
Explore the ocean's vital role in climate regulation, oxygen production, and carbon sequestration. Learn how marine ecosystems can help mitigate climate change impacts and why ocean conservation is crucial.

Explore the historic dive to Challenger Deep with Dr. Kathryn Sullivan, discussing her experience, the importance of ocean exploration, and expanding our understanding of Earth's oceans.

Explore the physics behind ice sheets and their impact on future sea levels with Professor Alex Robel from Georgia Tech in this insightful talk.

Explore connections between Chern-Simons theory and Indian Ocean dynamics in this theoretical physics talk, bridging concepts from quantum field theory and fluid mechanics.

Experts discuss advances in marine carbon dioxide removal, including research, funding, applications, and ethical considerations, with insights on a Pacific Northwest pilot project.

Comprehensive overview of Arctic climate change impacts, featuring new data on air, sea, and land conditions, with added focus on Indigenous knowledge and regional ecosystems.

Explore climate monitoring and coral bleaching in the Florida Keys, examining environmental impacts and conservation efforts for these vital marine ecosystems.

Explore the lithosphere's role in Earth's climate system, from rock weathering to carbon burial. Learn how geological processes impact global climate and life on our planet.

Explore the dynamics and climate impact of the abyssal ocean with Prof. Raffaele Ferrari, delving into deep-sea processes and their global significance.

Experts discuss ocean-based climate interventions, including carbon dioxide removal strategies, exploring potential benefits, risks, and regulatory considerations for future oceanic impacts.

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.

Explore deep-water processes, contourites, and mixed depositional systems shaped by bottom currents. Learn about their formation, evolution, and significance in modern oceans and ancient records.

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

Explores sediment transport patterns of major rivers, highlighting extensive alongshore dispersal and formation of distal mud depocenters, with few rivers directly reaching deep sea.

Explore the interaction between sediment gravity flows and bottom currents in continental slope morphologies, revealing new insights from laboratory experiments on hybrid bottom-turbidity currents.

Explore new insights into turbidity currents, powerful underwater sediment avalanches, through recent field-scale measurements. Learn about their impact on marine ecosystems and infrastructure.

Explore ultra-deep hadal trenches to unravel earthquake history and understand sediment mass and carbon transfer in this rarely-studied environment of our planet.

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 marine carbonate sediment production systems, their controlling factors, and unique sequence stratigraphic patterns for different carbonate factories in various environmental settings.