Doctor of Philosophy
PhDOverview
Environmental Social Sciences (ESoS) is a new department within the Stanford Doerr School of Sustainability. The following program guidelines provide a starting point for the new department. Iterations on this foundation will be forthcoming.
The PhD is a research degree. Teaching students to conduct high-quality independent research is thus a primary objective of the ESoS graduate program. Carrying out and publishing such research as a graduate student, in addition to its central pedagogical role, has also become a prerequisite for obtaining professional positions. As such, our graduate program is structured to encourage research, and the development of research skills, to the maximum extent possible.
The ESoS PhD program follows a cohort model, admitting students to the department and not tying student funding to a specific faculty member. This approach allows students and faculty to find advisor matches that work for both and to transfer advisors if necessary.
The ESoS department includes two faculty groups: Environmental Behavioral Sciences (EBS) and Global Environmental Policy (GEP). The ESoS PhD program runs with independent EBS and GEP subplans. Students apply and are admitted to a specific subplan. EBS and GEP subplans have different advisors and subplan-specific expectations, including course requirements.
Requirements
Advancement to Candidacy
Candidacy and Qualifying Exam
Each student must qualify for candidacy for the PhD by the end of the sixth quarter in residence, excluding summers. The following procedures must be followed in order for students to advance to candidacy:
Election of a faculty thesis advisor and a PhD qualifying examination committee, which in most cases will be the three-person committee that reviewed the student’s GRP. Membership of this committee must be approved by the Director of Graduate Studies and department chair.
Preparation of a written research proposal and approval of this proposal by the thesis advisor(s).
Completion of the requirements for the MA degree as described below, which includes coursework requirements. Students are not expected to be awarded the master’s degree unless they do not advance to candidacy. (See below for details on the master’s degree.)
Completion of the qualifying examination, which consists of three parts: (i) Oral presentation of the research proposal, (ii) examination on the research proposal, and (iii) examination on subject matter relevant to the proposed research. The exam should take place during the sixth quarter in residence, excluding summers (i.e., spring quarter of the second year for students who matriculate during the autumn quarter). Detailed information regarding advancement to candidacy is available under the general regulations of the University as set forth in the Graduate Degrees section of the Stanford Bulletin.
EBS subplan:
Qualifying exams will be scheduled during the sixth quarter in residence (i.e., spring quarter of the second year) on a date mutually agreed upon by the students and their advisor(s) and committee members. Students who do not pass qualifying examinations will be permitted to retake the exam once the following year. Students who do not pass the qualifying examination twice will be awarded an Environmental Social Sciences Masters of Arts (MA) in Environmental Behavioral Sciences, but will not be permitted to advance to candidacy.
GEP subplan:
All qualifying exams will be administered annually during the week after Commencement (June). The schedule of oral exams will be assigned on the Monday following Commencement (June). The qualifying exam will test the student’s competency on course material and a reading list compiled from committee members. Ideally, the reading list should be finalized by the end of the preceding Fall quarter. Students who do not pass qualifying exams will be permitted to retake the exam once the following year. Students who do not pass qualifying exams will be awarded an Environmental Social Sciences Masters of Arts (MA) in Global Environmental Policy (GEP), but will not be permitted to advance to candidacy. Students who pass the qualifying exam will prepare a dissertation proposal to be presented to their committee one year from the date of their qualifying exam.
Oral Exam
Oral Exam
The doctoral dissertation is defended in the University Oral Examination. The department must approve the selection of readers of the draft dissertation, which should include the candidate’s research advisor or co-advisors and two other members of their dissertation committee. The readers are charged to read the draft and certify in writing to the department that the draft is adequate to serve as a basis for the University Oral Examination. Upon obtaining this written certification, the student is permitted to proceed with the University Oral Examination.
Dissertation
Dissertation Overview
Under supervision of the doctoral committee, the candidate must prepare a dissertation that contributes to the fundamental knowledge of a specific area and is the result of independent research. The curriculum for this research is developed in collaboration with the advisor or co-advisors and advising committee through the ongoing GRP process. The format of the dissertation must meet University guidelines. The likely form of the dissertation is a collection of discrete chapters that, in scientific content and format, are readily publishable. The doctoral dissertation is defended in the University Oral Examination. The department must approve the selection of readers of the draft dissertation, which should include the candidate’s research advisor or co-advisors and two other members of their dissertation committee. The readers are charged to read the draft and certify in writing to the department that it is adequate to serve as a basis for the University Oral Examination. Upon obtaining this written certification, the student is permitted to proceed with the University Oral Examination.
