Skip to main content Clackamas Partnership Project TrackerClackamas Partnership
    • About the Clackamas Partnership
    • Clackamas Partnership Overview
    • Contracting and Requests For Proposals (RFPs)
    • Partnership Documents
    • TAC and Partnership Meeting Schedules
    • TAC Meeting Agendas and Meeting Packets
    • TAC Meeting Notes
    • Project Map
    • Full Project List
    • Limiting Factors
    • Focal Species
    • Project Types
    • FIP Bienniums
    • Performance Measures
    • Watersheds
    • Organizations
    • Funds
    • Web Services
  • Log In
    • Request Support
    • Training
    • About ProjectFirma
View Fact Sheet

Lower Clackamas/ Foster Creek Confluence Remeandering

Back to all Projects
Proposal
Deferred
Planning/Design
Implementation
Post-Implementation
Completed
Skip to main content

Contents

Project Overview

Basics

Degraded Channel and Riparian Areas
Isolated Side Channels and Off-Channel Habitats
Lower Clackamas/ Foster Creek Confluence Remeandering

Deferred
Realignment of Foster Creek would result in 1,450 linear feet of side channel habitat increase. Roughened channel construction is anticipated to encourage occupation of the former channel alignment, support salmonid access, and protect upstream infrastructure.
1,200 linear feet of large wood placement is proposed. Placement includes six habitat complexity log jams, (eight to twelve pieces each), distributed throughout the re-occupied Foster Creek channel. These
structures are intended to provide cover and complexity and would be placed to avoid impact to existing mature vegetation. Five buried channel margin jams will redirect flow down the former alignment.

2018
2026
2029
12/2/2024

Location

To zoom, hold down Shift and drag a rectangle.

  • Rock Creek-Clackamas River

Organizations

Funders
  • Unknown or unspecified
  • Oregon Watershed Enhancement Board
Lead Implementer
  • Clackamas River Basin Council

Contacts

Isaac Sanders - Clackamas River Basin Council (CRBC) (isaac@clackamasriver.org)

Performance Measures

Expected Performance Measures

Large Wood Placement Placement Density: > 25 yrd^3/1000 ft Placement Location: Floodplain 1,450 lf
Large Wood Placement Placement Density: > 25 yrd^3/1000 ft Placement Location: In Channel 1,450 lf
Riparian / Floodplain Invasive Species Removal Area Side of stream / river: Both sides of stream 3.5 acres
Riparian / Floodplain Native Planting Area Side of stream / river: Two sides 3.5 acres
Side Channel Habitat Increase Inundation frequency: Equal or more frequent than annual 1,450 lf

Reported Performance Measures

No annual Performance Measure accomplishments entered for this Project.

Financials

Budget

$943,212.00
$0.00
$943,212.00
$0.00
Total
OWEB Focused Investment Partnership (FIP) (OWEB) $475,000.00 $475,000.00
Unknown/Unassigned (Unknown or Unassigned) $468,212.00 $468,212.00
Total $0.00 $943,212.00 $943,212.00
Comment: None provided

Reported Expenditures

No Expenditures have been reported for this Project.


Note: None provided

Focal Species

Focal Species

Off channel habitat for all life stages

Project Types

Project Types

FIP Bienniums

FIP Bienniums

Project Details

Attachments

No attachments

No attachments

Notes

12/05/2017 1:53 PM Zachary Bergen Project Prioritization:

1.) Focal species affected:
- Two species

2.) Limiting factors addressed:
- Addresses two or more primary and at least one secondary
6e 3. Physical habitat quality: Degraded channel structure and complexity.
6e 4. Physical habitat quality: Degraded floodplain connectivity and function.
6e 1. Physical habitat quality: Degraded riparian areas and large wood recruitment.

3.) Project protection benefits:
- Minimal protection from private landowners.

4.) Processed-based restoration
-Partial restoration- Project partially addresses restoring natural processes. Restoration actions would include wetland enhancement, riparian restoration, the creation of side channels, invasive species removal, and native plantings.

5.) Threats addressed:
-Climate change resiliency- Restoration partially or fully addresses climate change resiliency and the project focuses on key habitats that provide resiliency.

- Urbanization/development impacts- Restoration actions partially address habitat and watershed processes associated with current and future watershed urbanization.

6.) Project size and scale:
- Stream projects (linear scale)- 1/4 to 1/2 mile in length

- Floodplain/ riparian area extent (lateral extent)- Project includes some floodplain/riparian activities.

7.) Project readiness, constraints, and risks:
-Project readiness- The project's conceptual design does consider other factors such as constructability and how project effectiveness will be demonstrated.

-Project constraints and risks- There are moderate feasibility constraints or risks that may limit overall project success.

8.) Outreach, landowner relationship, and socio-economic benefits:
-Unknown if landowners support tours or outreach activities on their properties.

External Links

No External Links entered.

Photos

Photos

  •  

    Location of potential side channel 
(Timing: Before) (~2,040 KB)
Credit: ZBB

    Location of potential side channel
    (Timing: Before) (~2,040 KB)
  •  

    Location of potential side channel
(Timing: Before) (~2,166 KB)
Credit: ZBB

    Location of potential side channel
    (Timing: Before) (~2,166 KB)
  •  

    Location of potential side channel
(Timing: Before) (~2,299 KB)
Credit: ZBB

    Location of potential side channel
    (Timing: Before) (~2,299 KB)
  •  

    Pre-Design Concept
(Timing: Before) (~1,698 KB)
Credit: Contractor

    Pre-Design Concept
    (Timing: Before) (~1,698 KB)

ProjectFirma is a service provided by Environmental Science Associates (ESA), which builds on the Tahoe Regional Planning Agency's EIP Project Tracker. This program is free software; you can redistribute it and/or modify it under the terms of the GNU Affero General Public License as published by the Free Software Foundation. Source code is available on GitHub.

Copyright (C) 2026 Tahoe Regional Planning Agency and ESA | Code last updated (compiled) at 2026-03-25 17:34:11.