Biography

Hello! I am a Postdoctoral Researcher working jointly with The Nature Conservancy and the University of Washington. Broadly, I am interested in harnessing quantitative methods to address both basic and applied ecological questions. I completed my PhD in the Quantitative Ecology and Resource Management program at the University of Washington, working with Dr. Brian J. Harvey. My graduate research focused on understanding the causes and consequences of forest disturbances (primarily bark beetle outbreaks and wildfires) across a range of spatial scales. In my postdoctoral research, I am working to quantify how fire regimes are changing across the western United States and to better understand the implications of those changes for Pacific salmon population health.

Interests

  • Spatial analysis
  • Landscape ecology
  • Forest ecology

Education

  • PhD in Quantitative Ecology, 2023

    University of Washington

  • MS in Quantitative Ecology, 2019

    University of Washington

  • BA in Environmental Science, 2012

    Boston University

Projects

Salmon, forests, and fire working group

This Science for Nature and People Partnership (SNAPP) working group aims to improve the health and resilience of salmonids, forests, …

Western Fire & Forest Resilience Collaborative

The Western Fire and Forest Resilience Collaborative (WFFRC) is a research program designed to accelerate scientific discoveries that …

Forest restoration and salmon resilience

Salmon populations are in currently in crisis across the West, and environmental conditions are likely to pose even more challenges in …

Publications

Few large or many small fires: Using spatial scaling of severe fire to quantify effects of fire-size distribution shifts

As wildfire activity increases and fire-size distributions potentially shift in many forested regions worldwide, anticipating the …

Consistent spatial scaling of high-severity wildfire can inform expected future patterns of burn severity

Increasing wildfire activity in forests worldwide has driven urgency in understanding current and future fire regimes. Spatial patterns …

Fine‑scale spatial heterogeneity shapes compensatory responses of a subalpine forest to severe bark beetle outbreak

Context
Growth releases of individuals that survive disturbances are important compensatory response mechanisms that contribute to …

Neighborhood context mediates probability of host tree mortality in a severe bark beetle outbreak

Understanding drivers of disturbances across scales is critical as environmental constraints change in a warming climate. Outbreaks of …

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