects cellular processes at different spatiotemporal scales, and identifying the
genetic and molecular mechanisms underlying temperature responses paves the way to …

Simple Summary Atlantic salmon (Salmo salar) has become a commodity worldwide. The
culture of Atlantic salmon is by far the most well-developed branch of marine finfish …

Quantifying thermal performance curves (TPCs) for biological rates has many applications to
important problems such as predicting responses of biological systems—from individuals to …

Fish and other ectotherms living in warmer waters often grow faster as juveniles, mature
earlier, but become smaller adults. Known as the temperature‐size rule (TSR), this pattern is …

Lakes are significant emitters of methane to the atmosphere, and thus are important
components of the global methane budget. Methane is typically produced in lake sediments …

At present, there is no simple, first principles–based, and general model for quantitatively
describing the full range of observed biological temperature responses. Here we derive a …

Enzymatic processes are industrially important. Process duration, temperature, and pH are
critical factors to optimize. Longer processes can improve economics by requiring less …

Food web projections are critical for evaluating potential risks to ecosystems and fisheries
under global warming. The temperature dependence of biological processes and regional …

The temperature sensitivity of soil processes is of major interest, especially in light of climate
change. Originally formulated to explain the temperature dependence of chemical reactions …

Sulfonamide antibiotics, a family of broad-spectrum antibiotic drugs, are increasingly used in
aquaculture and are frequently detected in aquatic environments. This poses a potential …