ESCI-109. First Year Experience:Chicago Rocks! Geology In The City. 3 Hours.

Chicago has been at the bottom of the sea, buried under a mile of ice, and set in a warm, tropical paradise. Such diverse changes have shaped Chicago and the surrounding region, including the lake, the rivers, the ground we walk on (and build on), and the decisions we make about land use, resources, and waste management. Explore Chicago Rocks - as well as water, weather, and land forms - in the context of current issues related to resource use and the environment. Field trips and hands-on experiences highlight the extent to which geology influences the character of the Chicago area.

ESCI-109W. First Year Experience: Chicago's Muddy Waters- Environmental Geology. 3 Hours.

Chicago's vital bodies of water - Lake Michigan, Chicago River, and others - interact with the urban landscape and the soils and rocks of the ground beneath. Such interactions influence environmental issues in everyday life, including "What happens when water goes down the drain?" and "Why do certain areas flood after it rains?" These questions are explored in the context of Chicago's geology, to evaluate the critical factors affecting soil and water contamination, flooding, and our drinking water. Laboratory analysis of water and soil, collected on local field trips, will clear the 'muddy water' about environmental geology impacts in local neighborhoods. (Lecture 2 hr., lab 2 hr.).

ESCI-121. Introduction To Earth Science. 3 Hours.

Basic concepts of geology, meteorology, oceanography, and the solar system. Discussion of topics of current interest in the earth sciences. Laboratory involves the study of minerals, rocks, maps and weather instruments. Lecture 2 hours, lab 2 hours.

ESCI-123. Environmental Geology. 3 Hours.

Earth, its structure, composition and resources. Mineral and energy resources, their formation and distribution, their supply and demand projections for the future. Water resources and water quality. Environmental impact of resources, nuclear and other waste disposal, geological aspects of earthquake and volcanic hazards. Lecture 3 hours.

ESCI-207. Global Climate And Weather. 4 Hours.

This course examines the Earth as a system, focusing on linkages between the oceans and atmosphere related to weather and global climate. Fundamentals of the structure and composition of oceans and atmosphere provide the foundation for investigation of chemical, physical, and biological interactions in weather-related processes and global climate. Topics include basic principles of meteorology, classification of present-day climates, climate variables, paleoclimates, and evidence for global climate change over geologic time. Laboratory analysis of maps, charts, instruments, and data supplements lecture and discussion. Lecture 2 hours, lab 3 hours.

ESCI-211. Physical Geology. 4 Hours.

Detailed study of the materials comprising the earth's crust and interior and the forces acting to change its surface; the origin of continents and ocean basins in light of recent geological research. Lecture 3 hours, lab 2 hours.

ESCI-306. Writing Intensive Program: Rocks And Minerals. 4 Hours.

A detailed introduction to rocks and minerals- the essential materials of the solid earth. Classification and systematic study of the chemical and physical properties of the common rock-forming mineral groups; textural and mineral compositional studies of common igneous, sedimentary and metamorphic rock groups. Lecture 2 hours, lab 3 hours.
Prerequisites: ESCI-211 minimum grade of C and ENGL-101 minimum grade of C.

ESCI-308. Geology Of The National Parks. 3 Hours.

Study of the geological processes producing and controlling the lands within the National Park System. Lecture 3 hours.
Prerequisite: ESCI-121 minimum grade of C or ESCI-211 minimum grade of C.

ESCI-309. Geochemistry. 3 Hours.

Chemical composition of the earth, element abundances, cosmochemistry, meteorites, origin of elements, geochronology, geothermometry, geobarometry, principles of trace element distribution. Igneous, metamorphic and sedimentary environments. Lecture 3 hours.
Prerequisites: CHEM-211 minimum grade of D and ((ESCI-306 minimum grade of D or ESCI-206 minimum grade of D).

ESCI-310. Geology Of The Chicago Region. 4 Hours.

The geologic history of Chicago integrates the effects of changes in climate and sea level, varied sedimentary processes, and the influence of the tectonic framework of the Midwestern US region. This course explores the diversity in Chicago's geologic past and present, including the continuing evolution of a geologic landscape affected by glacial, stream, and coastal processes, and examines the impact of local geology on resources and land use, as well as the impact of human processes on the geologic environment. Interpretation of map evidence and real-time data, individual research, and local and regional field experiences supplement class discussion. Lecture 2 hours and Lab 3 hours.
Prerequisite: ESCI-211 minimum grade of C.

ESCI-311. Mineralogy. 4 Hours.

Crystallographic principles, crystal systems and crystal chemistry in the study of minerals. Composition, structure , occurrence and uses of common minerals. Study of hand specimens and thin sections of minerals and the use of physical and optical properties in their identification. Lecture 3 hours, lab 2 hours.
Prerequisites: CHEM-211 minimum grade of C and ((ESCI-306 minimum grade of C or ESCI-206 minimum grade of C).

