OCEAN 506B
University of Washington

LINKING CHEMICAL AND BIOLOGICAL MODELS OF PUGET SOUND

Syllabus
Course Links
Class Overview
The EFDC Water Quality Model
Topic Three
Topic Four
Topic Five
A little bit about this course...

Course Overview

This seminar will explore the utility and feasibility of developing and calibrating a water quality model of Puget Sound, as part of the PRISM project. The ultimate goal is to predict the occurance of low O2 in Puget Sound both currently and under eutrophication. The topics of eutrophication, circulation and ecosystem modeling will be introduced. Two existing water quality simulation environments will be discussed: a highly resolved and complex model for South Puget Sound (the HEM-3D water quality model) and a more simple, “canned” simulation environment for sensitivity analyses (EcoS3). The class will focus on practical considerations regarding the calibration of HEM-3D to South Puget Sound, review of model algorithms for water quality and sediment kinetics, food web dynamics, parameterization of the model and availability of monitoring data. The class will ultimately develop recommendations on how to alter/optimize HEM-3D and provide suggestions for additional data collection.

Speakers and Presentations

See the syllabus

Course Requirements

This seminar is intended to be a “hands on” learning experience for faculty, staff, and students. The benefit to students is for them to understand revelant mechanisms determining water quality and to gain direct experience using a w-q model. The intellectual challenge to students is to make the model applicable to Puget Sound and to assess what is important and what not.

2 credits, c/nc

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

Seminar Schedule (Spring 1999) WEDNESDAYS, 1:30 - 3:30 pm
Old Ocean Bldg, room 207
Course Contacts
Jan Newton
newton@ocean.washington.edu
Jeff Richey
jrichey@u.washington.edu


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