I am a research associate at the University of Idaho who currently studies the post-fire, bi-directional interactions between belowground microbial communities and forest dynamics in western North American forests. I am particularly interested in how aboveground disturbances (e.g., fire, insects, wind) interact with belowground microbial symbionts, pathogens, and saprotrophs. The causes and consequences of spatial patterns in forests (both above- and below-ground) are another key research interest - particularly as it relates to long-term forest growth, survival and climatic sensitivity.
I have a strong proficiency and interest in working with large datasets, particularly those with temporal replication, involving sequencing data, and using spatially explicit mapping of point patterns.
ORCID: 0000-0001-8644-7345
Lab website: http://www.mieselecologylab.org/
PhD, Forest Biology and Management, University of Alberta (2021)
BSc, Conservation and Restoration Ecology, Utah State University (2016)
Current projects
How do belowground microbial communities respond to wildfires and other disturbances? I aim to find out!
How do disturbance-altered microbial communities influence the resource allocation, growth, and survival of trees?
My ongoing research involves disentangling how belowground fungi interact and change with trees through time.
My post-fire research in California uses the globally unique Fire Behavior Assessment Team (FBAT) network of plots to address how wildfire behavior influences forest resilience.