Syllabus, ATM 505 - Air Quality - Spring, 2008

Course Description

ATM 405/505 AIR QUALITY
(3-0) 3 credits. Prerequisites: Math 125 or equivalent and one semester of college chemistry. Up-to-date problems and trends in urban air quality, global effects of environmental pollution, effects of air pollutants on weather processes, the technology of pollutant production, and pollutant dispersal. A treatment of the chemistry and physics of reactions involving primary air pollutants is included. Satisfies the Earth Systems distribution requirement for the ATM M.S. program. Students enrolled in ATM 505 will be held to a higher standard than those enrolled in ATM 405.

Instructor

Dr. Andy Detwiler
Dept. Atmospheric Sciences                                  
South Dakota School of Mines and Technology
Rapid City, SD 57701

Phone: (605) 394-1995
Fax:      (605) 394-6061
Email: Andrew.Detwiler@sdsmt.edu

 

The official website for this class is under: http://webpages.sdsmt.edu/~adetwile/

Course Procedures

For the Spring, 2008, semester, we will meet on Mondays, Wednesdays, and Fridays, at 11 AM MT in Chemistry Building Room 303 on the SDSMT campus. Classes will follow a lecture/discussion format, with instructor and students contributing to the learning process. There occasionally will be guest presenters from the local and state community of air quality workers. Students will be making presentations in-class through the semester.

During most weeks there will be homework assignments so we can solidify our progress as we cover the fairly wide range of topics we have in our syllabus this spring. These assignments will involve reading, preparing short essays on various questions and topics, and solving problems involving thought and calculation. Work will be collected, reviewed, and returned to students with comments and sometimes a grade. Use of computational tools, including calculators and computer software packages such as Excel, MathCad, MatLab, IDL, Mathematica, etc., is encouraged, as is the use of computer document processing software, in preparation of problem and essay assignments.

There will be midterm and final exams. The midterm is scheduled for the normal class meeting time on Wednesday, March 12. The final exam will be 2:00-3:50 PM MT on Thursday, May 8..

Objectives

The objective of this class is to provide the students with the basic knowledge to understand the social and political, chemical, and meteorological aspects of important air quality issues at the local, state, federal and global levels.

Outcomes


Students will be able to better understand and appreciate the various points of view concerning air quality, and the legal framework for regulating good air quality.  They will be prepared to participate  in public discussion of air quality issues.  They will have the technical capability to describe quantitatively the important chemical, physical, and meteorological processes determining air quality, and will be able to understand the fundamental technical background  of US EPA-approved air quality models.

Grading

The final course grade will be determined 1/4 by in-class presentations and participation, 1/4 by completion of homework, 1/4 by the mid-term, and 1/4 by the final. The successful student will demonstrate mastery of the material covered this semester by attending class regularly, participating in class discussions, completing homework assignments successfully in a timely manner (and reworking those assignments that were not successfully completed on the first attempt), and responding to examination questions correctly in a clear and concise manner.

Other Academic Policies

Academic policies governing this class are presented in the 2007-2008 SDSMT catalog .

Text

The text for the Spring, 2008, semester is:  Atmospheric Pollution  by Mark Z. Jacobson.

The book was published in 2002 by University Press, Cambridge. The paperback edition is identified by ISBN 0-521-01044-6, and is available from the SDSMT bookstore http://www.sdsmtbookstore.com .

Topics Covered

We will cover much of the material in the text this semester, and this material will be augmented in spots with information from other sources. We will not follow a rigid schedule as we progress through the syllabus, but the goal is to follow this rough schedule below, based on the organization of the text. Some topics will be covered in more depth than others depending in the interests of the students and instructor.

Other Administrative Minutiae

Office Hours will be Tuesday and Thursday mornings, from 9 to 11 AM, or by appointment

Successful completion of this course will require approximately 135 hours of student effort during the semester, including time spent in class.


Useful Web Sites

http://www.epa.gov

US EPA Air Quality Modeling

http://weather.unisys.com

http://weather.uwyo.edu

Kyoto Protocol Material at the UN Website

NCDENR - Division of Air Quality - Ozone Forecast Center

AIRNow

EPA Region III - Ozone Action Days

NOAA: Chemical Weather Forecasting

WORKING GROUP 11: ATMOSPHERIC CHEMISTRY Sample-3AIRPACT | Air Indicator Report for Public Awareness and Community Tracking

US Dept. of Energy Site for Environmental Issues

US Dept. of Energy International Energy Outlook, including Environmental Issues Related to Energy Use

EPA Criteria Documentation Site

CFR-40

Global Transport of "Brown Cloud" pollution, and Tropospheric Ozone

EPA US Air Quality Forecast Guidance

Dispersion Basics