The system be down for regular maintenance on April 3rd, 2024 from 8:00-10:00am.
Search
Now showing items 1-10 of 35
Regional-Scale Riparian Vegetation Changes: a Contributor to Hood Canal Dissolved Oxygen Issues?
(University of Washington Water Center, 2005-02-17)
Roberts will discuss riparian vegetation changes, and how these may contribute to Hood Canal's dissolved oxygen issues. She will present historical evidence of the shift in plants, based on pollen evidence in Lake Washington. Next, she will describe a study, including an outline of the methods and initial litterfall results. ...
Washington Water Resource: v.11:no.1(2000:winter)
(University of Washington Water Center, 2000)
Articles include: Effectiveness of Large Woody Debris in Urban Stream Rehabilitation; Application of Remotely Sensed Data to Regional Analysis and Assessment of Stream Temperature in the Northwest; Performance Evaluation for Ultra-Urban Stormwater Technologies; Scour of Salmonid Spawning Beds in Low Gradient Gravel Bed Rivers.
Washington Water Resource: v.10:no.4(1999:fall)
(University of Washington Water Center, 1999)
Articles include: "Zero-Impact" Urban Development: Monitoring a Case Study; Sediment Budget of a Mixed-Use Urbanizing Watershed; Regional, Synchronous Field Determination of Summertime Stream Temperatures; A Survey of Ditches Along Country Roads for their Potential to Affect Storm Runoff Water Quality; Regionalization for ...
Washington Water Resource: v.12:no.4(2001:fall)
(University of Washington Water Center, 2001)
Articles include: Hydrologic Trends and Hydrologic Monitoring in Urbanizing Streams in Western Washington.
Washington Water Resource: v.11:no.2(2000:spring)
(University of Washington Water Center, 2000)
Articles include: Effects of Urbanization on the Biological Integrity of Puget Lowland Streams: Restoration with a Biological Focus; On-Site Residental Stormwater Detention.
Washington Water Resource: v.8:no.4(1997:fall)
(University of Washington Water Center, 1997)
Articles include: Evaluation of Urban Stream Channels; Urban Stream Rehabilitation in the Pacific Northwest; Porous Asphalt Road Shoulders; Water Quality Management and Erosion Control on a Construction Site; Stormwater Sampling Methods for Low Flow Streams.
Washington Water Resource: v.11:no.4(2000:fall)
(University of Washington Water Center, 2000)
Articles include: New Metrics to Characterize the Influence of Urban Development on Stream Flow Patterns; A Rapid Land Cover Classification Method for Use in Urban Watershed Analysis; Sampling Benthic Macroinvertebrates in Small Headwater Streams.
Washington Water Resource: v.9:no.4(1998:fall)
(University of Washington Water Center, 1998)
Articles include: Regional, Synchronous Field Determination of Summertime Stream Temperatures; The Stream Rehabilitation Project Information System; Environmental Limitations to Vegetation Establishment and Growth in Vegetated Stormwater.
Evaluating North Creek Channel Conditions After Restoration
(University of Washington Water Center, 2003)
The North Creek ecosystem restoration -- at the University of Washington Bothell/Cascadia Community College (UWB/CCC) campus located in Bothell, Washington -- is one of the most ambitious and complex urban stream restoration projects in North America. This report summarizes North Creek channel conditions after restoration and ...
Interactions Between Vegetation Patterns, Social Preferences, and Stream Biotic Conditions: an Integrated Approach to Watershed Planning in the Puget Sound Lowlands
(University of Washington Water Center, 2005-02-17)
Shandas will discuss challenges to urban watershed management. He will consider ecological research in urban areas and human preferences for vegetation along urban streams. He will describe a study that investigated how urban ecological information in conjunction with social preferences of watershed residents can aid planners ...