
Scientists discuss PACE satellite's potential to revolutionize ocean ecosystem monitoring, from studying plankton to identifying harmful algal blooms, using advanced space-based measurements of ocean color.

Explore the ocean's hidden secrets with cutting-edge technology, uncovering new ecosystems, mapping the seafloor, and livestreaming deep-sea discoveries. Learn about innovative marine research and its global impact.

Exploration of carbonate platforms, margins, and slopes through case studies in South China Sea, Red Sea, Senegal, and Mediterranean, focusing on seismic stratigraphy, depositional signatures, and platform evolution.

Explore strategies for using coralline algae in palaeoenvironmental reconstructions, focusing on the Miocene epoch and overcoming taxonomic challenges in shallow water limestone studies.

Explore bioturbation in carbonate drifts to uncover detailed palaeoenvironmental conditions, enhancing understanding of past oceanic and ecological settings.

Explore limestone formation, importance, and applications in climate studies and sustainable solutions. Learn about carbonate sedimentology's role in understanding Earth's history and future environmental challenges.