Webinar: Plant Tolerances to Weather Extremes
Presented by Amy Whitworth, Earth Friendly Garden Designer & Community Educator, Plan-It Earth Design
Presented by Amy Whitworth, Earth Friendly Garden Designer & Community Educator, Plan-It Earth Design
Presented by James Cassidy, Instructor of Soil Science, Oregon State University
Healthy soil, rich in organic matter and microbial life, is great for our plants but it also helps to mitigate the impact of those extreme weather events that go hand-in-hand with a changing climate. Join James Cassidy, OSU Instructor of Soil Science to learn how soils form, how soils store water and nutrients, and how to apply this knowledge to your backyard gardening.
There will be time for discussion, so come prepared with your garden questions!
Presented by Angela Laws, Endangered Species Conservation Biologist, Xerces Society for Invertebrate Conservation.
Addressing climate change and protecting biodiversity go hand-in-hand. Join Angela Laws from the Xerces Society to learn about some of the many ways that pollinators and other invertebrates may be affected by climate change. We’ll discuss actions that everyone can take to help protect pollinator biodiversity, including gardening to create climate-smart habitat around our homes and communities.
Presented by Matthew Betts, Professor and Ruth Spaniol Chair, Dept. Forest Ecosystems and Society, Oregon State University
Join Professor Matthew Betts from OSU’s Department of Forest Ecosystems and Society to learn how climate change is affecting bird species across the US. Research from H.J. Andrews Long-term Ecological Research Program is informing how we better manage forests and our land to help reduce climate-induced declines of bird populations.
There will be time for discussion, so come prepared with your garden questions!
Presented by Brian French, Certified Arborist, Tree Risk Assessor, and Climber, Arboriculture International, LLC
Trees provide many benefits, including providing habitat for wildlife, sequestering carbon, and helping to reduce stormwater runoff. They are also one of the greatest defenses against climate change. How are our trees coping? What does stress look like and which species are more resilient? In this session, we will learn from arborist, tree risk assessor, and climber Brian French on how to manage and nurture our trees.
During this online workshop the North Clackamas Watersheds Council will discuss the spectacular geographies of North Clackamas watersheds, their histories, new studies from the Council, upcoming projects, and ways you can get involved in watershed health!
The presentation will take approximately 30 minutes with 15 minutes for questions and discussions.
During this online workshop the North Clackamas Watersheds Council will discuss the spectacular geographies of North Clackamas watersheds, their histories, new studies from the Council, upcoming projects, and ways you can get involved in watershed health!
The presentation will take approximately 30 minutes with 15 minutes for questions and discussions.
Join Tualatin River Keepers at Fields Bridge Park to help with habitat restoration. This is a beautiful city park along the Tualatin River with many uses (walking paths, baseball fields, community garden, playground, fishing areas). We will be mostly pulling out ivy and blackberry bushes, as well as removing holly bushes.
Updated: Feb. 5, 2025
WES’ construction contractor, Braun Construction, has completed the following:
What’s Next?
Note: During this construction period, roads will not be closed, and there will be minimal interruptions to normal traffic patterns.
WES has submitted permit applications for the project's stream restoration and culvert replacement portions. Construction will begin as soon as permits are received, and the entire project will be completed by the end of 2026.
WES is reducing flooding and improving habitat along Kellogg Creek (between SE Clackamas Road and SE Thiessen Road) by removing and/or replacing culverts and stream crossings as well as restoring Kellogg Creek.
Below is a detailed list of all activities supporting the restoration efforts of Upper Kellogg Creek. Each project is outlined in the Clackamas Water Environment Services (WES) Storm System Master Plan (SSMP), which details our approach for storm system infrastructure operations, maintenance and expansion with the goal of improving surface water quality and infrastructure within the WES service area.
For reference, a “culvert” is a device, usually a pipe or arched tunnel, that transports water underneath a road, railway, or other type of embankment.
Location: This project area is located west of where SE Clackamas Road crosses Kellogg Creek, southwest of Ann-Toni Schreiber Park.
Figure 1: SE Clackamas Road Drainage Infrastructure (CIP 1091)
The opportunity: Currently, a stream drains into an undersized ditch inlet south of SE Tidwells Way. The excess water is collected by a standard ditch inlet at the edge of a residential property and transported by storm pipes down SE Clackamas Road directly into Kellogg Creek. The ditch inlet is not large enough to capture the stream flow, especially when debris collects at the inlet. The stream exceeds the capacity of the inlet and causes flooding on SE Clackamas Road and neighboring homes.
The solution:
Location: The project area is located on Kellogg Creek, between SE Clackamas Road and SE Thiessen Road.
Figure 2: Aldercrest Culvert Replacement & Kellogg Creek Restoration (CIP 1079)
The opportunity: Currently, the creek is confined and restricted by ten private driveway culverts and a concrete channel. Three of these driveways cross use narrow culverts, resulting in streamflow backing up and exacerbating nuisance flooding on Clackamas Road. The creek also passes through a pair of parallel culverts, which are not associated with any crossing of the stream. These parallel culverts impede natural stream flow.
The solution:
Location: The project area is located on SE Thiessen Road where it crosses Kellogg Creek, just west of SE Aldercrest Court.
The opportunity: Kellogg Creek flows through an undersized (6-foot diameter) culvert which causes the creek to back up at SE Thiessen Road and flood the road and properties upstream. Due to the significant backwater caused by this culvert, the location was identified as one of the highest priority road crossing culvert replacements in the 2019 Upper Kellogg Basin Assessment prepared for WES.
The solution: WES is partnering with Clackamas County’s Department of Transportation & Engineering (DTD) on this project; learn more about this project.