This project will investigate the long-term ecological outcomes of large wildfires and how management actions, such as planting, impact the ecological resilience of large fire footprints.

Objectives:

  • How are different forest types recovering naturally across a gradient of moisture and temperature conditions?
    What are the ecological outcomes of reforestation efforts on public lands, and how do these outcomes impact watershed health?
  • What projections can we make about long term recovery of more recent fires based on the recovery of 20+ year old fires?

Charter Summary:

As wildfire size and severity continue to increase and climate change makes recovery on post-fire landscapes more difficult, managers grapple with what our ecosystems will look like for decades to come and how we prioritize post-fire reforestation treatments. We examine long post-fire landscapes (>20 years) to understand the patterns we may expect from more recent fires and apply experimental plantings in both recent and older fires across a range of forest types from piñon-juniper dominated woodlands through 3 forest types to our highest elevation subalpine forests. We are working closely with managers and stakeholders who are concerned about ecological transformations from forested to non-forested landscapes, while also understanding the limitations of the amount of the landscape that can likely be treated in the coming years.

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Primary Contact

Team Members

Graduate & PhD Students

  • Jamie Woolet (CSU), PhD, 2022-Present
  • Maria Vicini (CSU), MS, 2021-2023
  • Katie Jones (CSU), Master’s of Natural Resource Stewardship 2023

Publications:

  • Woolet, J., Stevens-Rumann, C., Coop, J., Pejchar, L. (2023). A bird’s eye view of ecosystem conversion: Examining the resilience of piñon-juniper woodlands and their avian communities in the face of fire regime change. In Forest Ecology and Management (Vol. 546, p.121368). Elsevier BV. https://doi.org/10.1016/j.foreco.2023.121368