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Department of Geology

Who we are

Let us prepare you for a career in Earth and environmental sciences

What do we do? Geology is the study of the Earth. Geologists are interested in a wide range of topics, including the materials that make up the Earth, processes that affect those materials, and the history of the Earth.

Our majors use their training to work on some of society’s most important problems, including issues related to water, sustainability, and production of energy and mineral resources. Geology is a great choice if you want to be a part of the solution to these challenges!

What tools will you gain from geology? Our degrees help students learn about the Earth and sharpen skills that employers seek. As you develop an in-depth knowledge of the Earth, you will gain hands-in experience with geoscience laboratory techniques, field methods, and modeling techniques used to analyze Earth processes.

How are the job prospects? The job outlook for our majors is excellent. Between 2019 and 2029, US Bureau of Labor Statistics workforce projections predict a 5% growth in geoscience jobs, high than average for all occupations. And geoscientists are well paid. In 2019, the median salary for geoscientists was $92,040, higher than the median for all physical scientists.

Geology is one of the most interdisciplinary sciences. So, there are a lot of ways that geology majors can apply their degrees. For more information, please see our Careers page.

Meet some of our students

Our mission

Our Department’s mission is to deliver excellence in teaching, research, and service so that our students are equipped with the knowledge to understand and predict how our planet works and to apply that knowledge to the key challenges facing society today: meeting demands for energy, mineral, water, and food, while responsibly managing our environment.

We work to achieve this mission in many ways. To see a summary of some recent outputs and achievements, please check out our Annual Report.

To support the mission of the Department of Geology please review our Support Us Page


We are committed to fostering diversity among our students, faculty, and staff in geology, our college, and Kansas State University. Our faculty and students lead outreach events and contribute to programs that increase participation in science of underrepresented groups and first-generation college students. We are also working to learn more about how to meet the needs of students with different backgrounds. Through these efforts, we are reaching our goal of ensuring that a diverse workforce of geologists can help meet the needs of Kansas and beyond.

Geology Student Organizations

Our department is home to the Williston Geology Club and the combined AAPG-SEG student chapters. The students in these organizations lead outreach events with K-12 students, go on outdoor adventures together, and more. If you are interested in joining these student organizations, please get in touch with their members or inquire with faculty. For the '21-'22 academic year, Christa Anhold and Brooklyn Armijo are the president and vice president, respectively, of the Williston Geology Club, with Dr. Karin Goldberg as the Williston Club faculty advisor; and Papa Owusu is the president of the AAPG/SEG student chapter, with Dr. Raef as the AAPG-SEG faculty advisor. Ask today how you can get involved!

News and events

Check out our e-Newsletter to keep up with recent events in the department. Some images of Department events and local geology are available in our Twitter feed.

Geology seminars - Geology seminars are held on Thursdays from 4-5 pm, unless otherwise noted. The schedule for the upcoming term is available Fall 2021 seminar schedule. 

Misagh Esmaeilpour, graduated MSc student from the Porous Media Research Lab,Publishes Article on Scale-dependent permeability and formation factor in porous media in the prestigious journal of Fuel with impact factor 5.6


Seek article by Geology Associate Professor Matt Kirk
K-State Department of Geology's Dr. Matt Kirk - "Rural water wells show large increase in nitrate levels" (pg 6) article in the latest edition of Seekk-state.edu/seek/2020/imag
Postdoc David Pompeani Publishes Article on Environmental Lead Contamination

The article details Pompeani's recent research that indicates that environmental lead contamination from prehistoric metalworking can be detected in North America for thousands of years. Link to the article found here: https://www.k-state.edu/today/announcement/?id=60495

Geology Professor Brice Lacroix Receives Grant from American Chemical Society for Arbuckle Mountain Study

The Arbuckle Mountains expose 450-million-year-old carbonate rocks from the Arbuckle group, a natural hydrocarbon reservoir that occurs deep in the subsurface in Kansas and parts of Oklahoma. In addition to hydrocarbon extraction, the reservoir is also used to dispose of the wastewater produced during the hydrocarbon extraction process.

The purpose of this research is to better understand the timing and conditions of past fluid-flow that occurred along faults through the Arbuckle group rocks, which would have potentially altered them. Such alteration can affect key rock characteristics such as porosity and permeability.

Lacroix will apply the latest thermochronometry techniques — such as ∆47/U-Pb — that he is currently developing in collaboration with colleagues in Switzerland and France. A better understanding of the fault behaviors and their relationship with fluid flow are important to better understand this natural disposal water reservoir and its link with induced seismicity.

Assistant Professor of Geology to Participate In Drilling of the Ocean Floor

Karin Goldberg, assistant professor of geology, has been invited to participate as a sedimentologist on the International Ocean Discovery Program Equatorial Atlantic Gateway Expedition (388) aboard the research vessel JOIDES Resolution.

The expedition, scheduled for summer 2020, will study the tectonic, climatic and biotic evolution of the Equatorial Atlantic Gateway at three sites on the northeastern Brazilian continental shelf. This expedition will constrain the long-term interactions between tectonics, oceanography, ocean biogeochemistry and climate, and the functioning of tropical ecosystems and climate during intervals of extreme warmth.