Age at maturity is a key life history trait involving a trade-off between survival risk and
reproductive investment, and is an important factor for population structures. In ectotherms, a …

The population structure of the blue jack mackerel (Trachurus picturatus, Osteichthyes,
Carangi-dae), in the northeast Atlantic is still unknown. To identify any distinct population …

How organisms may adapt to rising global temperatures is uncertain, but concepts can
emerge from studying adaptive physiological trait variations across existing spatial climate …

Latitudinal variation in thermal reaction norms of key fitness traits may inform about the
response of populations to climate warming, yet their adaptive nature and evolutionary …

Short‐term measures of metabolic responses to warmer environments are expected to
indicate the sensitivity of species to regional warming. However, given time, species may be …

Populations within species often exhibit variation in traits that reflect local adaptation and
further shape existing adaptive potential for species to respond to climate change. However …

While we know climate change will impact individuals, populations, and communities, we
lack a cross-scale synthesis for understanding global variation in climate change impacts …

Although the potential to adapt to warmer climate is constrained by genetic trade-offs, our
understanding of how selection and mutation shape genetic (co) variances in thermal …

Ecological factors are known to cause evolutionary diversification. Recent work has shown
that evolution in strongly interacting predator species has reciprocal impacts on ecosystems …

The ongoing climate change has motivated numerous studies investigating the temperature
response of various organisms, especially that of ectotherms. To correctly describe the …