In this paper, we outline the need for a coordinated international effort toward the building of
an open-access Global Ocean Oxygen Database and ATlas (GO2DAT) complying with the …

In an ocean that is rapidly warming and losing oxygen, accurate forecasting of species'
responses must consider how this environmental change affects fundamental aspects of …

The utility of measuring whole-animal performance to frame the metabolic response to
environmental hypoxia is well established. Progressively reducing ambient oxygen (O2) will …

Alterations of marine species' ranges with climate change are often attributed to oxygen
limitation in warming oceans. Here we report unique metabolic temperature sensitivities for …

Ocean temperature and dissolved oxygen shape marine habitats in an interplay with
species' physiological characteristics. Therefore, the observed and projected warming and …

Hypoxia (low oxygen stress) is increasingly reported on coral reefs, caused by ocean
deoxygenation linked to coastal nutrient pollution and ocean warming. While the ability to …

Ocean warming due to climate change can affect the metabolism, performance, and survival
of ectothermic marine species. On the US Northeast continental shelf (US NES), waters are …

Accurately predicting the responses of organisms to novel or changing environments
requires the development of ecologically‐appropriate experimental methodology and …

Introduction Climate change, and the increase in sea surface temperature, is exacerbating
ocean deoxygenation because of the inherent property of seawater to sequester less …

Respiratory plasticity is a beneficial response to chronic hypoxia in fish. Red drum, a teleost
that commonly experiences hypoxia in the Gulf of Mexico, have shown respiratory plasticity …