The term “ecosystem engineering” emerged in the 1990s and is commonly used to refer to
the activities of larger organisms like beavers and trees in rivers and streams. The focus on …

The temporal variability in sediment export yield from glaciers over a timescale of multiple
glacial cycles (eg 1× 102− 1× 106 years) is of interest for a wide range of applications in …

Contemporary fluvial bedload transport rates are still very difficult to measure and, as a
result of this, in many sites only quantitative data on suspended and solute transport are …

Progressive glacier thinning, retreat and mass loss in the High-Arctic is increasingly
exposing forefield sediments to processes of mobilisation and redistribution. In this paper …

The dramatic landscape of Norway is to a large extent formed by surface processes during
the Quaternary time period, most notably by the action of glaciers through numerous …

The timing and rate of fluvial bedload transport are of central importance within sediment
budget studies and in many applications in river science and engineering. During the years …

This paper focuses on environmental controls, spatiotemporal variability and rates of
contemporary fluvial suspended sediment transport in the neighboring, partly glacierized …

The ongoing recession of Alpine glaciers since the end of the Little Ice Age (LIA) has
exposed stores of glacial sediment to the activity of paraglacial processes. Slope wash …

Proglacial forefields commonly include highly dynamic fluvial systems associated with the
fundamental instability between topography, flow hydraulics and sediment transport …

This study conducted over an investigation period of six years (2004–2010) focuses on
spatial variation in chemical components of drainage water from sub-areas within a confined …