Geosciences Department - Options for Graduate Degrees

Master of Science Program

We offer a flexible Master of Science degree in Geosciences. You can select from among a large number of senior and graduate level classes in Geosciences. The departments of Math, Computer Science, Chemistry, Physics and Biology also teach many classes pertinent to various lines of research in Geology. Which formal courses an MS student takes is decided on by the student in consultation with her/his thesis advisor, non-thesis advisor, and graduate committee (all the details are in the Graduate Guidelines). Because of the flexibility of our program, varying lines of research followed by students, and differences in people's scientific interests, two MS program are rarely identical. However, there is a strong component of field work in essentially all of our student's research projects.

Many of our Geosciences faculty work among various areas, subdisciplines, and scales of research but our graduate programs can be roughly divided into a few broad areas. However, there is room for many other types of investigations and combinations of courses as well. One way to get a sense of what happens in our department is to look at the MS theses which have been completed in recent years. If your interests reach beyond the bounds of Geosciences, we can easily design a program that includes course work and research in one of the cognate sciences. Our areas of research concentration, faculty expertise, and graduate concentrations are listed below.

Master of Science Requirements (from the Graduate Catalog): A total of 34 graduate semester credits: 1) at least 28 credits are required in formal course work, 2) a minimum of 20 of credits are required in formal geosciences courses, 3) a maximum of 6 hours of thesis research, and 4) no more than 10 hours may be at the graduate-designated 300 or 400-level. Cognate science courses taken outside the geosciences Department may be required depending on your field of study, advisor, or research. All students must complete a year of freshman calculus, physics and chemistry; those who have not done so as undergraduates may fulfill the requirement as graduate students. After the thesis is approved, the student must pass a final oral examination which includes a defense of the thesis. We strongly encourage publication of the thesis in a peer-reviewed journal.

Ph.D. Program

Our Ph.D. program is also very flexible and follows the same general structure as our MS program and many of the general comments above are true for the Ph.D. program as well. If you are an established professional in the Geoscience Industry with a Master's Degree, we offer a Ph.D. in Applied Geoscience that is designed to make it reasonable to maintain a career and pursue the Ph.D. The Ph.D. in Applied Geoscience requires only one semester of formal residence and allows some graduate coursework to be completed in the Geological, Geophysical, and Environmental Engineering programs at Montana Tech in Butte Montana. Beyond those changes there are several things we can tune to an individual's agenda and career to make the degree feasible and yet still maintain traditional rigor and meet our formal requirements:

Doctor of Philosophy Degree Requirements (from the Graduate Catalog): The fundamental requirement is a demonstration of outstanding scholarship and research ability. The Master's degree is not a prerequisite for admission to the program, but is strongly recommended. A minimum of 60 semester credits beyond the Bachelor's degree is required: at least 30 credits in formal geosciences courses; a maximum of 14 hours of thesis research; at least 30 credits at the 500 and 600-level. Sixteen credits in cognate science courses taken outside the geosciences Department are required and are chosen depending on your field of study, advisor, or research. A comprehensive examination must be taken before admission to candidacy for the Doctorate. The dissertation must be defended in an oral presentation and an examination conducted by the faculty.

Summary

Don't be put off by our posted deadline of January 24th; we accept applications throughout the year. However, we do make decisions regarding teaching and research assistantships early in the application cycle. Finally, I encourage you to look at our areas of concentration below and email any faculty member who you may be interested in working with.

Program/Areas of Concentration (or make your own)


 

Environmental Processes, Geochemistry, and Hydrogeology

Faculty:

Bill Woessner, Professor
Groundwater geology &
Groundwater modeling
Nancy W. Hinman, Associate Professor
Aqueous and Environmental Geochemistry
Andrew Wilcox, Assistant Professor
Geomorphology
Joel Harper, Assistant Professor
Glaciology, Climate Change, Surface Processes
Johnnie N. Moore, Professor -
Environmental Geochemistry; River Processes
Marco Maneta, Assistant Professor
Hydrology

Graduate Courses:

Process Geomorphology Hydrogeology Applied Groundwater Modeling Advanced Geochemistry
Advanced Environmental Geochemistry Global Change Cold Regions Processes Geochemical Modeling
Seismology & Magnetics Environmental Geochemistry Gravity & Electromagnetism  

Recent Seminars and Special Courses:

Lacustrine Records of Climate Change Contaminants in Aquatic Systems Groundwater Flow and Solute Transport Modeling
Geochemistry of Surface-Groundwater Interaction Geochemistry of Thermal Springs Geochemical Controls on Metals Dispersion
Geophysical Characterization of the Shallow Subsurface    

Geophysics, Tectonics, Petrology

Faculty:

Julia Baldwin, Assistant Professor
Metamorphic Geology, Geochronology
Rebecca Bendick, Assistant Professor
Geodynamics, Active Tectonics

Steven D. Sheriff, Professor
Regional, Archaeological, & Environmental Geophysics

Jim Sears, Professor
Structural and Regional Geology

Graduate Courses:

Seismology & Magnetics Gravity & Electromagnetism Sedimentary Basin Analysis
Geotectonics and Earth History Advanced Structural Geology Subsurface Imaging for Archaeology

 

Recent Seminars and New or Special Courses:

Exploration Gravity Applied Magnetics

Basin Research, Sedimentology and Paleontology

Faculty:

Marc S. Hendrix, Associate Professor
Sedimentation, Basin Analysis, climate records
George Stanley, Professor
Triassic Corals, Invertebrate Paleontology
Graham R. Thompson, Professor Emeritus
James R. Staub, Professor Emeritus

Graduate Courses:

Sedimentary Petrology Architecture of Sedimentary Deposits Applied magnetics
Advanced Geochemistry Sedimentary Basin Analysis  

Recent Seminars and Special Courses:

Lacustrine Records of Climate Change

Low-temperature Geochemistry

 

 

 


Geosciences Department - The University of Montana - 32 Campus Drive #1296 - Missoula, MT 59812-1296
Phone: (406) 243-2341 Fax: (406) 243-4028 Email: geology@mso.umt.edu

The University of Montana - Missoula

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