Animal Behavior, PhD

Our interdisciplinary animal behavior program — one of the few in the world — encompasses many areas of study including, physiology, anatomy, psychology, neuroscience and more. Our students have ready access to expertise in all of these fields because we are embedded in the School of Life Schiences — a broadly inclusive school, unlike programs at other institutions that are housed in only one department. 

While having a breadth of opportunity is an advantage, our program’s small scale also fosters collaboration and teamwork among students and faculty alike. Our sense of community is enhanced by a core set of small, intense seminars and methods classes that all of our students take together. And while we nurture this close community, we also take into account the diverse interests of our students. We build tailor-made curricula from the broad array of courses and expertise available at ASU.

Our doctoral students are generally interested in finding academic jobs that are either research-oriented or teaching-oriented. With this PhD, there is also great potential for government work or jobs with conservation-oriented non-governmental organizations.

If you want to create a unique and integrative research niche in your respective area of animal behavior, this program is ideal. You won't find a program like this one anywhere else.

15 students
6 years to degree
40 faculty

Degree Overview

This program requires 84 credit hours — eight from two core courses including research strategies and a seminar on current issues in animal behavior. These are taken over four semesters.

Remaining credit hours are earned through a combination of electives in related fields and dissertation research credits. You will construct a research proposal and defend your dissertation research with a public seminar, followed by an oral exam.

How to apply

Follow the Apply Now link.
You will be asked to:

  • Review the university standards, degree program timelines and application requirements
  • Complete the graduate admission application
  • Send official transcripts, general GRE scores and language tests (international students only)
  • Fill out the academic record form and upload it 
  • Submit a non-refundable application fee

Application deadline
Applications are accepted Oct. 1 - Dec. 15, with a preference date of Dec. 1. The Animal Behavior PhD program admits one group of students annually to start their program the following August.

There is no guarantee that applications received after Dec. 15 will be reviewed. In January, the top applicants will be invited to a recruitment event scheduled in mid- to late-February.  

Before applying, we encourage you to read our Tips for Applying. We will notify you of your admissions status by April 15.

Desired qualifications:

  • Research experience 
  • Undergraduate GPA minimum 3.0 (on 4.0 scale)
  • GRE scores: 50% Verbal and 70% Quantitative 
  • International students: TOEFL score of 100, or IELTS score of 6.5

Note: We encourage you to apply even if your GRE results do not meet the desired scores. We consider all components of your application package before making a decision.

100%
We guarantee 5 years of academic-year funding as a teaching or research assistant. This includes stipend, insurance and tuition support to cover the required 84 hours for the degree.

The Animal Behavior program is a tight-knit group of students, researchers, and professors. I know the names of every student in the program and faculty members are eager and willing to help me get access to resources across ASU. You get the best of both worlds: the sense of community from a tight-knit group and the ability to utilize resources from a massive university.

— Andrew Burchill, PhD student

Curriculum

In this degree program, you will receive training in both classic and cutting-edge concepts and techniques in the field, and develop research competence in animal behavior that integrates approaches from many areas, including:

  • anthropology, applied science (e.g. domestication, conservation)
  • ecology, evolution, kinesiology
  • mathematics, neuroscience, physiology, psychology

Your core coursework includes field- and lab-based research, as well as student-driven seminars that cover emerging themes in the literature.

Training spans both theoretical and empirical approaches, ultimate and proximate levels of explanation, and a wide taxonomic breadth of study species.

As an animal behavior student, you'll benefit from internal ASU research centers such as the Global Biosocial Complexity Initiative, and numerous seminar series including the Social Insect Research Group and the Colloquium on Evolution of Social Complexity.

Finally, you'll have access to external research opportunities through ASU partnerships with the Smithsonian Tropical Research Institute and the Santa Fe Institute.

Required

 Credit Hours

Core courses

8

Elective courses

6-27

Research

6-43

Dissertation

12

Total hours required

84

Courses and electives

Students will focus on two core courses — a four-credit-hour, field- and lab-based “research strategies” class (ANB 601) and a one-hour seminar (ANB 602) on current issues in animal behavior to be taken over four separate semesters during your PhD tenure.

Remaining credit hours are earned through a combination of elective courses in related fields (e.g. ecology, evolutionary biology, genetics, neuroscience, physiology, psychology and statistics) and dissertation research credits. All assembled in conjunction with your supervisory committee, this body of coursework will serve as your Plan of Study.

ANB 601 Research Strategies in Animal Behavior

Offered each fall, this four-credit core course is aimed at incoming students in the degree program. It will involve six hours of lab or field research and two hours of lecture each week.

