The WVC Earth Sciences Department is committed to offering comprehensive courses that promote understanding the Earth and the Universe. Courses range from those designed for the non-science major to Earth Science major transfer students in Geological Sciences, Astronomy, Meteorology, Climatology, and geological or hydrological Environmental Science. The department offers a wide variety of courses designed to meet the general educational, pre-professional and overall academic goals of WVC students.

Program Learning Outcomes

Classes

GEOL& 101: Introduction to Physical Geology

Credits
5

Study the geologic processes that shape the earth. Determine how the earth works and its history by applying principles of geology, chemistry and physics. Topics include plate tectonics, earthquakes, volcanoes, rocks, minerals, glaciers, rivers, geologic maps and the structure of the earth. May include field trips. Includes laboratory. Prerequisites: MATH 093 or higher.

GEOL& 208: Geology of The Pacific Northwest

Credits
5

Learn Pacific Northwest geology and geologic history by studying rocks, sediments, landforms, fossils, geologic maps and geologic structures. Examine how plate tectonics, volcanoes, faulting, folding, rock formations, geologic time, mountain building, terrain accretion, earthquakes, glaciers, rivers and floods have created our land and resources. May require field trip(s). Includes laboratory.

GEOL 107: Natural Disasters

Credits
5

Scientific study of earthquakes, floods, landslides, volcanic eruptions, extreme weather, wildfires, asteroid impacts, and other disruptive events. Introduces and applies elements of geology, meteorology, physics, and astronomy. Examines human factors, risk reduction, disaster prediction, monitoring, alert systems, and disaster recovery. Includes historic examples and disasters in the news.

GEOL 218: Enviromental Geology

Credits
5

Explore how the earth environment controls human existence and how earth itself changes in response to human activities. Study the determining factors and predict the effects of earthquakes, volcanic eruptions, landslides, floods, changing climates and human use of earth's resources of energy, minerals, water and soil.