http://www.riverrestoration.org/index.htmlRiverRestoration.org ProjectsenJason CareyCopyright 2008 RiverRestoration.org2008-05-29T16:58:33-04:00 hourly 1 2000-01-01T12:00+00:00 Wed, 28 May 2008 13:34:54 -0400Jason CareyEagle River2008-05-29T16:58:33-04:00http://www.riverrestoration.org/projects/files/eagle_river.html#unique-entry-id-10http://www.riverrestoration.org/projects/files/eagle_river.html#unique-entry-id-10
The map shows some of the recreational projects that were identified as offering the most benefits to the recreational community of Eagle County and the Eagle River.Eagle County
Eagle River Watershed, Colorado

Eagle County requested a Recreation Enhancement Plan that would balance increasing future River recreational demands with the environment it celebrates. The Recreation Enhancement Plan conducts an inventory and assessment of all the issues concerning recreation in the Eagle River watershed. The Plan includes an inventory and assessment of 58 access points, 20 use reaches and 115 in-stream hazards over 58 miles of River. The plan prioritizes and develops concept designs for fifteen projects to enhance river recreation. Furthermore, the plan separately prioritizes habitat projects, access projects and recreation enhancement projects that are identified as offering balanced benefits to the community and the Eagle River environment.

Highlights

• Developed river recreation Best Management Practices
• Worked with multiple parties such as: CDOW, USFS, BLM, Eagle River Watershed Council, private landowners, commercial river recreation companies, and individuals of the community.
  

Client
Eagle County
Cliff Simonton, Eagle County Community Development
(970) 328-8751
]]>Jason CareyBlack Gore Creek2008-05-29T16:59:10-04:00http://www.riverrestoration.org/projects/files/black_gore_creek_capital.html#unique-entry-id-9http://www.riverrestoration.org/projects/files/black_gore_creek_capital.html#unique-entry-id-9
The drawing shows the proposed plan and profile for the capital project at MM 182.8. This project has been proposed for a 319 Grant for restoration in 2008.Glenwood Springs
Eagle River Watershed, Colorado

RiverRestoration.org is coordinating the design and implementation of sediment stabilization and removal projects in Black Gore Creek. These projects utilize new techniques and creative solutions for reducing the impact of sediment on the watershed such as sand wanding, geo-tubes and log cribbings. RiverRestoration.org identified potential projects outside of the highway corridor.

The left picture shows construction of a capital project in the Black Gore Creek channel complete in 2006.

Implementations of capital projects began in 2006; and are expected to continue with watershed restoration efforts.

Highlights

• Designed Solutions to reduce Non-point source Sediment
• Prioritized Projects based on a cost/benefit analysis

]]>Jason CareyBoone2008-05-29T16:59:16-04:00http://www.riverrestoration.org/projects/files/boone.html#unique-entry-id-8http://www.riverrestoration.org/projects/files/boone.html#unique-entry-id-8
The picture shows the South Fork New River Restoration project site under construction. Scour vanes and fine sediments are visible in the channel at the completion of the project. 1 year later vegetation had fully established and a thalweg formed with refreshed alluvium.
South Fork New River
Boone, North Carolina

A housing development along the South Fork of the New River, NC included channelization of the River. This resulted in channel head-cutting, heavy siltation of the River bed and a loss of fish habitat. The development was reclaimed by FEMA for flooding issues and RiverRestoration.org personnel lead the design of restoration. The habitat was restored with the goals of establishing vegetation on the denuded bank, installing wetlands at effluent discharge locations, diversifying the channel and mobilizing the silts. Intensive hydraulic analysis revealed a specific design for rock structures to achieve in channel goals. The project survived a 50-year storm event in the fall of 2004 with the formation of beneficial scour holes and refreshment of alluvium. Fish counts have shown a marked improvement in the holding capacity of the reach. Healthy riparian vegetation establishment and functioning wetlands were evident 1 year later.

