Biogenic carbonates, including bivalve shells, record past environmental conditions, but
their interpretation requires understanding environmental and biological factors that affect …

In many biogenic and geogenic materials, ion impurities can provide serviceable proxies for
environmental conditions. However, the element/Ca ratios of bivalve shells are notoriously …

Seawater temperature is an essential quantity for paleoclimatological and paleoecological
studies. A potential archive that can provide century-long, temporally well-constrained and …

Modern and fossil bivalves record environmental variability in their shells in the form of
chemical and ultrastructural properties as well as changes in growth rate. These proxy data …

The bivalve mollusc Arctica islandica can live for hundreds of years, and its shell has
provided a valuable resource for sclerochronological studies and geochemical analyses for …

Context The ultrastructure of marine bivalve shells, specifically the thickness of nacre tablets
has recently been identified to be related to water temperature. Aims This study investigates …

Due to their robust preservation and widespread nature, marine bivalve shells are
increasingly used as informative, high-resolution records of past environmental conditions …

Coral reefs are highly vulnerable to a multitude of global to local stressors associated with
human activity and are declining at an alarming rate. In recent years, nearshore turbid coral …