Geology (BS)

The Bachelor of Science (BS) in Geology is a rigorous program that is designed to both prepare students for entry into the workforce as practicing geoscientists, and to provide them with the knowledge required to pursue an advanced degree. Students enrolled in the Geology program are afforded the opportunity to pursue interests in several areas of specialization, including: petrology, volcanology, structural geology, sedimentary geology, economic geology, hydrology, soil science, climate change, petroleum geology, and paleontology. A critical component of this degree program is a field-based capstone project in which students must demonstrate their ability to interpret a natural system and communicate their understanding in a professional manner.

Please see the UNLV College of Sciences, Department of Geoscience web page for information about department programs, faculty and facilities. Degree worksheets and 4/5 year plan for the major are available on the UNLV Degrees Directory.

Learning Outcomes

By the end of the Geology program students will be:

1. Identify common rock-forming minerals in hand specimen and thin section, major rock types and will be able to describe the conditions under which each of them formed. This will include being able to describe the chemical characteristics of various types of rocks, geologic influences on environmental pollutants, and the use of stable and radiogenic isotopes as environmental tracers and tools in dating rocks and water.
2. Identify the common types of invertebrate and vertebrate fossils, their approximate age, and the environments in which they lived, and have a grounding in the historical development of the field of geology.
3. Recognize, in the field, various types of geologic structures, and be able to use these to reconstruct the structural history of a region.
4. Describe the major processes that determine the characteristics of the earth's surface, and be able to examine a landscape and interpret its geomorphic history.
5. Describe the plate-tectonic history of the earth (when various supercontinents assembled and fragmented), the relationship between plate tectonic processes and mountain building, and the types of data that are used to reconstruct the position of a particular plate in the geologic past.
6. Describe the regional stratigraphic framework of the Southern Nevada region; they will also be able to go into a new region that has a well-exposed stratigraphic record, and reconstruct the sedimentological history of the region.
7. Be facile in computer applications in geology including spatial and imagery analysis applications, quantitative skills, and express themselves well in oral and written reports.
8. Apply the techniques of at least two specializations within the field of geology (e.g., geophysics, hydrogeology, GIS, geochronology, petroleum geology) to the solution of appropriate research or applied problems.
9. Able to demonstrate the ability to function independently, collaboratively, and ethically with others in the profession as colleagues and supervisors.
10. Demonstrate the ability to enter a new field area, construct a geologic map on a topographic base, interpret the geologic history of the area, and write a professional quality report on the geology of the area. This learning objective comprises the Capstone experience for this degree program and is fulfilled through the summer field geology course. It also includes the ability to recognize, formulate, employ, and interpret the scientific methodology, and employ critical thinking skills. Many other learning outcomes for this degree program are also reinforced through this capstone experience (For instance, outcomes 1-5, and 9).