Teaching

Courses

Hands-on training in the quantitative and computational methods reshaping modern wildlife ecology and conservation science.

The Levi Lab develops openly available course materials that help ecologists build strong foundations and adopt the tools transforming the field — from statistical modeling and core ecological theory to deep learning for images and audio.

FW 536 · 3 Credits · Oregon State University

Statistical Modeling for Ecology and Conservation

A five-day intensive pre-fall workshop covering probability, distributions, generalized linear models, mixed models, model selection, maximum likelihood, and Bayesian hierarchical modeling — taught with R, JAGS, and Nimble.

Designed for ecology and conservation professionals seeking practical quantitative training. Problem sets come in multiple thematic versions — including forest and aquatic systems — so students can work through each method on data closest to their own research.

Title card for The Ecological Theater: a stage with coloured dots representing species
Animated Video Course · 42 Minutes

The Ecological Theater

An animated, narrated review of core ecological theory for graduate comprehensive exams in ecology and wildlife science. Nine chapters move from population dynamics through niche theory, competition, predation, island biogeography, metapopulations, metacommunities, and neutral theory to a closing synthesis.

The player has chapter navigation, captions, adjustable playback speed, and a searchable lexicon of 128 key terms. A companion study guide collects the equations, landmark studies, timestamps, and practice exam prompts.

Five-Day Intensive Course

Applications of Artificial Intelligence in Ecology

Camera traps, autonomous recording units, and other passive sensors now generate datasets so large that no field biologist can manually process them. This course teaches practical AI applications for wildlife biologists — combining deep learning for images and audio with AI-assisted coding to process large datasets and conduct defensible analyses more efficiently.

Five days of morning lectures and afternoon laboratory exercises (11 labs in total) build directly toward a student-selected final project that applies the techniques to a real ecological research question. All lectures, labs, tutorials, code, and datasets are openly available.