In the last 30 years, work on large wood (LW) has expanded and matured considerably, and
river scientists, managers and practitioners now have a better appreciation of the role of LW …

The recent and growing development and availability of unmanned aerial vehicles/systems
(UAV, UAS, or “drones”) in volcanology has promoted a significant advance in volcanic …

Large wood drives both the form and function of gravel‐bed rivers draining forested basins.
Previously overlooked benefits of wood in rivers are now widely recognized. Together with …

Dynamics and functions of large wood have become integral considerations in the science
and management of river systems. Study of large wood in rivers took place as monitoring of …

Porosity, or void space, of large wood jams in stream systems has implications for estimating
wood volumes and carbon storage, the impacts of jams on geomorphic and ecological …

Rivers with alluvial bars store more wood than those without, supplied through channel
shifting. However, wood dynamics (arrival or new deposits, departure or entrainment, and …

Anthropogenic climate change has increased the frequency of large floods in rivers draining
the Ozark Highlands. This study assesses the effects of a> 500-yr flood in spring 2017 on …

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

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 …

Sediment storage by instream wood in forested mountain streams mediates sediment
movement from hillslopes through the channel network and can alter channel morphology at …