• Partnered Departments

    The program’s competitive advantages include the use of an integrative approach with a focus on interdisciplinary ecology that is supported by the expertise of faculty across various units in agricultural and life sciences. The IEC-Online degree program builds on existing UF strengths by working with existing academic units to participate in the degree program by providing courses.

    The following departments have agreed to give access to their online courses for use in the IEC-Online program: 

    • Agricultural and Biological Engineering
    • Agricultural Education and Communication
    • Agronomy
    • Entomology and Nematology
    • Environmental Horticulture
    • Family, Youth, and Community Sciences
    • Forest, Fisheries, and Geomatics Sciences
    • Geography
    • Horticultural Sciences
    • Maples Center for Forensic Medicine
    • Microbiology and Cell Science
    • Soil, Water, and Ecosystem Sciences
    • Urban and Regional Planning
    • Wildlife Ecology and Conservation 

Ecology 

The Interdisciplinary Ecology graduate program requires at least one course from the approved list of ecology courses for MS Thesis and MS Non-Thesis students. 

Core courses in this track enable students to gain a foundational understanding of ecological concepts or to explore the ecology of organisms, populations, and communities more deeply, and/or ecosystems. 

Classes may be offered on even or odd numbered years.

F - Fall, S - Spring, SSC - Summer Semester C, SSA - Summer Semester A, SSB - Summer Semester B

Course Number 

Course Title 

Credits 

Term 

AGR 5511 

Crop Ecology 

3 

F 

ALS 5155 

Global Agroecosystems 

3 

F 

ALS 5156 

Agricultural Ecology Principles and Applications 

3 

F. S 

ENY 6203 

Insect Ecology 

4 

F 

FAS 5203 

Biology of Fishes 

3 

F 

FAS 5407 

Biology and Ecology of Fisheries and Aquaculture Invertebrates 

3 

SSC, odd 

FAS 6176 

Algae Biology and Ecology 

3 

F 

FAS 6272 

Marine Ecological Processes 

3 

F 

FAS 6273 

Trophic Ecology of Fishes 

3 

F, odd 

FAS 6274 

Freshwater Ecology 

3 

F 

FAS 6932 

Global Change in Freshwater Ecology 

3 

S 

FNR 6506 

Forest Ecosystem Resilience 

3 

F 

HOS 6355 

Root Rhizosphere Ecology 

3 

F 

MCB 6670C 

The Microbiome 

3 

S 

PLS 6626 

Invasive Plant Ecology 

3 

 

PHC 6018  

Environmental Ecology of Human Pathogens 

3 

S 

PHC 6326 

Environmental and One Health 

3 

F, SSC 

SWS 5305C 

Soil Microbial Ecology 

3 

F 

SWS 5308 

Ecology of Waterborne Pathogens 

3 

S 

Natural Sciences 

The Interdisciplinary Ecology graduate program requires at least one course from the approved list of natural sciences courses for MS Thesis and MS Non-Thesis students. 

Natural science courses seek to understand how biotic and abiotic resources are linked to management actions and outcomes within an ecosystem context. This is an extremely broad realm that includes core courses on biophysical systems and processes, natural ecosystems, and intensively managed and built ecosystems dedicated to meeting human needs.

Classes may be offered on even or odd numbered years.

F - Fall, S - Spring, SSC - Summer Semester C, SSA - Summer Semester A, SSB - Summer Semester B

Course Number 

Course Title 

Credits 

Term 

AGR 5230C 

Florida Grassland Ecosystems 

3 

 

AGR 6233 

Tropical Grassland Ecosystems 

3 

 

ALS 6166 

Exotic Species and Biosecurity Issues 

3 

TBD 

AOM 6736 

Environmental Hydrology 

3 

F 

ENY 5006 

Graduate Survey of Entomology 

4 

F, S, SSC 

ENY 5212 

Insects and Wildlife 

 

