Ocean acidification (OA) has resulted in global-scale changes in ocean chemistry, which
can disturb marine organisms and ecosystems. Despite its extensively populated coastline …

The impacts of ocean deoxygenation on biodiversity and ecosystem function are well
established in temperate regions, and here we illustrate how the study of hypoxia in tropical …

Ecosystem-based management on coral reefs has historically focused on biodiversity
conservation through the establishment of marine reserves, but it is increasingly recognised …

Our understanding of the response of reef‐building corals to changes in their physical
environment is largely based on laboratory experiments, analysis of long‐term field data …

A large body of evidence is documenting the impact of reduced pH on marine species and
ecosystems. This information is used to infer the present and future impacts of ocean …

Understanding of non-geniculate coralline algal (NGCA) diversity, prevalence, and
distribution in the tropical western North Atlantic is currently limited by reliance on …

Understanding the extent to which laboratory findings of low pH on marine organisms can
be extrapolated to the natural environment is key toward making better projections about the …

Ocean Acidification (OA) can have pervasive effects in calcifying marine organisms, and a
better understanding of how different populations respond at the physiological and …

Crustose coralline algae (CCA) are important components of reef ecology contributing to
reef framework construction. However, little is known about how seasonal upwelling systems …

In coastal marine ecosystems coralline algae often create biogenic reefs. These calcareous
algal reefs affect their associated invertebrate communities via diurnal oscillations in …