The ocean is warming, losing oxygen and being acidified, primarily as a result of
anthropogenic carbon emissions. With ocean warming, acidification and deoxygenation …

Variability in the environment defines the structure and dynamics of all living systems, from
organisms to ecosystems. Species have evolved traits and strategies that allow them to …

Anthropogenic climate change is projected to lead to ocean warming, acidification,
deoxygenation, reductions in near-surface nutrients, and changes to primary production, all …

Despite its far-reaching implications for conservation and natural resource management,
little is known about the color of environmental noise, or the structure of temporal …

Elucidating the physiological mechanisms that underlie thermal stress and discovering how
species differ in capacities for phenotypic acclimatization and evolutionary adaptation to this …

Ocean acidity extreme events are short-term periods of relatively high [H+] concentrations.
The uptake of anthropogenic CO 2 emissions by the ocean is expected to lead to more …

Marine ecosystems are increasingly impacted by global environmental changes, including
warming temperatures, deoxygenation, and ocean acidification. Marine scientists recognize …

Climate change is increasingly impacting ecosystems globally. Understanding adaptive
genetic diversity and whether it will keep pace with projected climatic change is necessary to …

Environmental change is multidimensional, with local anthropogenic stressors and global
climate change interacting to differentially impact populations throughout a species' …

Physiological studies contribute to a cause and effect understanding of ecological patterns
under climate change and identify the scope and limits of adaptation. Across most habitats …