Highlights

• Restoration of Geomorphic Processes
• Riparian Planting
• Bank Stabilization
• Mobilization of Fine Sediments
• Aquatic Habitat Enhancement

]]>Jason CareyBlack Gore Creek2008-05-29T16:59:22-04:00http://www.riverrestoration.org/projects/files/black_gore_creek.html#unique-entry-id-7http://www.riverrestoration.org/projects/files/black_gore_creek.html#unique-entry-id-7
This photograph shows an example of the system wide aggradation caused from excessive non-point source sediments originating from the maintenance and operation of Interstate 70Black Gore Creek
Eagle River Watershed, Colorado

RiverRestoration.org is leading a multi agency, multi disciplinary team in developing the Black Gore Creek Total Maximum Daily Load to address the impacts of I-70 on Black Gore Creek at Vail Pass. Construction, operation and maintenance of I-70 have caused adverse sedimentation in Black Gore Creek, impairing aquatic life. RiverRestoration.org has worked outside the box to create new ideas and incorporate projects that will create a functioning TMDL and guide restoration projects. RiverRestoration.org has developed a Load Capacity calculation and designed an analysis plan for the annual Source Allocation and associated Sediment Budget. RiverRestoration.org has prepared and executed a Sediment Source Monitoring Plan to support implementation of the TMDL.

Highlights

• Intergovernment and Agency coordination
• Developed and Implemented a Monitoring Plan
• Non-point source pollution control and restoration
• Sediment Transport Analysis

]]>Jason CareyFrisco2008-05-29T16:59:44-04:00http://www.riverrestoration.org/projects/files/frisco.html#unique-entry-id-4http://www.riverrestoration.org/projects/files/frisco.html#unique-entry-id-4
Construction of the recreation enhancement feature and terracing. RiverRestoration.org was onsite to perform survey and test the performance of the feature. Colorado River works constructed the project.Ten Mile Creek
Frisco, Colorado

The Town of Frisco desired to modify existing in-channel structures for river recreation enhancements. RiverRestoration.org’s detailed design services and technical support proved to be the successful approach for Frisco. A high level of coordination between CDOW, CDOT, and landowners was required. Services included surveying, conceptual design, permitting, final design, plans and specifications, construction bid package, and construction monitoring. Construction was successfully completed in August, 2007.

Pre-existing in-channel structure.

Highlights

• Enhanced Existing Drop Structures for Whitewater Recreation
• DOT permits
• Low-water Feature
• 1 year complete project

Client
Jocelyn Mills
Senior Planner
Town of Frisco
P.O. Box 4100
Frisco, CO 80443
(970)-668-9130
jocelynm@townoffrisco.com]]>Jason CareyVail2008-05-29T16:59:48-04:00http://www.riverrestoration.org/projects/files/vail.html#unique-entry-id-3http://www.riverrestoration.org/projects/files/vail.html#unique-entry-id-3
Concept alternatives

Inflatable bladders just after installation

Vail
Gore Creek, Colorado

Vail built a Whitewater Park in 2001 to create an event venue for kayak competitions. By 2004 Vail desired to improve the original park performance in order to meet the expanding skill level of freestyle kayaking. The floodplain was found to be a significant constraint on the site. RiverRestoration.org investigated the feasibility of numerous structural solutions that could be adjusted to not impact the floodplain and maintain RICD. Inflatable bladders were the selected alternative. Final design was advertised for bid. Bank work was complete in fall of 2006, and the second Phase of installing the adjustable bladders was complete in fall of 2007.
REFRENCE: Gregg Barrie, Town Landscape Architect, Town of Vail, CO (970) 479-2107.

