Cameron Peak Fire Recovery

Program Overview

“Wildfires affect almost all runoff processes within a watershed including infiltration, evapotranspiration, and landscape roughness, generally resulting in more rapid runoff and larger runoff volumes. This increase in runoff volumes and velocities substantially increases sediment yields (USDA, 2016). Typically, a fire-affected watershed requires 10 years to recover hydrologically from the wildfire. Because these effects are most pronounced in the first few years of watershed recovery, emergency mitigation efforts are essential to protect valuable resources from debris flows and debris floods (Robichaud et. al., 2010).” – Cameron Peak Fire: 2022 Point Mitigation Priorities, Concepts, and Implementation, Ayers & Associates

The purpose of CPRW’s post-fire recovery and restoration work is to mitigate the negative impacts of the Cameron Peak Fire to high priority watershed values, including water quality and supply, river ecosystem function and health, and community protection and resilience.

CPRW and partners are implementing a mosaic of post-fire treatments at a landscape scale to mitigate impacts in the highest priority sub-drainages of the burn area.

Program Contact

For questions about post-fire restoration please contact Hally Strevey, Executive Director, at hallys@poudrewatershed.org.

Program Goals

• Protect water quality, river health, water supply and downstream infrastructure, with a primary focus on achieving landscape-scale mitigation in high-priority drainages in the watershed.

• Engage and empower private landowners, leveraging conservation corps and volunteer labor, to implement post fire restoration work on public and private lands.

• Monitor post-fire impacts, working with research partners, to protect water supplies and water quality.

Acres Completed To Date

9,283 acres (public and private lands)

CPRW Post-Fire Restoration Projects

post-fire watershed hazard analysis 

The Post-fire Composite Hazard Ranking combines four components (Soil Burn Severity, Hillslope Erosion, Debris Flow Hazard and Composite Roads Hazards) by numerically combining their rankings for each small watershed and then re-categorizing the results. The Post-fire Composite Hazard Ranking is used as the basis for targeting small watersheds for post-fire treatments. 

This map uses 2022 burn severity adjustments, reductions for 2021 treatments, and increases for point mitigation.