The use of in‐stream wood is one of the most commonly employed natural flood
management (NFM) techniques. The effectiveness of NFM wood structures in reducing flood …

Wood reintroduction is now considered an important aspect of stream restoration, due to
ecohydraulic benefits associated with wood presence. Channel‐spanning wood jams create …

In this second companion paper, hydraulic model tests were conducted to analyze local
scour due to natural spanwise large wood (LW) accumulations. Spanwise accumulations …

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 …

Transported large wood (LW) in rivers may lead to accumulations at natural or artificial
obstructions. The hydraulic and geomorphic conditions change due to these accumulations …

Logjams create diverse physical and ecological effects in stream channels, including at least
temporary storage of water, sediment, and particulate organic matter. We hypothesize that …

Wood is an integral part of a river ecosystem and the number of restoration projects using
log placements is increasing. Physical model tests were used to explore how the wood …

Abstract Nature Based Solutions (NBS), including Natural Flood Management (NFM)
schemes are becoming an important component of many governmental and organisation …

We use 11 years of annual surveys in streams of the Southern Rockies of Colorado, USA, to
examine the persistence and geomorphic effects of logjams. Each year's survey includes∼ …

Accumulations of wood in rivers can alter three-dimensional connectivity and facilitate
channel bifurcations. Bifurcations divide the flow of water and sediment into secondary …