Port Angeles Civicplus #2026 Tree Canopy and Stream Assessment RFQ

Urban Tree Canopy and Stream Assessment Consulting Services for City of Port Angeles

The City of Port Angeles is seeking professional consulting services to conduct an Urban Tree Canopy Assessment and Urban Stream Assessment to support salmon recovery and stormwater management efforts. - Government Buyer: - City of Port Angeles, Community and Economic Development Department - OEMs and Vendors: - No specific Original Equipment Manufacturers (OEMs) or vendors are named in the solicitation - Products/Services Requested: - Urban Tree Canopy Assessment - Establish baseline canopy - Analyze land cover distribution - Generate GIS datasets compatible with the City's GIS Division - Identify planting opportunities and areas of tree decline - Urban Stream Assessment - Assess stream health, invasive species, fish passage barriers, and canopy coverage in six urban streams (Ennis, White, Peabody, Valley, Tumwater, and Dry Creeks) - Unique or Notable Requirements: - Demonstrated experience with geo-spatial analysis using ESRI ArcGIS software - Deliverables must be compatible with the City's GIS systems - Project supports salmon recovery and the development of an Urban Forestry Program - Funded by the Washington State Department of Commerce Salmon Recovery Through Local Planning Grant, supported by Washington's Climate Commitment Act - Electronic proposal submission required - Contract term is six months from award, with possible early termination by the City - Place of Performance: - City of Port Angeles and six named urban streams

Description

The City of Port Angeles is seeking proposals from qualified professional firms to conduct an Urban Tree Canopy Assessment and Stream Assessment. These assessments aim to support salmon recovery efforts and improve stormwater management by providing data to establish an Urban Forestry Program. The program will manage the urban forest holistically for the benefit of salmonids and the community. The scope includes GIS data generation, identification of planting opportunities, and urban stream health evaluation across six urban streams.

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