Each lecture is given in real-time and the video of it is saved for later use.
Use the links below to access readings, exercises, and the recording associated with each lecture.
Content on these pages will be added and completed as the course progresses.
Introduction and Overview
Week 1 (Jan. 14) Landscape Genetics: An Introduction - Balkenhol
Theoretical Background
Week 2 (Jan. 21) Basics of Population Genetics - Waits
Week 3 (Jan. 28) Basics of Landscape Ecology - Cushman
Week 4 (Feb. 4) Basics of Adaptation and Quantitative Genetics - Csilléry
Week 5 (Feb.11 ) Basics of Metapopulation Genetics - DiLeo
Week 6 (Feb. 18) Basics of Study Design - Fortin
Week 7 (Feb. 25) Basics of Spatial Data Analysis -Wagner & Fortin
Advanced Topics
Week 8 (Mar. 4) Simulation Modeling - Seaborn
Week 9 (Mar. 11) Assignment and Clustering Methods - Schoville
Week 10 (Mar. 18) Resistance Surface Modeling - Peterman
Week 11 (Mar 25) Model Selection - Murphy
Week 12 (April 1) Graph Theory and Network Models - Murphy
Week 13 (April 8) Adaptive Landscape Genetics - Manel
Empirical Applications
Week 14 (April 15) Plant Studies in Landscape Genetics - Rico
Week 15 (April 22) Aquatic Systems - Mims
Week 16 (April 29) Presentations of Group Projects - All
Week 17 (May 6) Bringing it all together/eDNA - Goldberg
Tutorials
Tutorials provide background information on fundamental topics. Tutorials on R can be found under the 'R Computer Labs' link above.
Concepts in Genetics - Waits
Landscape Ecology Concepts - Wagner
Landscape Data - Murphy