Highlights

• High level of BMPs to protect downstream Gold Medal Fishery
• Modifications meet the expanding skill level and technology of the sport
• Site of Teva Mountain Games

The feature during the 2006 Teva Mountain Games Pro Rodeo Kayak Event (photographs courtesy of the Vail Daily)
]]>Jason CareyOgden2009-06-19T11:39:29-04:00http://www.riverrestoration.org/projects/files/ogden.html#unique-entry-id-2http://www.riverrestoration.org/projects/files/ogden.html#unique-entry-id-2
One of the Preliminary Concept Designs for restoration of the Ogden River at Renaissance Village.Ogden
Ogden River, Utah

Downloads:

• Ogden River Cross View (PDF .5 MB)
• Ogden River Proposal (PDF 10 MB)

The Odgen River has been heavily impacted by industrial and residential development. RiverRestoration.org is currently working on Phase I of the Ogden River Restoration. We have coordinated with natural resource managers, including the UDNR and ACOE, to develop a vision for the Ogden River. We have prepared requests for Federal appropriations of restoration funds for the Army Corps of Engineers. We are providing engineering services for floodplain modeling and restoration design. We have performed channel survey and prepared a Preliminary Concept Design for 4 miles of River. Geomorphic parameters have been investigated. Currently we are working on the hydraulic model and geomorphic assessment. We are continuing public outreach and gaining community support.

Highlights

• Restoration of Industrial Impacted River
• Geomorphic Assessment for Stable Channel Design
• Enhancement of Fishing, Boating, and Passive Recreational Opportunities.

]]>Jason CareyAvon2008-05-29T16:59:57-04:00http://www.riverrestoration.org/projects/files/avon.html#unique-entry-id-1http://www.riverrestoration.org/projects/files/avon.html#unique-entry-id-1
The photograph shows one of the hydraulic features, “Jr Bob”, just after construction during low flow conditions.Avon
Eagle River, Colorado

RiverRestoration.org assessed potential recreation improvements along the Eagle River at Avon, as well as identified use patterns and limitations. Thirteen locations were assessed for river recreation and a conceptual plan with project cost estimates was developed at each site. This project empowered the Town and opened the door for working with stakeholders to move towards implementation of river projects. A complete feasibility study, concept design and final design for construction have been completed for a whitewater centerpiece at the popular Bob the Bridge. RiverRestoration.org provided engineering services for survey, permitting, design, landscape plans, and construction plans and specifications for three river recreation features. After coordinating with the CDOW a more “organic” approach was required. We responded with innovative engineering designs that did not require grouted boulders, tied the features into the natural morphology and matched the native surroundings. RiverRestoration.org provided construction services and worked diligently with the contractor to ensure specific installation of the hydraulic features. The project was successfully completed in the fall of 2006. RiverRestoration.org has also assisted the Town in filing for Recreational In-Channel Diversion (RICD) water rights ranging up to 1,400 cfs. The technical approach developed for the RICD was regarded highly by CWCB staff, which recommended approval of the appropriation.

This photograph shows “Baby Bob” being tested just after construction during a rain storm event.

Highlights

• Recreation Enhancement
• Recreational Water Right with Potential Environmental Benefits
• Fish Habitat Considerations

Client
Town of Avon, CO
Mayor Ron Wolfe
www.avon.org]]>Jason CareyGlenwood2008-05-29T16:59:59-04:00http://www.riverrestoration.org/projects/files/glenwood.html#unique-entry-id-0http://www.riverrestoration.org/projects/files/glenwood.html#unique-entry-id-0
The low-flow feature being tested while still under construction.Glenwood Springs
Colorado River, Colorado

Glenwood Springs has been working tirelessly towards a Whitewater Park since 2001. RiverRestoration.org was retained in 2006 and brought the solutions. The Colorado River posed magnitude greater design challenges than any other site in the State. The RiverRestoration.org design approach proved to be successful. Starting with river survey, development of feasibility with cost opinions, project phase planning, permitting with alternative analyses, and grant applications led to discovery of the appropriate course of action. A Federal Highways Administration License and FEMA CLOMR were required for this project. Final design plans and specifications were advertised for bid in fall of 2007. Phase One of the project is hugely successful with a big stable wave forming in the Spring of 2008.

