Our multimedia course acquaints students with present day life and culture in Germany, Austria and Switzerland. Authentic documents and interviews with native speakers from all walks of life serve as a first-hand introduction to the German-speaking countries. An interactive learning software, as well as related Internet audio-visual materials emphasize the mastery of speaking, writing, and reading skills that are the foundation for further study. Three hours a week for explanation and demonstration, one hour a week in small TA- sections.

Our multimedia course acquaints students with present day life and culture in Germany, Austria and Switzerland. Authentic documents and interviews with native speakers from all walks of life serve as a first-hand introduction to the German-speaking countries. An interactive learning software, as well as related Internet audio-visual materials emphasize the mastery of speaking, writing, and reading skills that are the foundation for further study. Three hours a week for explanation and demonstration, one hour a week in small TA- sections.

Independent reading or research. A written report will be required. A full course.

Approval of the Departmental Chair is required.  Fall and spring semesters. The Department.

Through biogeochemical cycles microbes influence the chemical composition of all of our habitable environments. They are found in the most extreme environments on Earth, from the upper atmosphere to the depths of our oceans as well as in the deep subsurface of Earth’s crust. In this seminar, we will examine tracers and proxies for microbial activity present in rock, sediment, soil and porewater. Environments to be studied include hydrothermal vents, deep sedimentary basins, early Earth and possible extraterrestrial habitats.

An overview of the dominant sedimentologic processes operating in both modern and ancient depositional environments. Students will learn how to examine and interpret features of sedimentary rocks and how to assess temporal or spatial patterns in sequences of sedimentary rocks. Students will then use these observations to expand their understanding of Earth history. Three hours of lecture and three hours of laboratory each week.

Requisite: GEOL 111. Recommended requisite: GEOL 121. Fall semester. Professor Jones.

A study of the geometry and origin of sedimentary, metamorphic and igneous rock structures that are the products of earth deformation. Emphasis will be placed on recognition and interpretation of structures through development of field and laboratory methodology. Three hours of lecture and five hours of laboratory each week.

Requisite: GEOL 111. Fall semester. Professor Harms.