The effects of downstream base-level control on fluvial architecture and geometry are well
explored in several broadly similar sequence-stratigraphic models. Cretaceous Dakota …

A quantitative comparison of 20 literature case studies of fluvial sedimentary successions
tests common assumptions made in published models of alluvial architecture concerning (1) …

A hierarchy of channel-form bounding surfaces generally partitions fluvial strata, each
reflecting river scouring processes at a different scale. Low-order (eg channel scours …

Concept-driven sequence stratigraphic models of alluvial-to-coastal-plain successions
suggest that fluvial architecture and style should transition from isolated, single-story …

Book synopsis: Developments in the modelling of sediment transport in rivers and the
interactions with the river-bed have been remarkable over the last two decades. This …

Since tectonic subsidence in sedimentary basins provides the potential for long-term facies
preservation into the sedimentary record, analysis of geomorphic elements in modern …

The three-dimensional geometry of fluvial channel bodies and valley fills has received much
less attention than their internal structure, despite the fact that many subsurface analyses …

Abstract Medano Creek in Colorado provides a unique opportunity to study upper-flow-
regime deposition. It is a steep, aggrading fluvial system in which antidunes are the …

Fluvial channel geometry classification schemes are commonly restricted in relation to the
scale at which the study took place, often due to outcrop limitations or the need to conduct …

The Platte River of Nebraska, central USA, has been used by sedimentologists as a type
example of a sandy, braided river system for some forty years. Despite this designation …