F 

ENY 6207 

Ecology and Conservation of Pollinators 

3 

F 

FAS 5203C 

Biology of Fishes 

3 

F 

FAS 6337C 

Fish Population Dynamics 

4 

F 

FNR 6505 

Forest Ecosystem Health 

3 

F 

MCB 5705 

Astrobiology 

3 

S 

MCB 6151 

Prokaryotic Diversity 

3 

SSC 

MCB 6656 

Environmental Microbiology 

3 

F 

MCB 6670C 

The Microbiome 

3 

S 

PHC 6001 

Principles of Epidemiology in Public Health 

3 

S 

PHC 6046 

Foundations of Environmental Epidemiology Methods 

3 

S 

PHC 6301 

Aquatic Systems and Environmental Health 

3 

S, odd 

SWS 5050 

Soils for Environmental Professionals 

3 

F 

SWS 5224 

Environmental Biogeochemistry 

3 

S, odd 

SWS 5247 

Hydric Soils 

2 

S 

SWS 5248 

Wetlands and Water Quality 

3 

F 

SWS 6448 

Biogeochemistry of Wetlands and Aquatic Systems 

3 

F 

WIS 6559 

Forensic Science in Conservation Biology 

3 

SSC 

Social Sciences 

The Interdisciplinary Ecology graduate program requires at least one course from the approved list of social sciences courses for MS Thesis and MS Non-Thesis students. 

Social science courses encompass a diverse range of academic disciplines (including but not necessarily limited to Anthropology, Criminology, Economics, Geography, History, Political Science, Psychology, Religion, and Sociology) that focus on issues of human thought, action, institutions, conflicts, and management of natural resources and the environment. Core courses in the social sciences focus on central theoretical concerns and/or offer surveys of major topics in a social science discipline regarding natural resources and the environment. Social science electives tend to be more specialized, whether they focus on particular theoretical perspectives, substantive topics, management problems, or regions of the world. 

Classes may be offered on even or odd numbered years.

F - Fall, S - Spring, SSC - Summer Semester C, SSA - Summer Semester A, SSB - Summer Semester B

Course Number 

Course Title 

Credits 

Term 

AGG 5607 

Communicating in Academia 

3 

S 

AEC 5034 

Digital Media Production in Agriculture and Natural Resources 

3 

SSC, even 

AEC 5037 

Agricultural Media Production 

3 

F, S 

AEC 5060 

Public Opinion and Agricultural and Natural Resources Issues 

3 

F 

AEC 6540 

Agricultural and Natural Resources Communications Theory and Strategies 

3 

S 

AEC 6552 

Evaluating Programs in Extension Education 

3 

S, odd 

FNR 6061 

Conflict & Collaboration in Natural Resources 

3 

SSC 

FNR 6665 

Valuation of Natural Resource 

3 

SSC 

FNR 6669 

Policy & Economics of Natural Resources 

3 

S 

FNR 6934 

Communicating Natural Resource Science in Public 

3 

SSC 

FYC 6221 

Grant Proposals for Community-Based Organizations 

3 

 

FYC 6223 

Promoting Positive Youth Development 

3 

 SSC, odd

FYC 6330 

Theories of Community Development 

3 

 

FYC 6620 

Program Planning and Evaluation for Human Service Delivery 

3 

 S

FYC 6802 

Advanced Research Methods for Family, Youth, and Community Sciences 

3 

 

PHC 6424 

Environmental Policy and Risk Management 

3 

S 

WIS 6558 

U.S. Wildlife Law, Policy, and Ethics 

3 

S 

Sustainability Science

The Interdisciplinary Ecology graduate program requires at least one course from the approved list of sustainability science courses for MS Thesis and MS Non-Thesis students. 

These courses focus on the integration of ecological, natural sciences, and social factors to sustain humans and ecological systems. Sustainability science emphasizes interdisciplinary issues involving the integrity and resilience of natural and social systems over time, including environmental health and those that blend environmental policy, economics, justice, which requires integrative thinking to address complex problems. 

Classes may be offered on even or odd numbered years.

