Agricultural, Environmental, and Sustainability Sciences (MS)

Overview

The Master of Science in Agricultural, Environmental, and Sustainability Sciences (AESS) program provides students with a unique, integrative education and training experience that prepares them to meet the challenges and opportunities in the multiple dimensions of contemporary agricultural, environmental, and sustainability science disciplines. Specifically, the AESS program targets students wishing to pursue a graduate degree with the intention of entering the work force and contributing their expertise towards sustainable agriculture, stewardship of natural resources and ecosystem services, or the development of sustainable systems in general. This multidisciplinary degree program is designed to provide a rigorous applied and theoretical education in the natural and social sciences with emphasis on the causes and consequences of land use change and other anthropogenic and natural forces across Texas coastal watersheds and beyond. Students graduating from the program will be prepared to take on decision-making positions in a wide range of governmental agencies and NGOs. Students can expect a broad set of science careers, within and beyond academia, including private and public sector organizations concerned with agriculture, environmental conditions, or sustainability, or which recognize that food systems, watersheds, biodiversity, and functional ecosystems are fundamentally important to our societies.

Admission Requirements

To be admitted to the graduate program, prospective candidates must first meet all requirements for graduate admission to UT Rio Grande Valley, as well as the other requirements listed below:

  1. Bachelor's degree from a regionally accredited institution in the United States or a recognized international equivalent in a similar or related field.
  2. Undergraduate GPA of at least 3.0 in the last 60 semester credit hours.
  3. GRE General Test. GRE test scores are valid for 5 years. A waiver of the GRE requirement will be granted to applicants who show proof of completing a graduate degree (master’s or doctoral).

Application for admission must be submitted prior to the published deadline. The application is available at www.utrgv.edu/gradapply.

Program Requirements

Required Courses - 10 Hours

EEMS 6100Systems Science and Applications Seminar

1

EEMS 6300Ecosystem Management and Social-Ecological Resilliency

3

Choose two from the following:

EEMS 6305Advanced Sustainable Agriculture

3

EEMS 6332Environmental Policy

3

EEMS 6350Novel Ecosystems & Built Environments

3

Students must take two of the three courses listed. The third, if taken, will count in the 20 hours of electives below.

Prescribed Electives - 20 Hours

Choose from the following:

ANTH 6310Food and Culture

3

BIOL 5340Statistical Ecology

3

BIOL 5344Advanced Mammalogy

3

BIOL 5346Advanced Aquatic Entomology

3

BIOL 5388Advanced Global Change Ecology

3

BIOL 5403Advanced Remote Sensing Technology

4

BIOL 5404Advanced Ichthyology

4

BIOL 5405Advanced Plant Physiology

4

BIOL 5407Plant Ecology

4

BIOL 5408Advanced Plant Pathology

4

BIOL 5409Advanced Herpetology

4

BIOL 5412Advanced Ornithology

4

BIOL 5421Biotechnology

4

BIOL 5422Conservation Biology

4

BIOL 5424Advanced Microbial Ecology

4

BIOL 5426Advanced Marine Ecology

4

BIOL 5427Coastal Ecology

4

BIOL 5432Animal Behavior

4

BIOL 5452Advanced Marine Zoology

4

BIOL 6201Scientific Communication

2

BIOL 6303Advanced Ecology

3

BIOL 6305Biometry

3

BIOL 6308Plant-Microbe Interactions

3

BIOL 6310Plant-Animal Interactions

3

BIOL 6320Vector Biology

3

BIOL 6321Applied Microbiology

3

BIOL 6330Molecular and Cellular Evolution

3

BIOL 6404Fish Ecology

4

BIOL 6412Subtropical Ornithology

4

BIOL 6420Plant Biochemistry and Molecular Biology

4

EEMS 5360Soil Science Conservation

3

EEMS 5365Integrated Pest Management

3

EEMS 6185Graduate Research

1

EEMS 6199Systems Science Issues and Applications Seminar

1

EEMS 6285Graduate Research

2

EEMS 6305Advanced Sustainable Agriculture

3

EEMS 6310Coastal and Deltaic Processes

3

EEMS 6311Service Learning Project I – Project Development

3

EEMS 6315Statistics for Systems Science in R

3

EEMS 6320Biogeochemistry

3

EEMS 6330Hydrologic Systems

3

EEMS 6332Environmental Policy

3

EEMS 6340Adaptations to Aquatic Environments

3

EEMS 6350Novel Ecosystems & Built Environments

3

EEMS 6355Environmental Geophysics I

3

EEMS 6360Food Science

3

EEMS 6365Nanotechnologies for Food and Agriculture

3

EEMS 6385Graduate Research

3

EEMS 6390Graduate Internship

3

EEMS 6391Supervised Teaching

3

EEMS 6685Graduate Research

6

ENVR 5301Conservation of Natural Resources

3

ENVR 5350Environmental Planning and Permitting

3

ENVR 5370Topics in Environmental Sciences

3

ENVR 6350Environmental Management

3

ENVR 6450Environmental Monitoring

4

GEOL 5411Introduction to Geographic Information Systems

4

MARS 5170Topics in Marine Biology

1

MARS 5370Topics in Marine Biology

3

MARS 5470Topics in Marine Biology

4

MARS 5426Advanced Marine Ecology

4

MARS 5427Coastal Ecology

4

MARS 5452Advanced Marine Zoology

4

SOCI 6302Research Methods

3

SOCI 6315Special Topics

3

SOCI 6335Environmental Sociology

3

SOCW 6395The Natural Environment and Human Well-Being

3

Students on the thesis option may only take 6 hours of EEMS 6385

Non-thesis Option

Capstone Requirements - 6 Hours

EEMS 6311Service Learning Project I – Project Development

3

EEMS 6312Service Learning Project II – Project Implementation

3

Thesis Option

Thesis - 6 Hours

EEMS 7300Thesis I

3

EEMS 7301Thesis II

3

Total Credit Hours: 36