
Explore early Pleistocene sea-level cycles in Taiwan, challenging the "41-kyr world" concept with evidence of precession-dominated fluctuations in high-sedimentation rate basins.

Explore how macrofossils provide crucial sedimentological data, aiding in interpreting depositional settings, fossil concentration processes, paleocurrent analysis, and diagenetic studies.

Explore ground-penetrating radar techniques for tracing tsunami deposits, featuring case studies from Thailand, Indonesia, Scotland, and Shetland Islands. Learn about coastal erosion, sand sheets, and subsurface investigations.

Explore sediment transport dynamics through case studies in Spain, hydraulic geometry, Tasman Leakage, and zircon analysis, offering insights into sedimentary processes and their applications.

Explore Antarctic brine's role in sediment cementation and its implications for climate history. Learn about groundwater composition, mineral precipitation, and ice sheet dynamics.

Explore the debate on autogenic processes in sedimentary systems, examining their relationship to allogenic factors and implications for understanding Earth's geological history.

Explore coastal processes through sedimentological records, covering marine transgression, reef island formation, coal deposits, and quantitative analyses of sedimentary systems.

Explores tidal meander evolution in Venice Lagoon over 130 years, examining hydrodynamic changes, morphology, and sediment transport using diverse data and modeling techniques.

Explore the interplay of oceanography and orbital forces in shaping greenhouse climates, focusing on sedimentary records, ocean circulation, and climate pacing in warmer periods of Earth's history.

Explore 30 million years of Southeast Atlantic carbonate deposition through XRF core scanning, revealing climate, cryosphere, and carbon cycle interactions since the early Oligocene.

Explore synthetic stratigraphy creation from surface imagery and its application in predicting subsurface architecture in deltaic environments, focusing on channel network evolution and connectivity.

Explore 3D geometry of meandering channels, their migration patterns, and implications for stratigraphic records using Python-based visualization of subaerial and submarine flows.

Explore tsunami deposits, their identification challenges, and new research methods. Gain insights into recent tsunamis and their geological impacts through sedimentological studies and innovative approaches like paleogenetics.

Explore the impact of stress on carbonate rock acoustics, examining microstructural models and experimental methods to understand key observations and applications in geophysics.

Explore early Pleistocene mud tectonics and sedimentation in Suffolk, UK. Discover implications for civil engineering and offshore projects, challenging previous assumptions about mud deformation causes.

Explore ocean currents' impact on deep-sea sedimentation, focusing on contourites and their formation processes. Gain insights into oceanographic influences on seafloor morphology and sediment distribution.

Explore submarine channel evolution and salt basin filling through 3D seismic data analysis, comparing underwater patterns to river meandering and examining the impact of salt domes on channel migration.

Explore crystallographic textures in marine minerals using Electron Backscatter Diffraction to uncover their formation processes and biological origins in deep time.

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 ancient microbial ecosystems through sedimentary structures in the Archean Pilbara Block, revealing complex life forms from Earth's early history and their implications for astrobiology.

Explore mixed siliciclastic-carbonate deposits, their formation, characteristics, and importance in geological studies. Learn about scales, heterogeneities, and implications for research and industry.