Glendale Creek Restoration. Restoration Goals Ensure long-term stability of road and stream Manage excess gravel and debris Provide habitat/fish passage.

Slides:

Advertisements

Similar presentations

Action Effectiveness Monitoring in the Upper Columbia (Chapter 4) Karl M. Polivka, Pacific Northwest Research Station, USDA Forest Service.

Advertisements

Restore Lawyer Creek Habitat: Targeting Steelhead and Chinook Salmon.

Lolo Creek Watershed Project #

Implement Actions to Reduce Water Temperatures in the Teanaway Basin BPA FY 2002 Columbia Plateau Province Proposal Project ID #

Grande Ronde Basin Fish Habitat Enhancement Project Project No

Lawyer Creek Steelhead Trout Habitat Improvement Project presented by: Lewis Soil Conservation District.

Upper Toppenish Watershed Restoration Project ( ) Yakama Nation Division of Natural Resources.

Grande Ronde River Restoration Project - La Grande, OR Union Soil and Water Conservation District, Union County, City of La Grande and U.S. Army Corps.

Riparian Thinning Logic

Steep unstable or moderately stable slopes are a common concern in watersheds on Vancouver Island. Urban development, logging, road building and exploration.

Riparian Zone Habitat Assessment Vegetation and More.

1 Floodplain Management SESSION 7 Stream Systems on Dynamic Earth Floodplain Management Principles & Practice Prepared By Donald R. Reichmuth, PhD.

1 Helping Nature Heal Ecological restoration - to reverse degradation and reestablish some aspects of an ecosystem that previously existed.

Gravel Mining Ryan Kindt Kristina Lowthian CIVE 717 April 9, 2012 Gualala River, California fly-over, Courtesy: Jamie Hall.

Earth Disturbance Programs  Chapter 102 –Erosion Control & NPDES Permits  Chapter 105-General Permits  Dirt & Gravel Roads Program.

Road Decommissioning Monitoring For every 10 miles of road decommissioned, one ¼ mile monitoring segment is established and monitored. Segments are monitored.

Pine Valley Country Club Stream Restoration: Phase 2 Proposal Presented March 17, 2003 Greg Jennings, NC State Univ Barbara Doll, NC Sea Grant Dave Bidelspach,

CONSTRUCTION BEST MANAGEMENT PRACTICES (BMPs) CONSTRUCTION GUIDE TO CLEANER WATER Information compliments of: WaterWorks! WaterWorks! Center for Environmental.

The Mission Reach Ecosystem Restoration Project: Floodplain Management Within a Multi-Objective Project Paradigm Steven Schauer San Antonio River Authority.

Habitat Assessment Developed by Ken Cooke Kentucky Division of Water Watershed Watch Program Coordinator Modified by Mike Kemp Professor of Environmental.

Restoration of Chamberlain Creek Amy Clinefelter Riparian Wetland Research Program Restoration of Chamberlain Creek Amy Clinefelter Riparian Wetland Research.

Stream Restoration Techniques

Minnehaha Creek – Reach 14 Streambank Improvement Project.

A Review of Stream Restoration Techniques and a Hierarchical Strategy for Prioritizing Restoration in Pacific Northwest Watersheds North American Journal.

Presented by Insert your name, title, and district Lower Hudson Coalition of Conservation Districts Volunteer Streamwalk Program Developed by the Westchester.

Watershed Assessment and River Restoration Strategies

Modern Urbanized Stream Water Quality Improvement Technologies Creating a Net Zero Water Quality Impact Solution in the Natural Environment.

ODOT Programmatic ESA Consultation on the Federal-Aid Highway Program (FAHP) User’s Guide Training, June-July 2013 Bank Stabilization Streambank or channel.

Hat Creek Restoration Project Hat Creek Restoration ProjectHatRAC PresentationOctober 29, 2013 Prepared by Geomorphic Assessment and Preliminary Plans.

Ryan Johnson Earth and Physical Science Department Western Oregon University Monmouth, Oregon

Salmon Species Chinook Aka “King” or “Tyee” or “Blackmouth”

STREAM ECOSYSTEMS.

Channel Modification Washington Dept. Forestry, 2004, Channel Modification Techniques Katie Halvorson.

Shoshone-Bannock Tribes Fish and Wildlife Department.

Chumstick Creek Salmon Habitat Conditions* Land development, road construction, and other human activities have affected channel migration and sediment.

Lower South ForkClearwater River Lower South Fork Clearwater River Nez Perce Tribe DFRM Watershed Division Mark Johnson-Project Leader

Icicle Creek Salmon Habitat Conditions* Land Development has affected stream channel movement, off channel habitat, and LWD recruitment. Barriers to migration.

Stream Processes and Habitat Ryan Johnson. Overview Watershed Processes – Factors and their effects on the watershed as a whole Stream Processes – Factors.

