Few studies have considered downstream changes in bank erosion rates and variability
along single river systems. This paper reports some preliminary results of an intensive and …

The intention of this article is to identify the ways in which ideas about space and time are
manifest in river bank erosion research, thus linking abstract theoretical discussion with the …

Abstract The Niger Delta, the largest river delta on the African continent, is one of the most
densely populated river deltas globally and hosts the world's third largest mangrove forest. It …

Riverbank erosion is a major contributor to catchment sediment budgets. At large spatial
scales data is often restricted to planform channel change, with little information on process …

Notches cut by waves are currently developing at the base of vertical coastal limestone cliffs
in Okinawa, Japan. The cliff height varies from 3.0–22.1 m, and the maximum notch depth is …

This paper presents experiments and modelling of cantilever failures for a cohesive
riverbank. Two types of cohesive materials with different bank cohesions were investigated …

The main objective of this paper is to introduce a novel coupled method for simulating the
fluvial erosion, cantilever failure and bedload sediment transport to describe the …

Gully erosion damages land resources and endangers human productivity and life, making it
a key issue in global research on soil erosion nowadays. Gully headcut retreat (GHR) is the …

Although recession of waterfalls or knickpoints in bedrock rivers is a common
geomorphological process, detailed mechanics of waterfall recession has only been …

Abstract Development of a notch at the base of a cliff reduces cliff stability and often induces
a collapse. Pleistocene limestone coastal cliffs of elevation 5? m in Kuro‐shima, Ryukyu …