Course goals:

1. To introduce the interdisciplinary diversity of procedural, technological and conceptual strategies used to answer descriptive and causal questions about the behavior of animals, including humans. This is done through a series of 4-8 carefully crafted field or laboratory exercises (1-2 weeks/lab, 6 hrs/week). This course will culminate in a 4-week-long individual project that you will conceptualize, design and execute. 

The exercises will feature a diversity of taxa and conceptual approaches used in the study of animal behavior.  Here are examples of exercises that would cover this diversity.

  • Chemical communication in insects
  • Mating system structure in insects
  • Social foraging in ants and birds
  • Visual communication in birds
  • Learning in mammals
  • Human mating strategies

2. To provide, in the first hour of lecture, background information on procedures and strategies used in the study of behavior across a number of disciplines that there is not time to cover during lab exercises throughout the semester.  These may include physical characterization of light, chemical and sound signals, basic statistical applications, rigorous comparative analyses of behavioral diversity, tools used in the study of learning, information theory, and the techniques used in the recording and analysis of sequences of behavior.

3. To introduce the diversity of study systems and cutting-edge interdisciplinary approaches taken in the study of animal behavior at ASU and elsewhere. This is done through a series of lectures by ASU researchers. Grading will be based on the following items:

  • Lab reports on each of the lab exercises
  • Individual project reports that will include both written and oral presentations
  • 2-4 quizzes on the material covered in lecture

ANB 602 Current Issues in Animal Behavior

This course is offered every semester. Everyone in the program is required to enroll in this 1-credit-hour course in at least 4 semesters of your PhD degree program.

Course goals:

  • To build a community of graduate students engaged in disciplinary and interdisciplinary research on animal behavior
  • To build familiarity with the contemporary scientific literature on animal behavior
  • To motivate and exercise the skills needed to address questions about animal behavior using techniques and concepts from multiple disciplines, and, to integrate those results to produce a comprehensive understanding of animal behavior
  • To provide opportunities to select the focal topics for the journal club

To achieve these goals we may (have):

  • Discussions of current literature on a focused and contemporary topic in the study of behavior
  • Presentations by each participant describing the conceptual framework and results of his/her dissertation research 
  • Discuss career options and strategies in the behavioral sciences
  • Discuss responsible conduct in research
  • Discuss effective strategies in publication and grantsmanship

Grading is based on written reports on current issues and on the quality of presentations.

  • BIO 411  Quantitative Methods in Conservation Biology and Ecology (3)
  • BIO 415  Biometry (4)
  • BIO 421/521  Landscape Ecology (3)
  • BIO 423  Population and Community Ecology (3)
  • BIO 436  Sociobiology and Behavioral Ecology (3)
  • BIO 461  Comparative Animal Physiology (3)
  • BIO 462  Endocrine Physiology (3)
  • BIO 465  Neurophysiology (3)
  • BIO 467  Neurobiology (3)
  • BIO 503  Bioimaging Lab (2)
  • BIO 504  Bioimaging (2)
  • BIO 522  Populations: Evolutionary Ecology (3)
  • BIO 524  Ecosystems
  • BIO 526  Quantitative Ecology
  • BIO 561  Environmental Physiology (3)
  • BIO 614  Biometry (4)
  • PSY 420  Analysis of Behavior (3)
  • PSY 424  Genetic Psychology (3)
  • PSY 426  Neuroanatomy (4)
  • PSY 434  Cognitive Psychology (3)
  • PSY 512  Advanced Learning (3)
  • PSY 515  Quantitative Research Methodology and Statistics 1 (3)
  • PSY 526  Neuroanatomy (4)
  • PSY 528  Sensation and Perception (3)
  • PSY 530  Intermediate Statistics (3)
  • PSY 531  Multiple Regression in Psychological Research (3)
  • PSY 532  Analysis of Multivariate Data (3)
  • ASM 401  Health and Human Biology (4)
  • ASM 443/543  Primatology (3)
  • ASM 525  Primate Paleobiology (3)
  • CHM 460  Biological Chemistry (3)
  • KIN 412/512  Biomechanics of the Skeletal System (3)
  • KIN 414  Electromyographic Kinesiology (3)
  • KIN 440  Exercise Biochemistry (3)
  • KIN 443/533  Exercise Endocrinology (3)
  • KIN 522  Exercise Psychology (3)
  • MAT 420  Scientific Computing
  • MAT 450 Mathematical Models in Biology (3)
  • MAT 451  Mathematical Modeling (3)
  • MAT 591  Topic: Math Biology (3)
  • PLB 419/519  Physiological Plant Ecology (3)
  • STP 530  Applied Regression (3)
  • STP 531  Applied Analysis of Variance (3)
  • STP 532 Applied Nonparametric Statistics (3)
  • STP 533 Applied Multivariate Analysis
  • STP 535 Applied Sampling Methodology

ANB 792 

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