Sharing a Unique Urban Wetland Enhancement at the 2025 Urban Ecology and Conservation Symposium
March, 2025
With the mission of advancing the science around urban ecosystems, the 23rd Annual Urban Ecology and Conservation Symposium took place featuring a presentation detailing work on the Springwater Wetlands Restoration project. Project lead, Rose Horton, presented alongside the client, Portland Bureau of Environmental Services (BES) and the City of Portland, to discuss the variety of ways improvements to this watershed are designed to improve the local habitat and surrounding community.
“At a really well attended conference, it was great to be part of all the wildlife research and knowledge that was shared… it’s important to show how restoring wetlands also protects people with solutions like naturally improving flood storage.”
– Rose Horton, PE|Team Leader, WNR
What is the Urban Ecology and Conservation Symposium?
The event is hosted by the Urban Ecosystem Research Consortium (UERC) of Portland/Vancouver and was held at Portland State University. Made up of members from educational institutions, state agencies, local governments, and non-profits, the UERC offers professionals opportunities to gather and share knowledge about urban ecology. Several speakers across a range of organizations gave presentations to share knowledge and ecological data with a focus on building communities in the region.
Insights from the Springwater Wetlands Restoration
Among the presentations given on ‘Restoration and Monitoring’ at the 2025 UERC was a unique, 70-acre urban wetland enhancement project that aimed to address decades of attempts to reduce flooding in the Portland area. Johnson Creek is one of the few free-flowing streams in Portland and has a long history of nuisance and catastrophic flooding. The restoration of the Springwater Wetlands focused on reducing that flooding while also enhancing habitat and improving community amenities for the city.
Co-presenting with client representatives, Rose detailed how this restoration work removed non-native fill and improved flood storage to protect neighborhoods from Johnson Creek and advance the city’s goals. This work also added more connections to the Johnson Creek trail system, including educational signs and site features made from WPA rock that connect the area’s history with its natural environment.