
Novel mixed sand-mud bedforms in submarine fan fringes: shapes, sizes, and implications for sediment gravity flows with cohesive clay. Insights into interpreting fan fringe environments and reconstructing sedimentary processes.

Explore sedimentary rock formation, types, and structures. Learn about detrital, chemical, and organic rocks, their environments, and their role in understanding Earth's history.

Exploring interactions between coastal sediments and biota, from modern wetland erosion to early life evidence in rocks, using models and experiments at the intersection of geomorphology, ecology, and paleontology.

Explore ancient glacial diamictites to understand the evolution of Earth's upper continental crust composition through geochemical analysis and sedimentary recycling insights.

Insights into river delta mechanics, focusing on avulsions and their impact on delta formation. Explores backwater hydrodynamics, flood effects, and implications for delta management and stratigraphic interpretation.

Explore experimental approaches and novel techniques in diagenesis research, including calcite cementation, UPb dating, authigenic carbonate formation, and neutron computed tomography for fossil coral analysis.

Explore the fascinating world of giant rock concretions, their formation process, and unique locations worldwide. Learn about their differences from geodes and their presence on Mars.

Explore how Taiwan's orogenesis affects climate signal preservation in sedimentary archives and its implications for interpreting past climate changes in the South China Sea.

Explore coastal dynamics and river delta morphology, examining the impact of waves, tides, and fluvial forces on delta formation and future changes due to human activities and sea-level rise.

Explore the fascinating world of loess with geologist Mark Sweeney in this in-depth discussion, covering its formation, distribution, and significance in understanding Ice Age floods and climate history.

Explore the geological history of the Columbia Basin's submergence during the Ice Age, including Bretz's groundbreaking research and its implications for understanding prehistoric floods.

Explore hybrid event beds in deep-lacustrine fan systems, analyzing their composition, distribution, and formation in the North Falkland Basin using 3D seismic data, wireline logs, and core samples.

Explore giant sediment waves in a Mississippian carbonate ramp, examining their formation, characteristics, and implications for understanding ancient marine environments and sedimentary processes.

In-depth exploration of the Bonneville Flood, featuring expert discussions with Shawn Willsey and Jim O'Connor. Covers geological history, impact, and significance of this massive Ice Age flood event in the Pacific Northwest.

Explore the fascinating history of Glacial Lake Missoula with geologist Larry Smith. Discover the impact of Ice Age floods on the Pacific Northwest landscape through expert insights and visual aids.

Discover the intriguing world of coastal peatlands through Late Cretaceous and Paleocene case studies, exploring their formation, preservation, and significance in geological history.

Explore deep-water turbidite systems, focusing on channel-lobe transition zones. Gain insights into spatial and temporal development of ancient systems through detailed lithological and architectural analyses.

Explore how syndepositional deformation impacts depositional processes, examining case studies from Trinidad, USA, and Germany. Gain insights into the interplay between tectonics, eustasy, and sedimentation.

Explore ancient bedding planes as preserved snapshots of past environments, revealing microscale topography and palaeoenvironmental information from deep time.

Continental carbonates: exploring the interplay of climate, biota, CO2, and hydrology in forming calcretes and travertines, and their role in understanding Earth's critical zone.

Explore diverse depositional processes in mixed carbonate-siliciclastic systems through case studies spanning geological eras and global locations, from the Permian-Triassic to the Proterozoic.