
Explore the formation, characteristics, and sequence stratigraphy of cyclothems in Carboniferous and Permian paleotropical successions, examining their depositional environments and debating their origins.

Explore marine and near-surface carbonate diagenesis through expert presentations on biogeochemical drivers, karst geobody extraction, microporosity distribution, and petrophysical properties of calcitic and aragonitic deposits.

Explore platform-scale fluid flow and fault-controlled dolomitization in carbonate systems through expert presentations on isotope analysis, localization controls, and reactive transport modeling.

Explore microtidal meanders in the Venice Lagoon, examining morphodynamics, sedimentary processes, and depositional patterns in this unique Mediterranean coastal environment.

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.

Explore Earth's terrestrial carbonates through time, from soil to hot springs. Discover their role in studying planetary evolution and life's interplay with environments across the galaxy.

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 Antarctic vegetation history and its role in revealing past climate changes, from greenhouse to icehouse conditions, through fossil records and sediment analysis.

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 diverse gravity current processes in coarse-grained flows on steep slopes, examining outcrop examples from Greece and their implications for sediment transport and deposition.

Explore how river sedimentary facies serve as proxies for past precipitation patterns, offering insights into future climate-driven changes in river systems.

Exploring fluvial carbonates as sensitive indicators of past climate and environmental conditions, comparing present and past records from various basins to uncover high-resolution multiproxy data.

Explore paleotempestology: learn how sedimentary deposits reveal long-term storm impacts and climate patterns, offering insights beyond short-term instrumental records.

Explore cutting-edge research on carbonate systems, from geological modeling to diagenesis. Gain insights into depositional processes, microbialite morphology, and innovative applications of AI in carbonate sedimentology.

Explore carbonate diagenesis through field, analytical, and experimental approaches, examining case studies from speleothems to burial diagenetic carbonates and discussing state-of-the-art research implications.

Explore microbial carbonates' dominance during biotic crises and environmental changes, examining high-relief platforms' facies, geometry, and architecture in ancient carbonate systems.

Explore the sedimentological impacts of flooding events, examining how water-driven processes shape landscapes and leave lasting geological evidence.

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

Explore 3D architecture and sediment distribution of a hypertidal point bar in Mont-Saint-Michel Bay, examining depositional patterns, tidal influences, and geomorphological processes shaping coastal landscapes.

Explore advancements in carbonate diagenesis, from analytical techniques to observation-based studies, revealing paradigm shifts in marine, meteoric, and burial processes.

Investigates ripple formation on mixed sand-clay beds, revealing clay content thresholds and their impact on ripple size, shape, and bed stability under combined flow conditions.