Bear Creek Rehabilitation
The Bear Creek Rehabilitation project will rehabilitate the lower, channelized part of Bear Creek starting at the Sammamish River and going upstream on Bear Creek to the Bear Creek enhancement work previously completed. About 3,000 feet of Bear Creek will be completely relocated from the mostly straight, channelized “stream” to a meandering, reshaped and re-planted channel in the existing adjacent open space.
The project will establish stream buffers consistent with the City’s Critical Areas Ordinance with allowance for the Washington State Department of Transportation (WSDOT) “Stage 3” widening of the SR520 freeway adjacent to Bear Creek. The existing asphalt path will be relocated and augmented with a soft-surface parallel path and “side-routes” that will allow people to walk over to the stream and to view and interact with (a much improved) Bear Creek.
The rehabilitated overbank areas will address flood conveyance issues and will provide other habitat improvements.
On May 18th, 2013, experts from the Washington State Department of Transportation, Department of Archeology and Historic Preservation, Muckleshoot, Snoqualmie and Stillaguamish Tribes, and SWCA Environmental Consultants presented a special workshop titled Archaeology for the Curious about archaeology basics and what Redmond was like 10,000 years ago and the local history of the Bear Creek site.
The following link will direct you to videos of that presentation:
Archaeology for the Curious (located under Archived Videos, 2013 Informational Programs, dropdown menu)
Bear Creek Project
Sammamish River Projects
Stream Restoration Map
Upper Willows Creek - Using LWD
Project maintenance is crucial to the success of Redmond’s restoration projects throughout the City. Redmond contracts with a Washington Department of Ecology Conservation Corps (WCC) crew to maintain restoration sites throughout the City.
Maintenance is a follow-up activity that is crucial to the success of restoration and mitigation capital improvement projects. Maintenance is typically required by permit approvals for the first five years after project completion. The value of site maintenance goes far beyond permit compliance in that it protects and improves the public investment in these habitat enhancements, promoting healthy and attractive restoration areas. Maintenance of restoration sites involves control of invasive weeds, litter patrol, replacement planting, and other activities important to overall project success. This regular site maintenance enhances already completed projects, building on the initial investment, as well as improving the aesthetics of sites.
The Washington Department of Ecology’s WCC program crews accomplish a variety of natural resource-related activities for local jurisdictions and non-profit organizations, and are awarded to jurisdictions via competitive application. WCC staff are typically interning college-age students learning restoration techniques and gaining job skills. A crew consists of six staff that works a 40-hour work week.
The work consists primarily of removing invasive plants from City of Redmond CIP project sites totaling about 45 acres distributed around the city. Replacement plantings also occupies a significant portion of the crew’s time. In addition, the crew provides assistance with volunteer events, habitat assessment, and site monitoring. The level of maintenance for each location on the site restoration map varies widely. Older more established sites may only require a brief check for weeds every year or two, while recently planted sites are worked intensively two or three times per year. The most recent Habitat Enhancement Project (HEP 4) along the Sammamish River, for example, takes two to three weeks of the crew’s time during the year.
Redmond values its natural resources, and has completed 45 stream restoration projects, covering 55 acres over the past 15 years. The objective of the projects is to restore habitat (critical areas) to provide the necessary function to support healthy native fish, wildlife and vegetation. Projects examples include: restoring riparian conditions by removing invasive plants and planting native vegetation, removing artificial barriers to fish migration (like undersized culverts), installing large woody debris (LWD) to enhance fish habitat, and re-locating stream channels to more-natural courses.