Research Overview

Although most of my research falls into one of the “bins” below, my students have worked on a diverse set of problems including:

  • developing methods for modeling regime shifts in shallow lakes
  • evaluating camera-based study designs for monitoring multiple carnivore species
  • exploring the distribution, habitat use, and migration of sandhill cranes and trumpeter swans that breed in MN
  • using camera traps and acoustic monitoring to inform management of multi-use landscapes in Colombia
  • using hidden Markov models and movement data to infer infection status of free-ranging wildlife

A full list of publications can be found on my google scholar page.

Areas of Concentration

Diagram illustrating the bootstrap

Interfacing Theory and Practical Applications

Research aimed at identifying and demonstrating appropriate use of statistical tools in ecological research.


Integrated step-selection functions

Methods and tools for modeling animal movement and habitat selection using integrated step-selection functions.

Diagram showing components of a step-selection function; Figure from Michelot et al. 2024


Picture of moose being surveyed by a helicopter

Habitat selection and Species Distribution Models

Methods for modeling habitat selection and species distributions.


Abundance Estimation

Methods for estimating abundance of wildlife populations.

Picture of moose being surveyed by a helicopter



Picture of moose being surveyed by a helicopter

Home-range estimation and overlap

Methods for estimating home-range size and overlap.


Population Viability Analysis (PVA)

Developed robust approaches for estimating extinction risks and evaluating management scenarios for sensitive species.

Figure from Fieberg and Ellner 2000


Picture of moose being surveyed by a helicopter

Time-to-event Models

Time-to-event models for modeling survival, migration, etc.