Branching coral reconstructions have the potential to significantly enrich paleoclimate
records derived from fossil reef cores. This study explores the utility of Acropora and …

Understanding past environmental change through high-resolution palaeoenvironmental
proxy reconstructions provides crucial baselines for understanding global environmental …

Ocean acidification and ocean warming compromise the capacity of calcifying marine
organisms to generate and maintain their skeletons. While many marine calcifying …

Geochemical signatures from biogenic carbonates are being increasingly employed as
palaeoenvironmental proxies. In turn, many of these proxy archives including mollusc shells …

Coral skeletons are one of the best archives for past ocean seawater (SW) chemistry and
isotopes. However, the distribution coefficients of major and minor elements in coral …

Increased seawater temperature has resulted in mass coral bleaching events globally.
Acropora tenuis, the dominant hermatypic coral species in southern Japan, was exposed to …

Clones of hermatypic coral Acropora digitifera from Sesoko Island, Okinawa, were exposed
to temperatures of 29° C, 30° C, 31° C, and 32° C for 14 days in a laboratory to identify their …

Reef restoration has gained attention as it has strategic actions and powerful means in
sustaining and maintaining coastal ecosystem services. This scientometric study …

Methodologies for coral polyps culture and real-time monitoring are important in
investigating the effects of the global environmental changes on coral reefs and marine …

Traditional methods of cultivating polyps are costly and time-consuming. Microfluidic chip
technology makes it possible to study coral polyps at the single-cell level, but most chips can …