 |
 |
 |
 |
|
|
GeologyFull Time Faculty: John Craddock, Kelly MacGregor, Ray Rogers (Chair), Karl Wirth Part Time Faculty: Kristi Curry Rogers Lab Supervisor: Jeff Thole The geology department welcomes students with an interest in the Earth and its 4.6 billion year history. Our courses address current topics in earth science and provide an appreciation of scientific principles and techniques used to explore the dynamic Earth. A broad selection of introductory-level courses serves the general college community. A diversity of upper-level courses enables students to pursue specialized interests within the geosciences. Ultimately, the program strives to provide skills and experiences that foster critical thinking and a lifelong curiosity in the natural world. Students planning a career in the earth sciences should complete the departmental major. Students who wish to incorporate an interdisciplinary specialization into their major should consult department faculty for advice on appropriate courses. Subfields of specialization could include geophysics, environmental geology, sedimentology, glaciology, geochemistry, hydrogeology, remote sensing, and paleobiology, among others. Graduate study is a prerequisite for most professional work in the earth sciences. Our major program is designed to provide a broad and thorough background that prepares students for advanced work in any of the many fields of earth science. Completing a major in geology also provides a foundation for other potential careers. For example, some of our recent graduates have entered law school to prepare for employment in environmental or corporate law, while others have used their geologic education as a stepping-stone to the business world. Geology participates in the environmental studies program. Students may choose to double major in geology and environmental studies, and to this end the department offers several courses that address natural processes and the effects of human activities on terrestrial and marine systems (e.g., Environmental Geology, Geomorphology, Hydrogeology, Oceanography). The department houses an excellent teaching collection of rocks, minerals, and fossils. In addition, the department is home to the evolving Henry Lepp Museum, which is located on the first floor of the Olin-Rice Science Hall. Exhibits include complete skeletal mounts of Herrerasaurus and Eoraptor, which are among the oldest known dinosaurs, a forelimb of Apatosaurus, a huge sauropod dinosaur, a wing of Quetzlcoatlus, the largest-known pterosaur, and the skull of Majungasaurus, a spectacular cannibalistic theropod dinosaur from Madagascar. Several research laboratories are well equipped for a diversity of student research interests. Laboratory equipment is available for rock cutting, polishing and grinding in preparation for optical microscopy. In addition, the department's Mark Erick Andersen Student Computer Lab has several new Macintosh and PC computers and associated multimedia presentation equipment. Students have access to modern instrumentation within the Science Division's Keck Laboratory. Many laboratory exercises incorporate the variety of available instruments, which include a scanning electron microscope with energy-dispersive X-ray spectrometer, an X-ray diffractometer, a transmission electron microscope, a gamma-ray detection system for instrumental neutron activation analyses, and an X-ray fluorescence spectrometer. Students also have the opportunity to incorporate this extensive array of analytical tools into faculty-student research projects and honors theses. Many majors gain practical experience through Macalester's internship program, through honors projects, and through special research projects conducted with the guidance of individual faculty members. Recent projects include: (1) the zircon geochronology of Precambrian and early Paleozoic rocks in Minnesota, (2) the magnetostratigraphy of sedimentary rocks in Madagascar, (3) the geochemistry of rift-related rocks of northern Minnesota, (4) the analysis of glacier dynamics and landscape evolution in Montana and British Columbia, (5) the geochemistry of dinosaur teeth and bones from Montana, (6) the analysis of ancient sedimentary environments in Madagascar, Zimbabwe and southwestern Minnesota, (7) the geochemistry of volcanic rocks of the Galapagos Islands, (8) structural analysis of rocks in Iceland, Wyoming, Wisconsin, and Crete, and (9) the analysis of the effects of dams on sediment transport and ecology in the St. Croix River, Minnesota-Wisconsin. General Distribution RequirementAll courses in the geology department count toward the general distribution requirement in natural science and mathematics. General Education RequirementsCourses that meet the general education requirements in writing, quantitative thinking, internationalism and multiculturalism will be posted on the Registrar's web page in advance of registration for each semester. Additional information general distribution requirement and the general education requirements can be found in the graduation requirements section of this catalog. Major ConcentrationThe requirements for a major in geology are: 37 credits in geology, and three supporting science courses. The 37 credits in geology must include 150, 155, 250, 255, 260, 265 and 450 (for a total of 25 credits), and 12 credits of electives. Of the required electives, 8 credits must be derived from courses in the geology curriculum numbered between 270 and 305. The three supporting science courses must include Chemistry 111 and Math 135 or Math 154. One additional science course can be selected from Chemistry 112, Math 135, 137, or 253, Physics 226 or 227, or Biology 170 or 180 (consult your advisor for additional options). Many graduate programs expect that undergraduate applicants will have had one year of calculus, one year of chemistry, one year of physics, and a geology field camp in their undergraduate curriculum. Additional information about sub-disciplines (environmental geology, glaciology, mineralogy, petrology, structure, geophysics, paleobiology, sedimentology, stratigraphy) and suggested electives is available from the faculty in geology. Minor ConcentrationA minor in geology consists of Geology 150 and 155 and three geology electives. Honors ProgramThe geology department participates in the honors program. Eligibility requirements, application procedures and specific project expectations for the geology department are available from the department chair. Further Preparation A geological field course is frequently a requirement for admission to graduate programs in geology. Consult with members of the department for recommended field courses. Topics Courses194, 294, 394, 494 One or more topics courses are normally offered in alternate years. Depending upon student interest these may be courses designed for geology majors requiring some prerequisites, or they may be non-prerequisite courses on some topic in the earth sciences not covered in regular courses. Recent offerings include Vertebrate Paleobiology and Evolution and Hydrogeology. To be announced at registration. (4 credits)
|
|
|
|