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Curriculum

Degree Requirements

The academic program of study undertaken by the candidate must be designed to enhance the students background and expertise through formal graduate level course work in the areas of: (1) technical hydrology, (2) natural resources economics and/or law, and (3) water quality and a seminar. To ensure a minimum multidisciplinary character, the course program must contain:

  1. Nine hours of course work with at least three hours from each of the aforementioned areas;
  2. At least six of those credit hours must be from outside the student's sponsoring department; 
  3. A one-credit hour seminar on water resources organized through the Department of Renewable Resources;
  4. Only Plan A masters degree programs, which require the writing of a thesis in the water resources area, are acceptable for the water resources degree option.

A. Technical Hydrology (3 credits)

CE 4800 Hydrology (3)
CE 5435 Environmental Transport Processes (3)
CE 5445 Hazardous Waste Site Remediation (3)
CE 5810 Ground Water Hydrology (3)
CE 5860 Soil Erosion and Conservation (3)
CE 5870 Water Resources Engineering (3)
CE 5880 Advanced Hydrology (3)
G&R 4080 River Basin Management
G&R 5050 Fluvial Geomorphology
GEOL 5444 Geohydrology (3)
GEOL 5550 Numerical Methods Groundwater Geology (3)
GEOL 5570 Advanced Geohydrology (3)
REWM 4700 Wildland Watershed Management (3)
REWM 5280 Stream Habitat Management (3)
REWM 4285/5285 Wildland Hydrology (3)
SOIL/MATH 5110 Modeling Flow Transport in Soil and Groundwater Systems (4

B. Law & Natural Resource Economics(3 credits)

AGEC 4710 Natural Resources Law and Policy (3)
AGEC 4720 Water Resource Economics (3)
AGEC 5630 Advanced Natural Resources Economics (3)
ECON 4400 Environmental Economics (3)
ECON 4410 Natural Resources Economics (3)
ECON 5400 Advanced Resource & Environmental Economics (3)
LAW 6660 Environmental Law (3)
LAW 6860 Water Rights (3)

C. Water Quality (3 credits)

BOT 5740 Ecosystems Analysis (4)
CE 4410 Environmental Engineering Chemistry (3)
CE 4400 Design of Water Treatment Facilities (3)
CE 5410 Advanced Biological Wastewater Treatment (3)
CE 5450 Advanced Physical/Chemical Water Treatment Processes (3)
GEOL 4490 Geochemistry (3)
GEOL 5450 Water Quality Modeling (3)
GEOL 5777 Geochemistry of Natural Waters (3)
REWM 4710/5710 Watershed Water Quality Management (3)
SOIL 5130 Chemistry of the Soil Environment (4)
ZOO 4440 Limnology (3)

D. Water Resources Seminar (3 credits)

REWM 5250 Seminar in Water Resources (1)

 

The purpose of the water resources seminar is to foster interaction with students and professors regarding the different types of water resources research being conducted throughout the campus. Each student in the water resources interdisciplinary major program will be required to complete this course once during their graduate program.

The department head signs the individual students graduate Program of Study form prior to submittal to the Graduate School to help insure conformance to the above criteria and in order for the water resources cross-disciplinary major to be approved. The Graduate School will confirm conformance.

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