Recent Advances in Geological Oceanography

© 2022 by the authors; CC BY-NC-ND license

environmental sedimentology; sediment flux; sediment provenance; climate change impact; human role; depositional and erosional history; environmental controls; natural resources; aquatic environment; physical geography; El Niño-Southern Oscillation; coastal erosion; storm surge; paleotempestology; planktonic foraminifera; pteropods; paleoecology; multivariate statistical analysis; primary productivity; water column stratification; upwelling; Holocene climatic variability; hydrological changes; eastern Mediterranean; magnetostratigraphy; clay minerals; geochemical properties; deep-sea sediments; mid-Pleistocene transition; coquina taphofacies/petrofacies; Amaral Formation; Lusitanian Basin (Portugal); Upper Jurassic; carbonate reservoirs; theoretical models; paleoenvironmental models; paleogeographic reconstructions; Permian-Triassic boundary; sequence stratigraphy; high stand systems tract (HST); shallow marine deposits; microfacies types; stratigraphic correlations; subtidal-intertidal depositional environments; mixed siliciclastic-carbonate successions; sedimentary basin dynamics; paleoecology; deep-sea sediment; rare earth element; enrichment mechanism; Sr isotope stratigraphy; Pacific Ocean; carbonate reservoirs; porosity classifications; micro-macro-porosity; petrophysical properties; diagenetic processes; petroleum potential; grain sorting; sedimentary facies analysis; stratigraphic correlations; depositional environment; overpressure; disequilibrium compaction; hydrocarbon generation; natural gas hydrate; microbial activity; organic carbon; deep-sea fans; carbon burial; turbidity current; suspension settling; hybrid event bed; mudstone; linked debrite; provenance; paleo-weathering; paleo-oceanographic reconstruction; tectonic evolution; marine geochemical cycle; passive continental margin; Chichali Formation; Pakistan; Event Stratigraphy; Interior Palaeosea; Late Cenozoic; Local Tectonics; Rostov Dome; biotic crisis; Gondwana; marine macroinvertebrates; middle Palaeozoic; Palaeo-Tethys Ocean; taxonomic diversity; turnover; contourites; drift; sediment waves; bottom currents; turbidite; geohazards; high-resolution seismic data; pocket beach; sand transport; longshore–rip current; hydrodynamic and sedimentary modeling; beach rotation; shoreline displacement; overpressure zones; pore pressure prediction; offshore hydrocarbon fields; Black Sea shelf; geosites; Induan; Hauterivian; palaeosea; siliciclastics; Toarcian; Western Caucasus; fluid-solid coupling; seafloor massive sulfides; cutting mechanism; discrete element method; smoothed particle; Rock Eval analysis; pre-evaporitic source rocks; hydrocarbon potential; sedimentary basin dynamics; thermal maturity; kerogen type; hydrocarbon exploration; evaporites sealing quality; Messinian salinity crisis; eastern Mediterranean; Aeolian accretion; coastal dunes; OSL-dating; MIS2; Holocene; sea-level; submerged forest; Ria de Vigo; NW Iberian Atlantic coast; n/a; coccolith flux; Eastern Mediterranean; biogenic flux; Ionian Sea; sediment trap; Emiliania huxleyi; Florisphaera profunda; n/a