  |
|
|
| Title | Land Use, Impervious Surface, and Water Quality: City of Redmond | |
| Month-Year Published | April 2009 | |
| Online Availability |
4048 kilobytes, requires version 4.0 or later of Adobe Acrobat Reader Software get Acrobat Reader
| |
| Short Description |
This study was initiated to provide the city of Redmond′s Public Works, Natural Resources program with a better understanding of ways to reduce impacts to surface water quality from stormwater runoff. (Also see abstract below) | |
| Publication Number | 09-10-033 | |
| Author(s) | Anthony J. Whiley | |
| Print Availability |
Not available as a printed document
To save and view the document on your personal computer, right click on the link to the document and select "save target as."
| |
| Number of pages | 84 | |
| Keywords | impervious surface, land use, natural resources, stormwater runoff, water quality | |
| Related Web Content | Water Quality Home | |
| Related Publications | Title | Relationship |
| Review of Storm-Event Water Quality Data: City of Bellevue | similar topic | |
| Abstract | Long Description |
This study was initiated to provide the city of Redmond′s Public Works, Natural Resources program with a better understanding of ways to reduce impacts to surface water quality from stormwater runoff. To provide a foundation to these recommendations, a fuller understanding of the city′s infrastructure associated with stormwater generation was first required. This report addresses this initial assessment through completion of the following analyses: These various analyses provided the basis for examining the relationship between land use, impervious surface, and water quality within Redmond. This analysis was carried further through the estimation of impervious surface levels expected at full build-out, or a state where all types of zoning are fully developed, and its implications to future water quality. |
This page last updated August 11, 2011
Copyright © Washington State Department of Ecology. See http://www.ecy.wa.gov/copyright.html.
