River systems in forested catchments are strongly influenced by wood and sediment loading
from both natural (eg mass wasting) and anthropogenic (forestry) sources. In order to …

Abstract A Structure from Motion (SfM) photogrammetry-based methodology for precise
mapping of large wood (LW) accumulations in fluvial systems is presented. The technique …

The formation of large wood (LW) accumulations during floods represents a major hazard for
constricted river cross-sections, eg bridges and weirs, as it affects flow hydraulics and …

Quantification and assessment of large wood (LW) accumulations in fluvial systems is still
considered difficult due to the complex nature of wooden deposits. Although knowledge …

Wood accumulations influence geomorphic, hydraulic, and ecologic functions within a river
corridor, but characterizing these accumulations presents challenges across a range of field …

Fluvial wood is recognized as one of the key elements of riverine environments. Its
importance, role, and potential related risks are widely considered and analysed. Still, to …

Large wood (LW, log at least 1 m-long and 0.1 m in diameter) in river channels has great
relevance in fluvial environments. Historically, the most used approach to estimate the …

To effectively manage wood in rivers, we need a better understanding of wood mobility
within river networks. Here, we review primarily field-based (and some numerical) studies of …

Recent advances in computer vision and image analysis have led to the development of a
novel, fully automated photogrammetric method to generate dense 3d point cloud data. This …

It has long been known that large wood in rivers increases channel complexity and is a
primary driver of geomorphic change in forested mountain streams in the Pacific Northwest …