ESCI-312. Historical Geology. 4 Hours.

Evolution of the earth and its flora and fauna, paleoecology; principles of paleontological stratigraphy and techniques of relative and absolute age determination. Lecture 3 hours, lab 2 hours.
Prerequisite: ESCI-121 minimum grade of C or ESCI-211 minimum grade of C.

ESCI-314. Paleontology. 4 Hours.

Principles, study of invertebrate phyla, morhphology, taxonomy, evolution and paleoecology as well as occurrence of various fossil types. Lecture 2 hours, lab 3 hours.
Prerequisite: ESCI-212 minimum grade of C or ESCI-312 minimum grade of C.

ESCI-315. Glacial Geology. 4 Hours.

This course focuses on interpreting glacial processes and glacial environments, both past and present. Applying techniques that include map interpretation and correlation, remote sensing, and comparison of sediment and topographic data, students will analyze glacier dynamics, the development of glacial landscapes, and the geologic record of glaciations and glacial processes.
Lecture 2 hours, Lab 3 hours. Prereq: ESCI-121 or ESCI-211.
Prerequisite: ESCI-121 minimum grade of C or ESCI-211 minimum grade of C.

ESCI-316. Volcanic Processes And Hazards. 4 Hours.

This course will cover physical and chemical controls on the timing, style, and magnitude of volcanic eruptions, as well as the products (including natural resources) that form from volcanic activity. Data obtained from a variety of analytical techniques associated with physical and chemical processes at volcanoes will be evaluated and applied to solve volcanic problems. Impacts of volcanic eruptions on society and the strategies to reduce risk, such as volcanic monitoring, will be discussed.
Prerequisites: ESCI-211 minimum grade of C and CHEM-211 minimum grade of C.

ESCI-317. Principles Of Sedimentation. 4 Hours.

The process governing the formation, transportation and deposition of sediments and the alterations that transform them into sedimentary rocks. The practical application of these techniques is developed in the laboratory. Lecture 2 hours, lab 3 hours.
Prerequisite: ESCI-306 minimum grade of C or ESCI-206 minimum grade of C.

ESCI-319. Petrology. 4 Hours.

Classification of rocks. Study of mineralogical and textural relations of major rock groups in hand specimens and thin sections. Chemical composition of rocks. Chemical and petrographic data interpretation. Interrelation of petrological processes and plate tectonics. Description of selected and widely referred petrologic complexes. Lecture 2 hours, lab 3 hours.
Prerequisite: ESCI-311 minimum grade of C.

ESCI-320. Limnology. 4 Hours.

In this course, students will explore the geological aspects of freshwater systems, focusing on Lake Michigan. Topics that will be covered include the origin of Lake Michigan, tectonic and climatic settings of the Lake, physical sedimentary processes, sedimentary geochemistry, geochronology and paleolimnology. Students will also explore the multidisciplinary aspects of biogeochemical cycling of elements, the role of planktonic organisms in these cycles. Lecture 2 hours, Lab 3 hours.
Prerequisite: ESCI-211 minimum grade of C.

ESCI-324. Oceanography I. 4 Hours.

Ocean boundaries and bottom topography. Origin and evolution of ocean basins. Nature and characteristics of coastal and marine sediments. Gathering of oceanological data development of the marine sciences.
Prerequisites: ESCI-121 minimum grade of C and ESCI-207 minimum grade of C.

ESCI-326. Independent Study In Earth Science. 3 Hours.

Research in the geological sciences, oceanography, meteorology, or astronomy under the guidance of a faculty member. Independent Studies require the approval of the instructor, department chair and the appropriate College Dean.

ESCI-327. Aqueous Environmental Geochemistry. 4 Hours.

This course builds on students' fundamental knowledge of aqueous chemistry and highlights applications relevant to geological sciences. The course focuses on using chemical principles to study surface and near surface water and water-rock/water-soil interactions. Topics include basic thermodynamics, chemical speciation, mineral solubility, complexation, acid-base reactions, oxidation-reduction reactions, carbonate chemistry, and an introduction to geochemical modeling. The practical applications of these topics will develop quantitative skills required for addressing geological and environmental issues.
Prerequisites: ESCI-211 minimum grade of C and CHEM-212 minimum grade of C.

ESCI-329. Soil Science. 4 Hours.

Fundamentals of soil including origin, composition, and classification; physical, chemical and biological properties; significance of soil properties for evaluation of soil as a resource; soil fertility and amelioration, soil and watershed use and conservation, and environmental concerns, including soil contamination and remediation.
Prerequisite: ESCI-121 minimum grade of C or ESCI-211 minimum grade of C.

