Deltas constitute complex depositional systems formed when a land-derived gravity-flow
(carrying water and sediments) discharges into a marine or lacustrine standing body of …

Storm deposits in marine facies are distributed widely across all geological periods, greatly
extending the historical record of storms and providing valuable insights into the ongoing …

Aggradational deltaic successions are uncommon in the stratigraphic record since deltas
are progradational by nature. However, deltaic coastlines fed by multiple small distributaries …

Shallow-water deltas remain enigmatic in terms of placing the observed facies within a
coherent process-based depositional model. Here we report tank experiments on mouth-bar …

Abstract The Furada Formation of Asturias, Spain, represents a clastic shallow-marine unit
deposited during the middle Silurian to the Early Devonian. This formation contains …

Sediments deposited by glacial meltwaters (for example, ice‐contact delta deposits) form
permeable packages in the subsurface that can act as reservoirs for both water and …

The climate response of tropical Southeast Asia to abrupt climate change originating from
high northern latitudes remains poorly understood. Here, marine sediments recovered from …

Abstract The Mars 2020 Perseverance Rover imaged diagenetic textural features in four
separate sedimentary units in its exploration of the 25‐m‐thick Shenandoah formation at …

Storm‐flood‐dominated deltas are sedimentary systems in which a complex interplay of
hydrodynamic processes occurs during storms (eg tropical cyclones) due to the coeval …

Abstract Fluvially‐dominated, fine‐grained, shallow‐water deltas are more variable than is
generally recognized. Studies of the Mississippi River imply rather persistent river‐mouth jet …