
Explore ancient seawater preserved in Maldives sediment cores, revealing insights into glacial ocean circulation, carbonate systems, and sedimentary geochemistry from the Last Glacial Maximum.

Explore marine sediment types, their formation, distribution, and significance in oceanography. Learn about lithogenous, biogenous, hydrogenous, and cosmogenous sediments and their impact on ocean ecosystems.

Explore marine sediment types, collection methods, and analysis techniques. Learn about sediment transport, distribution, and composition, including lithogenous, biogenous, hydrogenous, and cosmogenous deposits.

Explore Holocene-era changes in the Indonesian Throughflow region, examining climate patterns, ocean circulation, and their impacts on global systems over the past 11,700 years.

Explore Cretaceous sea level changes, their magnitudes, and driving forces. Discover the impact of aquifer eustasy and the role of glacio-eustasy in shaping Earth's ancient oceans.

Explore the debate on carbonate mud formation: biogenic vs. abiogenic theories. Examine evidence, processes, and environmental factors influencing this crucial marine sediment's origin.

Explore climate change impacts and challenges with Thomas F Stocker's insightful lecture on the latest research findings and future projections in paleoclimatology and Earth system science.

Explore planktic foraminifera's evolution and global distribution over 23 million years, revealing insights into ancient climates and fossil dating reliability.

Explore climate's impact on human evolution, from early hominins to Holocene populations. Discover how paleoclimate data reveals connections between environmental changes and human development.

Explore ancient oceans through shark teeth fossils, uncovering climate history and marine ecosystem evolution with Princeton researcher Alliya A. Akhtar.

Explore the evolution of ocean circulation patterns throughout the Cenozoic era, focusing on key factors shaping modern oceanic systems.

Explore innovative geochemical methods for decoding climate, ocean, and ecological data from planktic foraminifera records with Dr. Brittany Hupp.

Explore ocean sediment coring techniques and their role in uncovering Earth's climate history through marine expeditions and scientific analysis.