UNIQUE NUMBER: 14345
INSTRUCTOR: David R. Maidment
Office: ECJ 8.612
Phone: Campus 471-4620, CRWR 471-0065
E-mail: maidment@mail.utexas.edu
LECTURES: Tuesday and Thursday,
OFFICE HOURS: Tuesday
and Thursday
OBJECTIVES: This course is designed to present an advanced understanding of:
§ The movement of water through the phases of the hydrologic cycle
§ Developing water balances for hydrologic systems
§
Hydrologic environment of the
COMPUTER: Proficiency with computers and familiarity with ArcGIS and Arc Hydro, as presented in CE 394K.3 “GIS in Water Resources” will be assumed.
TEXT: Class text is “Applied Hydrology” by Chow, Maidment and Mays, McGraw-Hill, 1988, Reference text is the “Handbook of Hydrology”, Ed. by Maidment, which is on reserve in the Engineering Library. Other reading materials will be distributed during the semester.
CLASS FORMAT: Lectures supplemented with outside reading, homework, and exams.
CLASS OUTLINE: See attached.
GRADING: Homework = 20%
Midterm Exam = 20%
Oral Term Project = 10%
Written Term Project = 30%
Final Exam = 20%
Any problems, personal or otherwise, affecting grades should be brought to the instructor's attention.
HOMEWORK
POLICY: Homework
assignments are due in by
EXAMINATIONS: There will be a midterm examination and a
final examination. The midterm examination will be closed book, although you
will be allowed a 1-page review sheet, and will be given on the date and time
indicated. The final exam will be a take-home exam distributed on the last day
of classes and due in one week later. Missed
examinations may be made up only if the reason for missing was illness or some
other emergency.
EVALUATION: The University Measurement and
DISHONESTY: University procedures will be followed in dealing with cases of suspected scholastic dishonesty.
ATTENDANCE: Regular class attendance is expected in
accordance with The University's General Information catalog and the
IMPORTANT
NOTE: The
Background
The purpose of the term project in this course is to allow
you to develop a project that explores an aspect of hydrology of personal
interest to you. It can involve more
detailed study of some aspect of the
Date |
Topic |
Tues Jan 18 |
Introduction to the course |
Thurs Jan 20 |
Mass, momentum and energy in a watershed |
Tues Jan 25 |
Hydrologic fluxes, flows, and balance computations |
Thurs Jan 27 |
Introduction to the |
Tues Feb 1 |
Exercise 1 – watershed water balance |
Thurs Feb 3 |
Atmospheric circulation and climate modeling |
Tues Feb 8 |
Sources of atmospheric water data
|
Thurs Feb 10 |
Precipitation |
Tues Feb 15 |
Evaporation |
Thurs Feb 17 |
Exercise 2 – atmospheric water balance |
Tues Feb 22 |
Geometry of stream channels |
Thurs Feb 24 |
Equations of flow in stream channels |
Tues Mar 1 |
HEC-RAS as a stream channel model |
Thurs Mar 3 |
Channel flow in the |
Tues Mar 8 |
Exercise 3 – channel flow and water balance |
Thurs Mar 10 |
Review for Midterm Exam |
Spring Break! |
|
Tues Mar 22 |
Midterm exam |
Thurs Mar 24 |
Soil water characterization |
Tues Mar 29 |
Infiltration and soil water movement |
Thurs Mar 31 |
Review of Progress with Term Projects
|
Tues Apr 5 |
Groundwater flow |
Thurs Apr 7 |
Modflow as a groundwater model |
Tues Apr 12 |
Exercise 4 – groundwater balance |
Thurs Apr 14 |
Water balance integration |
Tues Apr 19 |
Aquatic ecology |
Thurs Apr 21 |
Hydrology for aquatic ecology |
Tues Apr 26 |
Term Project presentations
|
Thurs Apr 28 |
Term Project presentations
|
Tues May 3 |
Term Project presentations
|
Thurs May 5 |
Course instructor evaluation and review for the final exam |