Courses

The EEES curriculum is designed with flexibility to accommodate the broad interdisciplinary interests of our students while ensuring that they have a rigorous disciplinary foundation.

Our Program

Strong mentoring is provided by an advisory committee of 3-4 faculty, who are assembled to match the student, and who work with the student to develop a customized curriculum, independent research plan, and professional development program. We also encourage and facilitate bottom-up learning opportunities, which includes courses, seminars, and working groups that are designed and led by graduate students.

All EEES students take two Foundations courses, two methods courses, participate in mentored teaching experiences, participate in a common weekly research colloquium, and participate in seminars and discussions with visiting scientists. Most students also take a few other electives from an evolving list of options, which can include short courses taught elsewhere. More on curriculum within EEES Guidelines for Ph.D. Program.

All students

EEES 133. Foundations in Ecology (odd-numbered years)

EEES 135. Foundations in Ecosystems & Society (even-numbered years)

Note that these two courses together fulfill the College requirement to cover "Responsible and Ethical Conduct of Research".  Students who are unable to complete both foundation courses will be required to take a course in ethics offered by a different program.

Two methods courses such as EEES 127-128, Theory and Practice of Statistics 1 & 2

EEES 169. Mentored Teaching Experience

EEES 266. Research Colloquium (EEES-Lunch) – during fall, winter and spring quarters

EEES seminars with invited speakers from outside Dartmouth

Every Term

* indicates required EEES course

During each term (Fall, Winter, Spring and Summer), all graduate students should be enrolled for at least 3 credits. This can include 1-3 credits for Graduate Research * (EEES/BIOL 197, 198, and 199 correspond to 1, 2, or 3 research credits for students who have not yet passed their qualifying exam and proposal defense; EEES/BIOL 297, 298, 299 correspond to 1, 2, or 3 research credits for students who have advanced to candidacy).  Enrollment in at least 1 Graduate Research credit is required each term.

BIOL 266/EEES 266: Ecology & Evolution Research Colloquium (EEESLs)*
Instructors: Hicks Pries, Calsbeek, Mutz in F, W, and S
Tues 12:15-1:05 (unless otherwise specified)
Enroll Fall, Winter, and Spring (Unless conducting research exclusively that term). In-person attendance is required.

BIOL 169/EEES 169: Supervised Teaching*
Instructors: Staff
Enroll whenever assigned to TA

BIOL 152/EEES 152: Student-Organized Seminar in Ecology & Evolution
Instructors: Staff
Available based on graduate student leadership

Fall 2026

Course Name

Instructor

Time

Comments

BIOL/EEES 127: Biostatistics

Mark McPeek

10

Concurrent with BIOL 10

EEES 135: Foundations in Ecosystems & Society

Susanne Freidberg

Tuesdays: 4:30-7:15 PM

Alternate years

EEES 140: Climate Extremes on a Warming Planet

Justin Mankin

2

Concurrent with GEOG 18.01

BIOL/EEES 145: Practicum in Combining Theories, Models and Data in Research

Matt Ayres

Arranged

Alternate years

BIOL 147: Genomics: From Data to Analysis

Olga Zhaxybayeva

2A

Concurrent with BIOL 47

BIOL/EEES 153: Aquatic Ecology

Wilbur Ryan

2

Concurrent with BIOL 53

EEES 167: Political Ecology

Chris Sneddon

10A

Concurrent with ENVS 67/GEOG 47.01

EEES 205: Advanced Topics in Climate Science

Justin Mankin

Thurs: 9:00 - 11:00 AM

Concurrent with GEOG 80.14

BIOL 265: Microbial Ecology & Environmental Biology Research Colloquium

Olga Zhaxybayeva

Mon: 1:00-2:00 PM

 

BIOL 276: Quantitative Ecology & Evolution Seminar

Emily Behrman

Wed: 3:30-4:30 PM

 

UNSG 300/BIOL 300:  Communicating Science

Mark McPeek, Christian Kohn

Mon: 4:30 – 7:00 PM

 

 

 

 

 

 

 

 

 

Winter 2027

Course Name

Instructor

Time

Comments

BIOL/EEES 134: Foundations in Evolutionary Biology

Ryan Calsbeek

TBA

Concurrent with BIOL 60.02

BIOL/EEES 148 : Arctic Environmental Change

Lauren Culler

12

Concurrent with ENVS 23

EEES 165: Global Environmental Politics

DG Webster

11

Concurrent with ENVS 65

EEES 173: Advanced Topics in Political Ecology

Maron Greenleaf

10A

Concurrent with GEOG 73

EEES 181: Coupled Human-Natural Systems

Theresa Ong

2A

Concurrent with ENVS 22

BIOL/EEES 272: Advanced Readings in Evolution

Ryan Calsbeek

Arranged

 

BIOL 276: Quantitative Ecology & Evolution Seminar

TBA

TBA

 

Spring 2027

Course Name

Instructor

Time

Comments

BIOL 123/EEES 123: Advanced Community Ecology

Mark McPeek

TBA

Concurrent with BIOL 58

BIOL 150/EEES 150: Ecology of Infectious Disease

Kathy Cottingham

TBA

Concurrent with BIOL 50.02

EEES 205: Advanced Topics in Climate Science

Jonathan Winter

Thurs: 9:00-11:00 AM

Concurrent with GEOG 80.14

BIOL 265: Microbial Ecology & Environmental Biology Research Colloquium

Carey Nadell

Mon: 12:50-1:50

 

Other courses of potential interest

ANTH 12.26/GEOG 39.01: Environmental Justice, Greenleaf, Fall 2026

ANTH 18: Research Methods in Cultural Anthropology, Carpenter-song, Spring 2027

ANTH 20: Primate Evolution and Ecology, Dominy, Winter 2027

ANTH 27: Economic Anthropology Greenleaf, Fall 2026

ANTH 40: Human Functional Anatomy, Dominy, Fall 2026

ANTH 50.03: Digital Archaeology, Casana, Fall 2026

ANTH 50.47: Archaeological Field Methods: Digging Dartmouth, Casana, Spring 2027

ANTH 73: Main Currents in Anthropology, Craig, Spring 2026

BIOL 15: Genetic Variation and Evolution, Zhaxybayeva, Winter 2027

ENVS 31: Forest Ecology and Management, Tumber-Dávila, Fall 2026

ENVS 55: Ecological Economics, Howarth, Spring 2027

ENVS 60: Environmental Law, Jones, Fall 2026

GEOG 9.01: Geographical Information Systems, Li, Fall 2026

GEOG 11: Qualitative Methods, Smith, Winter 2027

GEOG 12.01: Research Design, Fox, Fall 2026

GEOG 77/EARS 77/EARS 177: Environmental Application of GIS, Lei, Spring 2027

EARS 203: Scientific Writing in Earth and Planetary Sciences, Spring 2027