Source-to-sink interpretations of genetic equivalency between fluvial feeder systems and
basin accumulations infer that the sediment and water mass collected and transferred by …

Although the similarities between depositional processes and products as well as the
analogous controls on basin-filling and evolution appear to have enjoyed great uniformity …

Previous sequence-stratigraphic work has emphasized the key role of paleosols and
associated sand-dominated fluvial bodies as key features for interpreting alluvial …

Sequence stratigraphy solved the basic problem that genetically related, but different,
lithofacies were routinely assigned to different lithostratigraphic units defined by arbitrary …

The fragmentary nature of the stratigraphic record is particularly evident with respect to
fluvial deposits, which are characterized by a hierarchy of depositional units deposited over …

Laterally extensive outcrops in south-central Utah of the Turonian Ferron Notom Delta
Complex and its bounding shales contain numerous chronometrically age-dated bentonite …

Converging research in modern environments, stratigraphy, numerical modeling, and
physical experiments introduce new ideas and reinforce prior thinking on the complex and …

Nonmarine sequence stratigraphic models are based largely on studies of fluvial units in the
Cretaceous Western Interior of North America, including the Blackhawk and Castlegate …

Orbital observation has revealed a rich record of fluvial landforms on Mars, with much of this
record dating 3.6–3.0 Ga. Despite widespread geomorphic evidence, few analyses of Mars' …

Criteria for identifying alluvial-valley fills in the geological record have commonly been
derived from coastal areas, where high-magnitude glacioeustatic fluctuations generate …