
Explore carbonate sedimentology through diverse topics: microbial mounds, oncolites, bryostromatolites, abiotic carbonate formation, and gypsum precipitation in pelagic successions.

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 the unique geochemistry of Salar de Llamara's saline lagoons, examining brine chemistry and sediment cores to understand extreme environments in the Atacama Desert.

Explore Earth's diverse glacial deposits across geological eras, challenging assumptions about 'typical' glacial sediments and encouraging critical analysis of glaciation records.

Explores the ongoing debate between contourites, turbidites, and hemipelagites in deepwater systems, discussing process overlaps, facies characteristics, and recent advancements in distinguishing these sedimentary deposits.

Explore variability in fluvial systems through case studies of Huesca and Salt Wash, examining facies models and their implications for interpreting geological records and building predictive models.

Explore modern and ancient tidal systems, examining challenges in their investigation and common misconceptions about sedimentary structures and depositional environments.

Explore how sole marks can reveal flow properties and depositional environments, with insights from field data in the Aberystwyth Grits Group of West Wales.

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 how aeolian sedimentary systems record environmental changes, using field, remote-sensing, and modeling approaches to reconstruct past desert environments and predict future responses to climate change.

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

Explore the fascinating process of carbonate mud transformation to microspar, uncovering the intricate details of diagenesis in sedimentary geology.

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 mystery of whitings in the Bahamas, examining ocean chemistry and hydrodynamics to understand lime mud formation and its geological implications.

Explore the formation of rhythmic carbonate lithologies, examining genesis models, diagenetic biases, and data analysis techniques for limestone and marl alternations.

Explore sedimentology of supercritical flows, including bedforms, Froude number transitions, and cyclic steps. Understand flow regimes and their impact on sediment patterns in fluid dynamics.

Explore Earth's tidal history, lunar age discrepancies, and continental impacts on tides. Discover how tidal energy influences Earth's rotation and lunar distance, with implications for planetary systems.

Explore microbial and non-marine carbonates through analyses of freshwater dolomites, hydromagnesite-magnesite playa, and lacustrine microbial carbonates, offering insights into their formation and characteristics.

Explore machine learning applications for automatic identification of carbonate facies using core images, improving accuracy and consistency in geological classifications.

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 virtual graphic logging for sedimentary research and teaching. Learn key geological field skills, improve observational techniques, and enhance inclusivity in classroom environments.