This paper examines the interaction between sediment supply and channel instability and
implications of system-wide instability for stream restoration. Using examples from southwest …

A comparative study of two adjacent stream channels in the Santa Clara Valley region of
California provided an opportunity to study the relative effects of multi‐faceted watershed …

The ubiquitous effects of land use change on stream hydrologic and geomorphic processes
present an ongoing challenge for hydrologic design at the interface of built and natural …

Ecological resources and amenities associated with many stream corridors have been
degraded or destroyed by channelization and lack of conservation practices on the …

Interest in restoration of ecological, aesthetic, and recreational values to degraded stream
channels has grown enormously in recent years, as has interest in developing flood control …

Various definitions of stream channel stability are presented including" the natural stable
channel", the graded river, dynamic equilibrium, and regime channels, and a quantitative …

This paper discusses approaches to stable channel design that utilize sediment transport as
a basis for quantifying channel stability. Fundamental methodologies sediment routing …

Sediment is one of the main pollutants of surface waters of the United States and sediment
eroded from streambank failures has been found to be the greatest contributor to sediment …

In this paper, I emphasize four aspects of successful stream restoration practice and
research:(1) watershed geologic history and context are critical to designing restoration …

The hydrology from urban areas has a profound effect on the stability of our urban streams.
The urban condition increases peak flows and the volumes of runoff from the watersheds …