Resume

• 2002

  PhD

  Ecohydrology

  Colorado State University

• 1997

  Master of Science (MSc)

  Environmental Biology and Ecology

  University of Alberta

• 1994

  Bachelor of Science (Hon. BSc)

  Environmental Science

  University of Toronto at Mississauga - Erindale College

• Water Resources

  Science

  Data Analysis

  Scientific Writing

  Ecohydrology

  Water

  Ecology

  Environmental Education

  University Teaching

  Environmental Science

  Research

  Field Work

  Wetlands

  Experimental Design

  Alteration of hydrogeomorphic processes by invasive beavers in southern South America

  Highlights\n-Invasive beaver occupy all wetland and aquatic habitat except large rivers and bogs.\n-Beaver alter hydrogeomorphic processes in ways antithetical to meadow theory.\n-Beaver dig and pile large volumes of sediment into dams

  reshaping valleys\n-Damming leads exotic grasses to replace native moss in groundwater-fed peatlands.\n-Restoration proposals have previously overlooked impacts to peatlands

  Alteration of hydrogeomorphic processes by invasive beavers in southern South America

  Microform is important in understanding wetland functions and processes. We found that coupling SfM-MVS with ground-based photos taken with a point and shoot camera is a viable and competitive technique for generating ultrahigh-resolution elevations. In evaluating 100+ viable data collection and processing scenarios

  that vegetation class

  when accounted for

  reduced absolute error by as much as 50%. Ground-based SfM-MVS is a useful addition to the wetland scientists' toolkit.

  Ultrahigh‐resolution mapping of peatland microform using ground‐based structure from motion with multiview stereo

  Science requisites for cumulative effects assessment for wetlands

  Rapid surface-water volume estimations in beaver ponds

  Cherie

  University of Saskatchewan

  Saskatoon

  Professor

  University of Saskatchewan