Coralline algae are globally distributed benthic primary producers that secrete calcium
carbonate skeletons. In the context of ocean acidification, they have received much recent …

Changing components, rock textures, lithofacies, platform types and architecture throughout
time are unique characteristics of carbonate rocks. Characterizing these attributes has been …

Global marine conservation remains fractured by an imbalance in research efforts and policy
actions, limiting progression towards sustainability. Rhodolith beds represent a prime …

Understanding the drivers of net coral reef calcium carbonate production is increasingly
important as ocean warming, acidification, and other anthropogenic stressors threaten the …

Coralline algae are major calcifiers of significant ecological importance in marine habitats
but are among the most sensitive calcifying organisms to ocean acidification. The elevated …

Coralline red algae from the New Zealand region were investigated in a study focused on
documenting regional diversity. We present a multi‐gene analysis using sequence data …

Key features: Captures the historic context and recent developments in science and policy
arenas that address the potential for coastal wetlands to be considered as significant …

The ongoing increase in anthropogenic carbon dioxide (CO 2) emissions is changing the
global marine environment and is causing warming and acidification of the oceans …

Rising atmospheric CO 2 is expected to increase global temperatures and partial pressure
of CO 2 in surface waters, causing ocean warming and acidification. These changes may …

1. The protocols available for sampling and monitoring shallow subtidal rhodolith beds
(RBs) are inadequate for the deep Mediterranean analogues, and need calibration in order …