ESCI-330. Structural Geology. 4 Hours.

Spatial and stress-strain relationships of rock deformation, genetic and descriptive aspects of folds, faults joints, etc., structures related to magmatism and metamorphism, polyphase deformation, and geophysical methods of structural geology, diapirs, cleavage and schistosity, impact structures, tectonites, and petrofabric diagrams. Lecture 3 hours, lab 2 hours.
Prerequisites: ESCI-211 minimum grade of C and ESCI-312 minimum grade of C and MATH-185 minimum grade of C.

ESCI-331. Geological Structures And Map Interpretation. 4 Hours.

Determination of the attitude and thickness of inclined strata and their bearing on outcrop patterns; preparation of geological maps from given field data; and interpretations of aerial photos, topographic maps, and geological maps depicting folds, faults, unconformities and intrusive bodies; preparation of geological cross sections. Lecture 2 hours, lab 3 hours.
Prerequisite: ESCI-211 minimum grade of C.

ESCI-333. Internship In Earth Science. 3 Hours.

Field experience at an off-campus site. Student will work a minimum of 150 hours with an earth science agency or organization. Evaluation will be based in part on the student's creation of a tangible product. Details of internship will be arranged by the student, faculty advisor and site supervisor.

ESCI-335A. Meteorology. 4 Hours.

This course introduces the processes at work in the earth's atmosphere and the physical laws that control them; horizontal and vertical circulations, atmospheric stability, radiation balance, precipitation, air masses, frontogenesis, and severe weather. Laboratory work involves extensive use of maps and charts.
Prerequisite: PHYS-201 minimum grade of C or PHYS-206 minimum grade of C.

ESCI-337. Principles Of Hydrogeology. 4 Hours.

Introduction to the theory and principles of groundwater flow as well as streamflow. Topics include the hydrologic equation, evapo-transpiration, well drilling and testing, porosity and permeability, Darcy's law, confined and unconfined aquifers, flow-nets, geology of groundwater occurence, water table maps, geophysical exploration methods, well logs, stramflow and hydrographs. Lecture 3 hours, Lab 2 hours.

ESCI-339. Field Hydrogeology. 4 Hours.

Field techniques of measuring infiltration, soil moisture, aquifer permeability and hydraulic conductivity. Practice in conducting geophysical surveys and drilling, logging and developing ground water wells. Methods of sampling water for chemical analysis. Visits to drilling, monitoring and waste management sites. Methods of recording, analysing, mapping and reporting field data. Lecture 2 hours, lab 3 hours.
Prerequisite: ESCI-337 minimum grade of C.

ESCI-340. Introduction To Geotechnical Engineering. 4 Hours.

Introduction to basic concepts of design and engineering of earth materials. Geotechnical soil properties, engineering soil classification, site characterization, earthwork, interactions of water with Earth materials. Overview of engineering design of roadways, landfills, dams, levees, and tunnels. Especially useful for those interested in environmental aspects of geology. Lecture 2 hours, laboratory 3 hours.

ESCI-341. Environmental Hydrology. 4 Hours.

The course introduces surface water hydrology, emphasizing applications in urban and agricultural environments of the glaciated Midwest. The course includes basic principles of the processes, interrelationships, and measurement of precipitation, infiltration, evaporation, evapotranspiration, interflow, overland flow, stream flow, and ground water flow. Also covered are an introduction to quantification of watershed hydrologic budgets, hydrographs, flood routing, hydraulic drainage and control structures, and estimation of extreme events. Lecture 2 hrs., laboratory 3 hrs.
Prerequisites: ESCI-211 minimum grade of C and MATH-185 minimum grade of C.

ESCI-350. Geotectonics. 4 Hours.

Geotectonics is the study of large-scale motion and deformation of earth's crust and mantle, the relationship of geodynamics to volcanic activity, earthquakes, and surface features, as well as the deep structure and movement of the interior of the earth. Interdisciplinary instruction of geological, geophysical, and geochemical concepts will allow students to develop a broad working knowledge of classic and current plate tectonics. Historical and recent papers on plate tectonics will be read, discussed, summarized in written reports, and presented to the class. Laboratories will consist of analyzing geologic, geophysical, geochemical, and remotely sensed evidence of current and ancient geodynamics.
Prerequisite: ESCI-211 minimum grade of C.

ESCI-390. Field Geology. 5 Hours.

Introduction to field methods including pace-and-compass and plane table mapping, field trips to south-central Wisconsin, preparation of geological maps and reports from field data. Attendance at a field camp for 14 days with additional on-campus lectures and laboratory work. Lecture 3 hours, Lab 3 hours.
Prerequisites: ((ESCI-306 minimum grade of C or ESCI-206 minimum grade of C) and ESCI-331 minimum grade of C.