GEOL 474
HYDROGEOLOGY
Catalog Entry
GEOL 474. Hydrogeology
Three hours lecture (3).
Prerequisites: GEOL 105; and either GEOL 100 or GEOL 106 or GEOL 120 and GEOL 121; MATH 169 or MATH 171; or permission of the instructor.
A qualitative and quantitative study of groundwater availability and movement, and the development of groundwater as a resource. Included will be pertinent geologic and engineering aspects of groundwater flow and human effects on the groundwater regime.
Detailed Description of Content of Course
The content of this course consists of fundamentals of atmospheric, surface, and subsurface water movement and water quality. It is comparable to the standard introductory course in hydrogeology given at most universities and follows the general scope and sequence of topics in the leading undergraduate textbooks on the subject.
The first quarter of the course encompasses the hydrologic cycle and surficial water. The remainder of the course is an in-depth study of groundwater. Emphasis is placed on fundamental principles and the physics and mathematics of flow of water through channels and porous media. Practical applications are presented as an introduction to water- resource investigation, including solving problems in water availability and exploration.
The following topics are covered in this order:
Detailed Description of Conduct of Course
The course emphasizes quantitative methods. This includes problem solving, unit conversions, graphing of data, and written analysis and conclusions. Lectures present the various principles of water flow and develop the theoretical basis for each topic. Problems assigned in class, from the course textbook and as handouts, reinforce these concepts. Problems involve an understanding of algebra, geometry, and trigonometry. A basic understanding of calculus is also expected, although students will not be required to derive or solve calculus expressions for the course. The student is expected to spend a substantial amount of time solving the assigned problems. An understanding of the principles and the ability to use the appropriate mathematics is essential for success on the examinations. The problem sets are graded.
There may be at least one fieldtrip to local hydrogeological sites. Fieldtrips focus on both the natural hydrogeologic processes and environmental problems.
Practical applications of the principles and theories of hydrogeology are included wherever possible in the lecture, in the assigned problems, and on the fieldtrips. This gives the student an appreciation of the environmental problems prevailing in today's world.
Goals and Objectives of Course
1. Students will better understand the scope and complexities of the study of surface
and groundwater.
2. Students will learn the theory of water flow through the derivation of the most
significant equations and mathematical relationships. They will appreciate both the
applications and limitations of these equations.
3. Students will develop analytical techniques through problem solving. They will
appreciate detailed, quantitative problem solving and develop an understanding of
state-of-the art quantitative techniques such as computer modeling and chemical analysis
of water samples.
4. Students will use experimental laboratory and field techniques. They will learn
how the theory is applied by practicing hydrogeologists towards real problems in various
geologic settings.
5. Students will come to understand the needs of society for qualified hydrogeologists
to help prevent and mitigate environmental problems. They will become familiar with
the role of the hydrogeologist in the planning process during economic growth and
development.
Assessment Measures
The student is evaluated in every aspect of his or her work. There are three or four major examinations in the course. These include short-answer questions, brief written explanations, and quantitative problems to solve. Homework problem sets, laboratory exercises, and the research paper are graded. The attitude, preparation, and participation of the student in class and on fieldtrips is assessed as well.
Other Course Information
The course focuses on the classic hydrogeology textbook by C.W. Fetter but may also incorporate recent journal articles and other materials for class discussions.
Approval and Subsequent Reviews
Date Action Reviewed by
August 2005 Reviewed and Approved Stephen W. Lenhart, Chair
June 4, 2025