Recent development of fluvial facies models has been due to improved description of
natural river and floodplain processes and deposits using:(1) ground-penetrating radar (GPR) …

Rivers and Floodplains is concerned with the origin, geometry, water flow, sediment transport,
erosion and deposition associated with modern alluvial rivers and floodplains, how they …

The quantitative model presented simulates the development of a two‐dimensional alluvial
sedimentary succession beneath a floodplain traversed by a single major river. Several inter‐…

Abstract Models of braided-river deposition must be detailed, fully 3D, and preferably quantitative
to be of use in understanding and predicting the nature of ancient deposits. In order to …

A primary objective in exploration for and development of fluvial reservoirs is determining
the thickness and width of sandstone-conglomerate bodies (mainly channel-belt deposits). …

A three-dimensional model of alluvial stratigraphy has been developed to simulate the spatial
distribution, proportion, and connectedness of coarse-grained channel-belt deposits in …

New experimental data from a range of flumes and rivers have been used to test and
develop a theoretical model for the thickness of sets of cross strata formed by the migration of …

A critique is given of recent methods proposed for the standardized description, classification
and interpretation of fluvial deposits in terms of: (1) hierarchies of strata and their bounding …

A quantitative, three‐dimensional depositional model of gravelly, braided rivers has been
developed based largely on the deposits of the Sagavanirktok River in northern Alaska. These …

A model for the entrainment and bed load transport of sediment grains of different sizes,
shapes and densities by a unidirectional turbulent flow is developed in terms of (1) sediment …