The drawing shows the conceptual plan of the preferred alternative design

Highlights

• River Park Development
• Designed Drift Boat Passage
• Design Solutions for Large River Construction
• Low flow and High flow Features
• FHA License and CLOMR

Client
City of Glenwood Springs, CO
]]>Jason CareyWhitehorse2008-05-29T16:59:04-04:00http://www.riverrestoration.org/projects/files/whitehorse.html#unique-entry-id-11http://www.riverrestoration.org/projects/files/whitehorse.html#unique-entry-id-11
Above shows the Concept Plan for the Slalom Course component of Yukon Whitehorse Enhancements.Whitehorse
Yukon River, Canada

The project site on the Yukon River is located in a very complex riverine environment. It has the longest Chinook Salmon run in the world. It also has a large hydro power plant immediately upstream which supplies most of the power for the entire Yukon Territory. The Power Plant also has one of the longest fish ladders in the world. Our team is coordinating with the varied interests on the river to develop a River Recreation Enhancements project which meets the needs of all parties. A Feasibility Study and Conceptual Design were completed December, 2007.

Highlights

• Slalom Course and Wave Enhancements
• Historical Site
• Longest Salmon Run in the World
• Hydro-electric Power Plan

]]>Jason CareyYampa2008-05-29T16:58:45-04:00http://www.riverrestoration.org/projects/files/yampa.html#unique-entry-id-12http://www.riverrestoration.org/projects/files/yampa.html#unique-entry-id-12
The picture shows the Williams irrigation diversion dam in 1994. A significant opportunity exists to consolidate high impact, temporary diversion structures into a more ecosystem sensitive and efficient irrigation system. Yampa River
Hayden, Colorado

RiverRestoration.org is developing design for the comprehensive restoration of approximately 4 miles of the Yampa River near Hayden, Colorado through the consolidation of temporary diversion structures into a more ecosystem sensitive system. Current practices include bulldozing the channel annually, to divert irrigation water. RiverRestoration.org involvement has included field investigations of the study area for vegetation delineation, topographic mapping, materials sampling and geomorphic characterization. Hydraulic, hydrologic, geomorphic and sedimentation analyses were performed. A full range of alternatives for the restoration and enhancement of the ecosystem have been developed. Benefits associated with restoring wetland and river habitats were incrementally analyzed with costs to determine the most cost effective alternatives. All of this has resulted in a feasible alternative and RiverRestoration.org is proceeding with final plans and specifications.

Highlights

• Restoration of Geomorphic Processes
• Riparian Planting
• Bank Stabilization
• Environmentally Sensitive Irrigation Diversion

]]>Jason CareyUpper Colorado2008-05-29T16:58:39-04:00http://www.riverrestoration.org/projects/files/upper_colodado.html#unique-entry-id-13http://www.riverrestoration.org/projects/files/upper_colodado.html#unique-entry-id-13
The image is of Butch Craig restoration. A 52 acre gravel pit was reconnected to the Gunnison River with seasonal flows.Colorado and Utah
Upper Colorado River Basin

The bottomland sites adjacent to the upper Colorado River and its tributaries are essential habitat for endangered Colorado River fish species (razorback sucker, humpback chub, bonytail chub and Colorado pikeminnow). Water resources development, encroachment of non-native vegetation and landuse changes have resulted in the bottomlands being isolated from interaction with the river channel at all but high flows, often exceeding the 10-year flood.

Disturbed bottomland areas of the Colorado, Gunnison and Green Rivers are evaluated for potential to improve natural interaction and function with the main river channels. Analyses performed include hydrologic analysis, hydraulic analysis, sediment transport analysis, permitting, construction plan preparation and cost estimation. Fieldwork has included hydrographic surveys, topographic surveys and geomorphic observations. Restoration alternatives have been developed for each site and presented in floodability assessment reports. RiverRestoration.org personnel also assisted in the floodplain restoration implementation phase by providing construction surveying and inspection services. Successful restoration was implemented on the Gunnison River between Delta and Grand Junction and on the Colorado in Grand Junction. Final design and permitting has been performed on two other sites along the Colorado River near Grand Junction.

Highlights

• Habitat Restoration for Endangered Fish Species
• Extensive Flood Plain Reconnection and Riparian Restoration

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