EAS - Earth Science
Course introduces four major divisions of Earth Science and how their interactions contribute to conditions on Earth today. Geology includes studies of minerals, rocks, plate tectonics, volcanoes, earthquakes, and surface topography. Oceanography includes studies of seawater and ocean currents, ocean floor topography, the beach and wave dynamics, and marine life. Meteorology includes studies of global and local winds, weather systems and conditions, and climate. Astronomy includes studies of the formation of the solar system and the objects in it, stellar evolution, and current technology for space travel and long-range discoveries. This course is intended for both science and non-science majors. Credit cannot be received in both EAS 100 and EAS 121.
Course introduces earth materials and the physical and chemical processes that sculpt earth’s surface. Content includes rocks, minerals, earthquakes, volcanoes, glaciers, groundwater, coastal processes, geologic time, structural geology, and topographic maps.
Course introduces Earth's long 4.6 billion-year history. The course begins with an introduction to rocks, minerals, plate tectonics, and fossils and then moves on to the study of various depositional environments in which different rocks and fossils form. It ends with a walk through time considering the physical processes, the position of the continents, and the life forms that define each segment of geologic time.
Course introduces weather and climate. Topics include atmospheric processes, elements of weather, and a survey of world climates.
Course examines the interactions between the atmosphere, hydrosphere, lithosphere and biosphere. The course begins with studies of location and map use, Earth's atmosphere, and the Sun's effect on Earth in terms of seasons, weather, ocean circulation, and climate development. Topics next include ground and surface water, earthquakes, volcanoes and plate tectonics. The course ends with studies of landforms and the processes that produce them including weathering and mass wasting, caves, deserts, glaciations, soils, and the ecological systems within Earth's spheres. Credit cannot be received in both EAS 121 and EAS 100.
Course introduces oceanography. Content includes physical and chemical properties of sea water, ocean circulation, waves, tides, coastal environments, and marine life.
This course provides an introduction to digital maps, spatial analysis, and technology to explore geographic and spatial patterns. Introduces the concepts and components of a geographic information system (GIS), the basic concepts of remote sensing and Global Positioning System (GPS), and the ESRI ArcGIS® software. This course will also explore selected cases of GIS application in different disciplines to introduce students to problem solving and decision making using geospatial analysis. Students cannot receive credit for both GIS 190 and EAS 190.
The course covers geodatabase development, maintenance, organization, and editing within ESRI’s ArcGIS applications. Basic features and functionality of geodatabases as well as tools for creating and editing the geometry of spatial data are covered. Students learn to create and manipulate geographic information systems (GIS) features and to explore the analytical capabilities of GIS and apply them to real-world situations, including GIS projects developed by public safety officials, public works departments, planners, geographers, resource managers, engineers, and other industry professionals. Students cannot receive credit for both GIS 191 and EAS 191.
Course studies human-environment interaction. Content includes problems associated with geologic hazards, availability and management of natural resources, and the proper use of geology in any land use program.
Course designed to meet special interest needs of Earth Science students. Topics will be offered for variable credit from one to four semester credit hours. Students may repeat EAS 290 up to three times on different topics for a maximum of nine semester credit hours. Course