CEWA 599C
University of Washington

Urbanization, Water Resources & Lake Water Quality in the Seattle area

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Course Syllabus

Spring 1999

CEWA 599/ZOO 572

Urbanization & Water Quality

T-Th 10:30-12:00 More 219

Full Title: "Urbanization, Water Resources and Lake Water Quality in the Seattle Region"

Course Objectives:

1. To develop a spatially-explicit nutrient loading model that accounts for transfer of nutrients from watersheds into the surface waters of Lake Washington, Lake Sammamish and other aquatic systems in the Seattle area.

2. To develop water quality simulation models for Lake Washington, Lake Sammamish which will predict the likely impact of modified P loading on the water quality of these lakes under various development and water resource management scenarios.

3. To calibrate the models described on objectives 1 and 2 to existing King County/Metro long term water quality records.

4. To used these models to forecast future water quality responses to increasing urban sprawl and water diversions, and new sewage treatment facilities in the Seattle/Metro region during the next century.

5. To attempt to solve a real world problem and to develop teamwork skills. Welcome to the real world!

Focus and Goals:

This course will be run as a WORKSHOP to investigate the critical lake water quality management issues in the Lake Washington and Lake Sammamish watersheds. This will not be a lecture course, nor will there be any exams. We will tie into the framework provided by the hydrologic component of PRISM (Puget Sound Regional Synthesis Model) to explore how urbanization in the Seattle area will affect water quality through non-point source pollution and the operation of proposed sewage treatment facilities.

The first three weeks of this course will be spent reviewing the pertinent primary literature and reports. We will also have a series of presentations by local experts on these topics. The class will then identify key objectives (e.g. building a whole watershed P mass balance model, or a lake eutrophication simulation model) and key gaps in the current knowledge base. Then the class will break into groups of 4-6 students and each group will independently work on one of these problems for several weeks. These groups will meet with the course instructors at regular intervals and will report their results to the rest of the class every two weeks.

For further information contact the instructor below or UW Extension (206-543-2320).

Course Time and Location:

Tuesdays & Thursdays 10:30-12:00 am
More Hall, room 219

Instructors:

Michael T Brett (Civil & Environmental Engineering)
mtbrett@u.washington.edu
301 More Hall, x6-3447, Office Hours: T-Th 1300-1500
Daniel Schindler (Zoology)
deschind@u.washington.edu
404 Kincaid Hall, x6-6724, Office Hours: Wed 1200-1200


The course is sponsored by the PRISM (Puget Sound Regional Synthesis Model) UIF project under the guidance of the PRISM Education Committee. The mission of PRISM is to develop and sustain a dynamic and integrated understanding and description of the environmental and human factors that shape the Puget Sound region.

This page is maintained by Bruce Campbell (bdc@hitl.washington.edu)

PRISM