Classical models developed for ancient fluvial point bars are based on the assumption that
meander bends invariably increase their radius as meander-bend apices migrate in a …

This paper provides a review of existing methods for determining paleohydraulic parameters
applicable to ancient lithified fluvial strata and attempts to update these formulae using …

Modern fluvial meander plains exhibit complex planform transformations in response to
meander‐bend expansion, downstream migration and rotation. These transformations exert …

The architecture analysis of the different orders sedimentary bodies is of great significance
to the efficient development of oil and gas fields. In order to investigate the effects of the …

Although it has long been recognized that deposition along meandering rivers is not
restricted to convex banks (ie, point bars), the consensus is that sediment deposition on …

Exploration and production from formations deposited in low‐gradient fluvial systems is
typically associated with a high degree of uncertainty; a reflection of the inherent …

Although fundamental types of fluvial meander-bend transformations–expansion,
translation, rotation, and combinations thereof–are widely recognised, the relationship …

As large, deep rivers enter their coastal reaches, they are usually affected by a lengthy
backwater zone. Recent studies have demonstrated pronounced geomorphic effects, such …

We present a sedimentological analysis of the Wielkopolska Member, the upper unit of the
Poznań Formation which formed in a fluvial environment within a tectonic graben during the …

Abstract The Mio-Pliocene muddy deposits of the Wielkopolska Member (Poznań Formation)
cap the Neogene succession in more than 75,000 km2 of Poland. These mud-rich overbank …