Geology is the study of the Earth. Geologists apply a wide range of scientific ideas and techniques to understand both the processes that are changing the planet today as well as those that have shaped it-and the life it supports-during the past 4.6 billion years. Geologists play key roles in helping society manage Earth resources, assess the threats posed by geologic hazards and understand the rapid changes now occurring in the planet's environment. All of these issues are expected to become more critical as Earth's human population grows, which is why the geoscience workforce is predicted to increase faster (14%) during the coming decade than the overall U.S. workforce (11%).
Program Learning Outcomes
Upon successful completion of this program, the student should be able to:
- Correctly identify a variety of common rocks and minerals and explain what each tells us about the geologic processes that produced it.
- Establish the timing of the geologic events that have shaped a region, as depicted on a geologic map or cross-section, by applying relative and absolute dating principles.
- Distinguish the three types of boundaries that separate Earth's lithosphere plates and explain how the stress at each is related to the deformation, seismicity and volcanism observed there.
- Sketch a cross-section of Earth's interior and explain how the contrasting properties of different regions have enabled us to map the planet's internal structure and link processes there to those occurring at the surface.
- Recognize common landforms from their depictions on topographic maps and analyze how each is formed through interactions between constructional processes and erosion caused by the movements of water, wind, and ice.
- Correctly identify a variety of common fossils, describe the place of each in the history of life and explain how fossils, collectively, enable us to assess the roles that natural selection and environmental change have played in shaping life on Earth.
- Apply principle of actualism to infer past environmental conditions using rock characteristics, stable isotope ratios, seawater Ca/Mg ratios and similar measurements.
- Outline major events that have shaped Earth's history and correctly determine the approximate period depicted by a paleogeographic map during late Proterozoic or Phanerozoic time.
- Analyze whether an observation, experimental result or proposed explanation is consistent with a scientific hypothesis for a natural phenomenon and effectively communicate this analysis to others.
Although geology careers are remarkably diverse they all have two things in common. First, field work is an integral part of every geologist’s training and so the discipline often appeals to folks who like to be outdoors. Second, geologists are problem solvers who bring together
ideas from many other disciplines to answer questions about the Earth. You can learn more about the range of jobs geologists do from the American Geosciences Institute's "Geoscience Careers" website. The Associate of Science in Geology for Transfer prepares students for further studies towards a baccalaureate degree in Geology or another Earth Science from the California State University (CSU). Note: Some career options may require more than two years of college level study.
For information or questions regarding this or other programs at College of the Siskiyous contact the Office of Academic Affairs.
Email: Office of Academic Affairs
Phone: (530) 938-5201