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A ºÚÁÏÉçÇø may register for GLG 498 in their senior year, as long as his/her grade point average is at least 3.0 for courses required in the geology major.

The Senior Thesis will permit the exceptional Geology major to embark upon a geological research program of his/her choosing. It will provide the ºÚÁÏÉçÇø an opportunity to perform an in-depth study using the skills he/she has developed as a major in geology

The ºÚÁÏÉçÇø must complete an independent research project, to be conducted under close supervision with a faculty member.

This course will require considerable independent data collection and analysis under faculty supervision. Each ºÚÁÏÉçÇø may register for 3-6 credit hours with a maximum of 12 counting towards the Departmental Honors Degree.

After a research project and advisor have been decided upon, the ºÚÁÏÉçÇø and advisor must pick a committee of at least two faculty members for thesis review. Once thesis has been reviewed and deemed acceptable, the ºÚÁÏÉçÇø must present his/her thesis at a formal oral presentation. This presentation can take place in the department as a "seminar", at the Undergraduate Research Forum conducted by the Office for the Advancement of Research and Scholarship (OARS) or at a national meeting such as GSA or AGU.

The Water Planet, TGLG-2

This thematic sequence provides an introduction to the essential role water plays in supporting life on Earth, including the origin of water, its physical/chemical characteristics, how these characteristics combine to make life possible on the continents and in the oceans, and details concerning the hydrologic cycle. Introduces the economic, legal and political ramifications of water use in the U.S.

Tier 1. Choose one of the following:
GLG 111 The Dynamic Earth (3 hours)
GLG 121 Environmental Geology (3 hours)
GLG 141 Geology of U.S. National Parks (3 hours)

Tier 2.
GLG 244 Oceanography (4 hours)

Tier 3. Chose one of the following:
GEO 425 Hydrogeography (3 hours)
GLG 307 Water and Society (3 hours)
GLG 335 Ice Age Earth (3 hours)
GLG 408 Introduction to Hydrogeology (4 hours)
BIO 463 Limnology (4 hours)

Note: Not open to majors in the Department of Geology and Environmental Earth Science

The Geology Department offers one thematic sequence; The Water Planet (TGLG-2). Please contact Todd Dupont at 513-529-9734 or via email at dupontt@MiamiOH.edu or Leanna Smith at 513-529-3216 or via email at smithlc6@MiamiOH.edu to enroll or to get more information.

• GLG 111 The Dynamic Earth (offered fall and spring; satisfies Miami Plan Foundation and Thematic Sequence)
• GLG 115L Understanding the Earth Lab (offered fall, spring and some summers; satisfies Miami Plan Foundation and Thematic Sequence)
• GLG 121 Environmental Geology (offered fall, spring and some winter terms; satisfies Miami Plan Foundation and Thematic Sequence)
• GLG 141 Geology of U.S. National Parks (offered fall and spring; satisfies Miami Plan Foundation and Thematic Sequence))
• GLG 244 Oceanography (offered fall and spring; only satisfies Miami Plan Thematic Sequence)
• GLG 261 Geohazards and the Solid Earth (offered fall; only satisfies Miami Plan Thematic Sequence)
• GLG 301 Sedimentology & Stratigraphy (offered spring; only satisfies Miami Plan Thematic Sequence)
• GLG 307 Water and Society (offered fall and most springs; only satisfies Miami Plan Thematic Sequence)
• GLG 322 Structural Geology (offered fall; only satisfies Miami Plan Thematic Sequence)
• GLG 335 Ice Age Earth (offered fall and spring; only satisfies Miami Plan Thematic Sequence)
• GLG 408 Introduction to Hydrogeology (offered fall; only satisfies Miami Plan Thematic Sequence)
• GLG 413 Tropical Marine Ecology (offered summer only; only satisfies Miami Plan Thematic Sequence)
• GLG 492 Global Tectonics (only satisfies Miami Plan Thematic Sequence)

GLG 411/511 Field Geology

Course Hours: 6
Approximate dates for 2021: June 8 - July 13
Instructor: Brian Currie
Description: 
Students identify, classify, and interpret geologic features and synthesize and communicate geologic interpretations. Students work outdoors six to eight hours each day and individually create several geologic maps and cross-sections using pace and compass, topographic, air photo and satellite image bases with GPS units (satellite navigation). Geologic mapping and rock interpretation techniques are the subject of evening discussions. Taught in the northern U.S. and southern Canadian Rockies and at the ºÚÁÏÉçÇø Geology Field Station in Dubois, Wyoming.

For more information, email to fieldgeology@MiamiOH.edu.