Fluvial Criteria in the FAHP. “ All permanent stream crossing replacements must provide for a fully functional floodplain”

Oregon Case Studies Ryan Johnson. Studies  The response of impounded sediment to a culvert replacement project on Sutter Creek, a tributary of Honey.

Recognition and reporting of water quality management problems on Michigan’s forest lands.

Mission, Brender, and Yaksum Creeks Habitat Conditions Low flows and associated high temperatures affect distribution and abundance of native species.

Dry Creek Fish Habitat Enhancement Feasibility Study Current Conditions Summary.

Natural vs. Accelerated Soil Erosion Natural geologic erosion has occurred at a relatively slow rate since the earth was formed. Natural erosion produces.

Importance of the Lower Wenatchee River in Salmon Recovery* The Lower Wenatchee is a critical migration corridor for all ESA listed species Of the total.

Flowing water.  vitally important geologically, biologically, historically and culturally.  contain only 0.001% of the total amount of the worlds water.

Coos Watershed Association Watershed Restoration Projects.

1 Testing the Ability of Native Cutthroat Trout to Pass Through Small Culverts on Steep Slopes N. Phil Peterson, Ryan K. Simmons, Jeffery T. Light Forest.

Reach 1. Reach 2 Reach 3 Reach 4 Benchmark levels: Undesireable Desireable More Than Less Than Goals/Benchmarks: 30% Pools Riffles present.

Comparison of Benthic Invertebrate Communities Upstream and Downstream of Proposed Culvert Installations in Alabama Amy C. Gill USGS, Alabama Water Science.

Nason Creek Salmon Habitat Conditions* Development, and road building have affected riparian (streamside) habitat, large woody debris and gravel recruitment.

Design and Implementation of Large Wood Structures at Twelvemile Creek Prince of Wales Island Tongass National Forest The Nature Conservancy TEAMS Enterprise.

Area of Interest 1.Uncontrolled runoff from impervious surfaces 2.Unstable banks 3.Undercut banks 4.Massive erosion 5.Loss of biotic integrity.

Chelan County Lead Entity Presentation SRFB 2005 Salmon Habitat Grant Cycle.

Esteban Quiles Earth and Physical Science Department Western Oregon University Monmouth, Oregon

Source: Stream Corridor Restoration Manual WATERSHED MANAGEMENT.

Snohomish County Surface Water Management R2 Resource Consultants

Bridges Reach analysis Fundamental tool for design

Department of Forestry 2004 Stream Habitat Restoration Guidelines

A Review of Stream Restoration Techniques and a Hierarchical Strategy for Prioritizing Restoration in Pacific Northwest Watersheds North American Journal.

Fish Passage Barriers & Salmon Recovery

Crow/Quartz Creek Instream Large Wood Recruitment

a design technique for achieving fish passage

Fish Passage Restoration at Roy’s Pools

Watershed Restoration on the Lolo NF Benefits for the Clark Fork Watershed Taylor Greenup, Hydrologist, Lolo National Forest Jennifer Mickelson,

Restoration Considerations

Jason Throneberry Aquatic Ecologist.

Module # 16 Restoring Functions to Streams Through Design

Fish Protection Laws in Alaska ADF&G Statutory Authority

In-Stream Structures & Grade Control

Presentation transcript:

Glendale Creek Restoration

Restoration Goals Ensure long-term stability of road and stream Manage excess gravel and debris Provide habitat/fish passage

Fish Needs Food (Rearing) Shelter (Rearing / Refuge) Ability to Reproduce (Spawning) Access (Passage)

Habitat = Hydraulic Diversity Fast/slow Deep/shallow

Habitat Varies Species Life stage

Glendale Creek Project Areas Road Washout Fish Passage Lower Reach Fish Passage, Spawning Middle Reach Habitat

Road Washout Island County (2009) Stabilize Stream Banks Remove Road Fill Add Habitat Elements Focus: Passage

Middle Reach Tulalip Tribe (2010) Add Large Wood Stabilize Stream Focus: Habitat

Lower Reach Focus: Channel and Slope Stability Fish Passage/Spawning

Challenges in the Lower Reach Undercut Road Prism Unstable Soils Channel Down-Cutting Narrow Channel Segments

… More Challenges 6% Average Grade Degraded Instream Habitat Excessive Incoming Sediment (originating in Middle Reach)

Bank Stabilization Glendale Road Stabilize / Replant (100 ft) (locations to be finalized) Road Edge Stabilization (350 ft) Upper Culvert

Bank Stabilization Spiralnail Spider Slope System

Road Edge Stabilization Welded Wire Structural Earth System

Road Edge Stabilization Welded Wire Structural Earth System - Installed

Fish Usage Steeper and narrower (420 ft) Wider and flatter (380 ft) Upper Culvert Glendale Road Rearing / Refuge Spawning Passage

Wood Structures For fish passageFor fish habitat

Rock Structures

First Steps…

Next Steps Design in process Target completion in 2010 Permits Construction bidding and contracts Funding Possible phased approach