In forested channel networks wood can be the dominant control on grade and shear stress partitioning. In these systems a loss of wood triggers channel
Large wood (LW) jams are key riverine habitat features that affect hydraulic processes and aquatic habitat. The hydraulic influence of LW jams is poorly understood
This report summarizes the results of monitoring efforts on Elwha River Engineered Logjams (ELJs) for the period from 1999-2006. During this period, a total of
In forested channel networks wood can be the dominant control on grade and shear stress partitioning. In these systems a loss of wood triggers channel
Wood has been well-established as a material constituent of fluvial systems capable of altering channel morphology and fluvial processes. The published literature partially reflects humanity’s
The purpose of this assessment is to develop a plan that identifies protection and restoration strategies that prioritize specific actions to maintain and/or improve salmonid
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