Subplans
RequiredEnvironmental Behavioral Science Subplan
Required Courses
In the first year, PhD students are required to complete the three Theory Core courses and the two Methods Core (Qualitative and Quantitative) courses. Within the first two years, PhD students are required to complete four Advanced Theory courses, one Data course, one Ecology course, and one Advanced Methods course. In the first two years, PhD students are required to participate in the weekly Workshop in Environmental Behavioral Sciences (WEBS).
Note that offerings rotate and that not all approved courses are offered yearly. Students should consult with the DGS and their advising team to ensure that the combination of courses they select meets their programmatic, educational, and research needs. The requirement of these courses is typically completed by the end of the second year of residency and must be met by the end of the third year.
Advanced Theory Courses
Complete at least 4 courses and at least 10 units from any EBS 200+-level course and/or any course from the following list:
COMM 308
Graduate Seminar in Political Psychology
EBS 130
Sustainability, Governance, and Economic Development in SE Asia
EBS 183
Adaptation
HISTORY 401A
Spatial History: Concepts, Methods, Problems
LAW 2515
Environmental Justice
These courses must be completed by the end of Year 2.
Data Course
CS 229
Machine Learning
CS 246
Mining Massive Data Sets
CS 325B
Data for Sustainable Development
EBS 281
Computational Social Science for Sustainability
EBS 282
Agent-based modeling
EPI 223
Introduction to Data Management and Analysis in SAS & R
HRP 252
Outcomes Analysis
POLISCI 450A
Political Methodology I: Regression
POLISCI 450B
Political Methodology II: Causal Inference
STATS 264
Foundations of Statistical and Scientific Inference
STATS 361
Causal Inference
This course requirement must be completed by the end of Year 2.
Ecology Course
BIO 148
Evolution of Terrestrial Ecosystems
BIO 276
Disease Ecology
EBS 183
Adaptation
EPS 139
500 Million Years of Land Plant Evolution
OCEANS 273H
Marine Conservation Biology
This course requirement must be completed by the end of Year 2.
Advanced Methods Course
ALP 303
Analysis and Measurement of Impact
BIO 282
Modeling Cultural Evolution
BIO 287
Mathematical Population Biology
CEE 362A
Uncertainty Quantification
CHPR 247
Pragmatic Skills for Mixed Methods Community Research
COMM 339
Questionnaire Design for Surveys and Laboratory Experiments: Social and Cognitive Perspectives
COMM 365
Longitudinal Data Analysis in Social Science Research
CS 224C
NLP for Computational Social Science
CS 224N
Natural Language Processing with Deep Learning
CS 324
Advances in Foundation Models
CS 329X
Human Centered NLP
ECON 270
Intermediate Econometrics I
ECON 271
Intermediate Econometrics II
ECON 272
Intermediate Econometrics III: Methods for Applied Econometrics
EDUC 316
Social Network Methods
EDUC 317
Computational Sociology
EDUC 399A
Designing Surveys
EDUC 400B
Statistical Analysis in Education: Regression
EDUC 450C
Qualitative Interviewing
EDUC 497
Research Methods in Social Psychology and Allied Fields
EPI 227
Advanced Epidemiologic Methods
EPI 261
Intermediate Biostatistics: Analysis of Discrete Data
EPI 262
Intermediate Biostatistics: Regression, Prediction, Survival Analysis
EPI 270
Big Data Methods for Behavioral, Social, and Population Health Research
HRP 252
Outcomes Analysis
MS&E 232
Introduction to Game Theory
MS&E 319
Efficient Generative Models
POLISCI 450A
Political Methodology I: Regression
POLISCI 450B
Political Methodology II: Causal Inference
POLISCI 450C
Political Methodology III: Model-Based Inference
PSYCH 251
Experimental Methods
PSYCH 252
Statistical Methods for Behavioral and Social Sciences
PSYCH 253
Multivariate Analysis, Measurement, and Study of Change in Social Science Research
SOC 258C
Using Data to Describe the World: Descriptive Social Science Research Techniques
SOC 319
Ethnographic Methods
SOC 376
Ethnographic and Fieldwork Methods
SOC 382
Statistics for an Open Science: Explanation
SOC 383
Statistics for an Open Science: Modeling
STATS 207
Time Series Analysis
STATS 211
Meta-research: Appraising Research Findings, Bias, and Meta-analysis
This course requirement must be completed by the end of Year 2.
Petitioning for Course Approval
If a course is not pre-approved, a student may petition EBS, via the Director of Graduate Studies, to allow the course to count toward the requirements. To be eligible for consideration:
the course must have a course number of 200 or higher
the course must be a minimum of 3 units (2 units may be considered)
the course must be taken for a letter grade.
Once this information is provided, the DGS will inform the student of approval of the course as counting toward degree requirements.
