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Enhanced river science and rehabilitation for a sustainable balance among economic and environmental goals
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Introduction
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Background
Spawning Habitat Rehabilitation
SHR Spatial Scales
Hydraulic Unit Scale
Geomorphic Unit Scale
Reach Scale
SHIRA Video Lecture
Shira Framework
River Case Studies
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Mokelumne River
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LMR Projects
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LMR 1999 Site
LMR 2001 Site
LMR 2002 Site
LMR 2003 Site
LMR 2004 Site
LMR Site Description
Trinity River
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TR Site Description
TR Pre-Project Characterization
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Trin Pre 300 cfs
Trin Pre 6000 cfs
TR Design Concepts/Tools
TR Design 1
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TR D1 300 cfs
TR D1 6000 cfs
TR Design 2
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TR D2 300 cfs
TR D2 6000 cfs
TR Design 3a
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TR D3a 300 cfs
TR D3a 6000 cfs
TR Design 4
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TR D4 300 cfs
TR D4 6000 cfs
TR Design 5
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TR D5 300 cfs
TR D5 6000 cfs
TR Design 6
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TR D6 300 cfs
TR D6 6000 cfs
TR Designs Compared
Yuba River
American River
Feather River
Publications
Adaptive Management
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River Case Studies
Trinity River
TR Design 3a
TR D3a 300 cfs
In this Section: TR D3a 300 cfs
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TR D3a 6000 cfs
TR D3a 300 cfs
Water Depth (ft)
Velocity (ft/s)
Shield Stress
Scour Depth (ft)
Sediment Mobility Index For D50
Steelhead Fry
Steelhead Spawning
Chinook Fry
Chinook Spawning
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