pdf

Spatial patterns of ‘pink spots’ on Porites in Mo’orea French Polynesia imply a positive assocaition with anthropogenic impacts

Abstract: Globally, coral reefs are declining due to numerous global and local stressors, including increasing prevalence of coral diseases and other lesions. Declines in coral cover related to occurrence of lesions, which can be a symptom of disease, can have major effects on ecosystem function and services. While many...

Continue reading

Ocean acidification modulates material flux linked with coral calcification and photosynthesis

Abstract: Coral reefs are essential for the foundation of marine ecosystems. However, ocean acidification (OA), driven by rising atmospheric carbon dioxide (CO2 ) threatens coral growth and biological homeostasis. This study examines two Hawaiian coral species—Montipora capitata and Pocillopora acuta to elevated pCO2 simulating OA. Utilizing pH and O2...

Continue reading

Spatial patterns of marine litter on the Arabian Gulf’s major offshore sea turtle nesting islands

Abstract: Marine litter poses growing risks to the Arabian Gulf’s major turtle nesting islands, yet its composition and ne-scale distribution have never been quantied. We combined two complementary surveys on Jana and Karan Islands—the region’s largest hawksbill (Eretmochelys imbricata) and green turtle (Chelonia mydas) rookeries. First, 988.3 m2 of...

Continue reading

Coral cover and species responses to heat exposure vary across contemporary Western Atlantic reefs

Abstract: Ocean warming threatens the persistence of tropical corals and the biologically diverse ecosystems they sustain. While Ƥeld-based studies on heat impact have predominantly focused on quantifying coral bleaching, a symptom of thermal stress, less attention has been given to understanding trends in coral mortality, a critical metric for...

Continue reading

Progressive changes in coral reef communities with increasing ocean acidification

Abstract: Ocean acidification from increasing atmospheric CO2 is progressively affecting seawater chemistry, but predicting ongoing and near-future consequences for marine ecosystems is challenging without empirical field data. Here we quantify tropical coral reef benthic communities at 37 stations with varying exposure to submarine volcanic CO2 seeping, and determine the...

Continue reading

©2026 The Coral Reef Research Hub. All Rights Reserved.  View Terms and Conditions

CONTACT US

Use this pop up to send us a quick email if you have any questions or feedback

Sending

Log in with your credentials

or    

Forgot your details?

Create Account