In the context of global climate change, ocean acidification and warming are becoming
increasingly serious. Adding carbon sinks in the ocean is an important part of efforts to …

Climate change is transforming aquatic ecosystems. Coastal waters have experienced
progressive warming, acidification, and deoxygenation that will intensify this century. At the …

We employed a meta-analysis to determine if the presumed resilience of decapods to ocean
acidification extends to all biological aspects, environments, and life stages. Most response …

Assessing decapod sensitivity to regional-scale ocean acidification (OA) conditions is limited
because of a fragmented understanding of the thresholds at which they exhibit biological …

While hypoxia and acidification can be common occurrences in eutrophic coastal zones, the
precise, coupled temporal and spatial dynamics of these conditions are poorly described …

Tropical cyclones represent a substantial disturbance to water quality in coastal ecosystems
via storm surge, winds, and flooding. However, evidence to date suggests that the impacts of …

Humans have used, and had effects on, marine ecosystems throughout history. As the
human population and its economic activities increase, these effects intensify. Yet, our …

Scaling climate change impacts from individual responses to population‐level vulnerability
is a pressing challenge for scientists and society. We assessed vulnerability of the most …

The estuaries and continental shelf system of the United States Mid-Atlantic are subject to
ocean acidification driven by atmospheric CO 2, and coastal acidification caused by …

Crabs categorized as cold-blooded organisms are especially at risk as climate change
worsens. Their current situation was not well documented, especially in terms of …