Workshop Requirement
PhD students in the EBS subplan are required to register in EBS 300 - Workshop in Environmental Behavioral Sciences (WEBS) in Autumn, Winter, and Spring quarters of the first two years, and are required to attend EBS Research Seminars. To accompany WEBS, first- and second-year PhD students must register for a 1-unit directed reading credit in Spring Quarter to support development of their GRP (first year) and Qualifying Proposal (second year). Attendance in WEBS and at the EBS Research Seminars is strongly encouraged for PhD students throughout all years of the PhD program.
EBS 298 must be completed for a minimum of 2 quarters.
EBS 300 must be completed for a minimum of 6 quarters.
Teaching Requirement
PhD students in the EBS subplan are required to complete at least one TA appointment at a rate of at least 25% beginning in their second year. They then have the option to complete a second TAship or a quarter-long service commitment, either by serving on a departmental committee or participating in external service opportunities, as approved by the DGS and their advisor(s).
Graduate Research Plan
The major product of the PhD student’s first year is the Graduate Research Plan (GRP), a foundational document created by the student with support from their advising team. At the start of the Spring Quarter of the first year, the student will meet with their advisor(s) to begin drafting their GRP. After incorporating feedback from their advisor(s) and committee, the student will present their GRP by the end of the Spring Quarter of their first year.
The written GRP, and the oral presentation of it by the student at the end of the first year, will be evaluated by the three-person committee (advisor or co-advisors and one-to-two committee members). The GRP allows the student to craft an individualized program of study with faculty guidance and approval.
The GRP is not merely a “to-do” list but, rather, is an intellectual statement. Sections may include: Intellectual Aims, Proposed Methods, Preparation, Schedule, and Potential Problems, with the first two sections being written in the style of a professional review paper or grant proposal (with literature citations). The GRP allows graduate students to focus on the most important issues--what do I want to do and how will I do it---and facilitates faculty input and approval on these crucial parameters. In the first two quarters of the PhD, the DGS will provide more details to the PhD students on the parameters of the GRP, and the students will discuss GRP requirements in WEBS.
Annual Review
With the first-year GRP serving as a foundation, the GRP is updated each year as part of the annual report to ensure timely progress toward completion of the PhD. In addition to the updated GRP, the annual review will include a record of accomplishments presented by the student, written evaluations by the faculty advisor(s) of the student’s progress, and feedback from the committee on the student’s academic and research progress. The student should have no 'I' grades in core courses, must maintain at least a 3.0 grade-point average, and must demonstrate evidence of productive and sustained research progress, with no conflict of interest or commitment. Possible outcomes of the annual review include: (1) continuation of the student in good standing, or (2) placing the student on probation, with specific written guidelines of the period of probation and the necessary steps for reinstatement to good standing.
Global Environmental Policy Subplan
Required Courses
Through coursework, students will develop expertise in key quantitative disciplines which they integrate in research that addresses unsolved global challenges, such as the management of climate change, biodiversity loss, food systems, pollution, global health, natural disasters, energy resources, use of outer space, water resources, and ecosystems. Students will be educated in GEP courses as well as in courses taught by Stanford’s leading departments of economics, computer science, environmental science, law, and political science.
Methods Sequence
Casual Inference Sequence
Complete one causal inference sequence (ECON or POLISCI).
POLISCI 450A
Political Methodology I: Regression
POLISCI 450B
Political Methodology II: Causal Inference
Data Science Sequence
Data Science - Machine Learning
CS 229
Machine Learning
Data Science - Deep Learning
Complete one 200-level CS course in deep learning (e.g. CS 231N).
Science/Engineering Sequence
Complete a 2-3 course graduate sequence in one area of natural science or engineering, as determined with student's advisor. Can be a 2 course sequence if the student opts for a 3 course Policy Elective Sequence.
Energy systems
Food systems
Ecology
Climate
Hydrology & Water resource engineering
Oceans
Land management
Health
Chemistry
Other
Policy Sequence
Open Elective Courses
Choose 2-3 open elective courses (may be in other departments or GEP) to be determined with student's advisor. Can be a 2 course sequence if the student opts for a 3 course Science/Engineering Sequence:
Political economy
Industrial organization
Development
Urban economics
Urban planning
Law
Public finance
Health policy
International relations
Comparative politics
Trade
Management science
Up to one course in natural science or engineering
Workshop Requirement
Students in the GEP subplan are required to register in GEP 300 throughout all years that they are in the PhD program.
Teaching Requirement
PhD students in the GEP subplan are required to complete at least (2) TA appointments at a rate of at least 25% after their first year.
Graduate Research Plan
Students will work with their advisor, dissertation committee, and Director of Graduate Studies (DGS) for GEP to develop a program of study that aligns with their objectives.
Annual Review
Students will review their progress annually with their primary advisor and Director of Graduate Studies (DGS) to ensure they are making adequate progress in their program of study.

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