F - Fall, S - Spring, SSC - Summer Semester C, SSA - Summer Semester A, SSB - Summer Semester B

Course Number 

Course Title 

Credits 

Term 

AGG 6503 

Nanotechnology in Food, Agriculture, and Environment 

3 

S 

AOM 6535 

Irrigation Principles and Management 

3 

F 

GEO 6255 

Climatology 

3 

S 

FNR 5015 

Ecosystem Restoration Principles and Practice 

3 

F 

FNR 6628 

Watershed Management and Restoration 

3 

F, even 

PHC 6304 

Environmental Toxicology Applications in Public Health 

3 

F 

PHC 6446 

Systems Thinking in One Health 

3 

F, S 

SWS 5132 

Tropical Soil Management 

3 

F 

SWS 5208 

Sustainable Agriculture and Urban Land Management 

3 

S 

SWS 5234 

Environmental Soil, Water, and Land Use 

3 

F 

SWS 5551 

Soils, Water, and Public Health 

3 

S 

SWS 5805 

Environmental Soil and Water Monitoring Techniques 

3 

S 

SWS 6406 

Soil Health and Data 

3 

F 

WIS 6561 

Wildlife Crime Scene Processing 

3 

F 

Data Science 

The Interdisciplinary Ecology graduate program requires at least one course from the approved list of courses in data science for MS Thesis and MS Non-Thesis students. 

These courses focus on analyzing and interpreting data and information using methods drawn from statistics, geospatial science, information science, and disciplinary knowledge. Courses within this category support development of a foundation in statistical concepts, experimental design, interpretation of documents, interviews, and observations, or application of theoretical and statistical models. 

Classes may be offered on even or odd numbered years.

F - Fall, S - Spring, SSC - Summer Semester C, SSA - Summer Semester A, SSB - Summer Semester B

Course Number 

Course Title 

Credits 

Term 

ABE 5643C 

Biological Systems Modeling 

3 

F 

FNR 6934 

Introduction to Programming with R 

2 

SSB 

FNR 6615C 

Visualization of Ecological Data 

3 

S 

GIS 5008C 

Maps & Graphs 

3 

 

GIS 5107C 

Geographic Information Systems in Research 

3 

F 

GIS 6116 

Geographic Information System Analysis 

 

 

GEO 6160 

Introduction to Quantitative Analysis for Geographers 

3 

S 

MET 6565 

Atmospheric Teleconnections 

 

 

STA 6903 

Introduction to Applied Statistics for Agriculture and Life Sciences 

3 

F, S 

SUR 5365 

Digital Mapping 

3 

F, odd 

SUR 5386 

Image Processing for Remote Sensing 

3 

S 

SWS 5182 

Earth Systems Analysis 

3 

F 

SWS 5721C 

GIS in Land Resource Management 

3 

F 

SWS 6406 

Soil Health and Data 

3 

F 

URP 6278 

Web Mapping and Visualization 

3 

 

URP 6275 

Intermediate Planning Information Systems 

3 

 

 


Concentrations

The Graduate Catalog defines a concentration as a subprogram of courses offered within a graduate major. The School faculty established a concentration within the major to enable students to claim mastery of a traditional discipline in addition to the interdisciplinary major. 

The standard concentration in the Interdisciplinary Ecology major comprises 6 credit hours for the master's or 12 credit hours for the doctorate. Some concentrations may require additional hours. Ph.D. students are required to complete a concentration.

Note: 7979 and/or 7980 hours cannot count toward a concentration. Master's coursework cannot be applied to Ph.D. concentration hours.

Concentrations are audited according to their departmental degree program codes or concentration codes and thus are formally identified on the student's transcript. When planning your program of study, be sure that the courses intended for the concentration are all in one department's curriculum or else in an interdisciplinary concentration approved by the Graduate School.

  • Agricultural and Biological Engineering
  • Agricultural Education and Communication
  • Agronomy
  • Environmental and Global Public Health
  • Family Youth and Community Sciences
  • Forest, Fisheries, and Geomatics Sciences
  • Geography
  • Horticultural Science
  • Microbiology and Cell Science
  • Soil and Water Science
  • Urban and Regional Planning
  • Wildlife Ecology and Conservation

Questions?

Ali Goetz, SNRE Program Advisor 

a.goetz@ufl.edu  

Dr. K Ramesh Reddy, SNRE Director and Graduate Program Coordinator 

krr@ufl.edu