NATS 101
 Intro to Weather and Climate
Section 34: 08:00AM MWF ILC 150
Dr. E. Robert Kursinski
TA: Tina Stall

Who Am I?
Professor Department of Atmospheric Science
Joint Faculty Appointment
Dept. of Planetary Sciences
Worked for many years at NASA JPL in So. Cal.
Research Specialty
Remote Sensing, Water cycle, Planetary atmospheres
Ph.D. in Planetary Sciences
M.S. in Electrical Engineering
B.S. in Physics, Minor in Music Theory

Vital Statistics
Office Hours: Dr. Kursinski by Appointment PAS Bldg, Rm 580
Ms. Stall Monday & Wednesday 11-noon
PAS Bldg, Rm 526 and by Appointment
Required Text: Essentials of Meteorology-An Invitation to the Atmosphere, 4th & 5th Ed. by C. Donald Ahrens Picture Link Publisher Download, Save $
Recommended Text: Study Guide for Essentials of Meteorology, 4rd Ed. by C. Donald Ahrens Link
Required Material: Thirty (30) 4''x 6'' index cards.

Course Description
Intro to science of processes weather & climate change:
atmospheric structure and composition,
energy balance,
wind systems,
clouds and precipitation,
weather fronts, cyclones, weather forecasting,
thunderstorms and lightning,
hurricanes, monsoons,
climate and global warming,
ozone hole and air pollution

Course Description
Emphasis will be given to phenomena that have strong impacts on human activities.
The fundamental importance of physics, chemistry and mathematics will be noted.
Atmospheric Science is a branch of Applied Physics

Attendance Policy
Attendance is mandatory, and will be tallied throughout the term.
After three unexcused absences prior to week 9, I will submit to the Office of Curriculum and Registration an administrative drop from the course and assign a grade in accordance with UA policy.
http://catalog.arizona.edu/2006-07/policies/classatten.htm

Student Behavior
UA Code of Academic Integrity, Code of Conduct and Student Code of Conduct are enforced in this course.
Every student is responsible for learning these codes and abiding by them.  http://w3.arizona.edu/~studpubs/policies/ppmainpg.html
Students can submit complaints online at http://web.arizona.edu/~dos/uapolicies/

Grading Policy
Final grade will be based on scores from closed book/closed notes quizzes and final exam.
Quizzes will consist of multiple choice  questions and short answer questions.
Quizzes will cover new material presented through the end of the previous lecture day.
Extra credit questions given on some quizzes.
Extra credit impromptu ÒpopÓ quizzes given.

Grading Policy
There will be seven quizzes during the term. Dates for the quizzes are listed on the home page.
Students who arrive late on quiz days will be not allowed to take the quiz after the first student turns in her/his quiz. No Exceptions
The lowest score among the seven quizzes will be excluded from the course grade.
Therefore, no make-up quizzes.

Grading Policy
If your final exam score exceeds the average of your 6 best quizzes, the quizzes will comprise 60% of your term grade and the final 40%.
Otherwise, the quizzes will comprise 75% of your term grade and the final 25%.
CARROT: If your average is 90% or higher on all 7 quizzes, you will earn an exemption from the final and will receive an "A'' for the course.
No Extra Credit Projects.
So Plan Accordingly!

Final Examination
Section 34 (08:00 am MWF): ILC 150
Wednesday Dec. 12, 08:00 am - 10:00 am
The final will consist of approximately 60 multiple choice questions and short answer questions.
A number of questions will be taken verbatim from the old quizzes.

Course Grading
Course Grading Scale
A 90% or higher
B 80.0-89.99%
C 65.0-79.99%
D 55.0-64.99%
E < 55.0%

Expectations
Every student is expected to:
Complete all of the assigned reading before the lecture (unless you hear otherwise).
Devote a minimum of 2 hours outside of class studying, reading, etc. for every hour of classroom lecture. Unit Credit Definition
Attend class daily, arrive on time, leave when class is dismissed (courtesy to peer students).

The Golden Rule
Instructor and students all show:
Mutual Respect!

Literacy Requirements
Although the writing requirement for this course is negligible, there is a science literacy requirement:
Use scientific notation for writing numbers (especially rather large or small ones).
Specify units of physical quantities          (e.g. meters for elevation, etc.).
Attempt to quantify physical relationships.

Announcements
Course HomepageÉis now functional
http://www.atmo.arizona.edu/
Click Course Links
Click NATS101 – Kursinski

Class Format: Lecture Days
2-4 minutes - Interesting weather discussion
2-3 minutes - Review/Summary/Clean-up From Prior Lecture, Optional
40-45 minutes - New Material Lecture, Demos, Discussion
2-3 minutes - Wrap-up and Summary

Class Format: Quiz Days
2-3 minutes - Review/Summary/Clean-up From Prior Lecture, Optional
5-10 minutes - Last Minute Questions        Passing Out Quiz Materials
40 minutes - Quiz

Class LISTSERV
NATS101-034@listserv.arizona.edu
Use for any questions, comments, discussions that are general interest to the class.
kursinski@atmo.arizona.edu is reserved for personal requests not of general interest.
To subscribe go to http://listserv.arizona.edu/ and click the link ÒSubscribe to a listÓ
http://listserv.arizona.edu/Subscribe.html
Follow straightforward instructions

LISTSERV
You can subscribe by sending an email to listserv@listserv.arizona.edu with the following as the only line in the body of the message.
subscribe nats101s34 Firstname Lastname

Substitute your first name for Firstname
Substitute your last name for Lastname

Importance of Atmosphere
Necessary for a wide spectrum of features
Oceans
Clouds, Rain, Fresh Water
Erosion by Water and Wind
Life, Life on Land
Blue Skies, Red Sunsets, Twilight
Sound

Importance of Atmosphere
Point 1- Offers Protection
Consider surface temperatures
Without atmosphere?
0oF global average, large diurnal swings
Similar to the MoonÕs Climate
With atmosphereÉ
60oF global average, moderate diurnal swings

Importance of Atmosphere
Point 2 - Offers Protection
Consider Surface Radiation
Shields against harmful UV radiation

Importance of Atmosphere
Consider Survival Time
Without Food
Þ few weeks
Without Water
Þ few days
Without Air
Þ few minutes

To Understand the Atmosphere
Examine its interfaces
with land/ocean
with space

Slide 26
Local Weather and Climate: 
The North American Monsoon
Tucson gets half of its rainfall during the summer
Sonora, Mexico gets most of its rainfall during the summer
During summer, high pressure sets up to the east/northeast of Arizona which brings moisture in from the south and east
The monsoon is still going:  Thunderstorms yesterday
For a monsoon overview and daily forecast, see:
http://www.wrh.noaa.gov/twc/monsoon/monsoon.php
http://www.atmo.arizona.edu/products/models/forecasts/forecast.html
CONCERN: Our monsoon & rainfall may be changing

Local:  2005 Monsoon Rainfall
Record water flow through the Sabino and Rillito Creeks on July 31
Rillito flow higher than Colorado river!

Course Building Blocks
Intro Þ 1st week or so
Energy Þ ~2 weeks
Moisture Þ ~2 weeks
Dynamics Þ ~3 weeks
Above are interdependent
Specific Topics Þ ~6 weeks

Reading Assignment
Ahrens
Pages 1-13
Problems 1.2, 1.3, 1.10, 1.14
(1.14 means Chapter 1, Question 14)
DonÕt Forget the 4Óx6Ó Index Cards