OSU Geologist Scales the Heights


Carolyn Gonzales
Communications Services
Oklahoma State University

(405) 744-6260

 

Richard Marston, OSU geology professor, is shown on the Juneau Icefield in southeastern Alaska when he was one of the scientists affiliated with the Juneau Icefield Research Program, which allows students to work with scientists who are conducting research on glaciers and other geological forms on the icefield. Two of Marston’s OSU undergraduate students, Kyla Coker and Nathan Zimmerman, are currently participating in the program.

Dr. Richard Marston’s career has taken him to great heights, both figuratively and literally.

Marston came to Oklahoma State University four years ago when he accepted the position of professor of geology and appointment to the Sun Endowed Chair in Geology.

His specialty is geomorphology, which is the study of land forms and processes that create them. He is particularly interested in the instability of rivers and hillslopes, and his research on them often takes him high into the Rocky Mountains.

One of Marston’s current projects involves relating the features of rock glaciers on Earth to possible rock glaciers on Mars. The information is useful to researchers who are studying climate changes on Mars and could help future space travelers find water deposits on the planet.

He is one of a number of OSU scientists affiliated with the Arkansas-Oklahoma Center for Space and Planetary Sciences, located at the University of Arkansas in Fayetteville.

Marston enjoys collaborating with other scientists and has a number of other joint projects in the works.

Recently, he and fellow OSU Geologist Elizabeth Catlos received a National Science Foundation grant to map a fault line that marks the boundary of two tectonic plates; the Indian and Eurasian Plates. Their research will be conducted in the Himalayas in extreme Northern India. It will be the first time the fault has been mapped.

Marston says three major earthquakes, which have resulted in great loss of life and property, probably have been associated with the fault. Scientists are anxious to gain more knowledge about the fault and its connection to earthquakes.

Marston also is working with Dr. Bill Fisher, who is affiliated with the Oklahoma Fish and Wildlife Cooperative Research Unit and OSU’s Zoology Department. They are trying to come up with a model that will predict fish abundance in eastern Oklahoma streams.

In addition, Marston is collaborating with four other OSU faculty members in creating an Earth science sequence for the Star Schools project, which provides public middle school science teachers with innovative teaching methods and materials.

The OSU group is developing hands-on experiments that will be used by the teachers. The information will be posted on the web.

Marston says the main idea of the project is to promote hypothesis-based learning in which students develop a hypothesis for how Earth processes are working and gather information to support their ideas.

He also advises OSU geology and environmental science students and edits the international journal, “Geomorphology.”

Marston earned his undergraduate degree at the University of California at Los Angeles and his graduate degrees at Oregon State University.

Prior to coming to OSU, he held positions as professor at the University of Texas at El Paso, University of Alaska and the University of Wyoming.

Marston says he and his wife Linda, daughter Brooke (12), and son Bryce (16), enjoy living in Stillwater. For recreation, he likes backpacking and river rafting. This summer he and Bryce climbed Mount Rainier.


For information about this page, send e-mail to Carolyn Gonzales.


OSU Home Page | About OSU | Academics | Connections
Admissions | Centers | Colleges | Research | Extension