Intraspecific variation in key traits such as tolerance of warming can have profound effects
on ecological and evolutionary processes, notably responses to climate change. The …

The effects of climate change are often body size dependent. One contributing factor could
be size-dependent thermal tolerance (SDTT), the propensity for heat and cold tolerance to …

The partial pressure of CO2 in the oceans has increased rapidly over the past century,
driving ocean acidification and raising concern for the stability of marine ecosystems …

Critical thermal maximum (CTmax) is a commonly and increasingly used measure of an
animal's upper thermal tolerance limit. However, it is unknown how consistent CTmax is …

Global seawater temperatures are increasing and becoming more variable, with
consequences for all marine animals including those in food production systems. In several …

Marine ectotherms are often sensitive to thermal stress, and certain life stages can be
particularly vulnerable (eg, larvae or spawners). In this study, we investigated the critical …

Rising global temperatures threaten to disrupt population sex ratios, which can in turn cause
mate shortages, reduce population growth and adaptive potential, and increase extinction …

Species abundance, diversity and community assemblage structure are determined by
multiple physical, habitat and management drivers that operate across multiple spatial …

Predicting responses of marine organisms to global change requires eco-physiological
assessments across the complex life cycles of species. Here, we experimentally tested the …

Measurements of thermal tolerance are critical for predicting species vulnerability to climate
change. Critical thermal maximum (CTmax) is a measure of an animal's upper thermal …