1010-Fall 2008 M

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Lenticular clouds form over a mountain range in Alaska.
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Lenticular clouds form over a mountain range in Alaska.

Geography 1010 is the study of atmospheric processes and the geographic distribution of radiation, moisture, pressure, and circulation interacting to create weather systems and storms; ocean influences, sun-earth relationships, global climate patterns; human interaction with the atmosphere.

Fall 2008: M 6:00-9:00 (Carrier Center)

Instructor: Lensyl Urbano, Ph.D. Email: lurbano
Office: 204 Johnson Hall Office Phone: 678-4543
Office Hours: by Appointment
web page: http://lurbano-5.memphis.edu:16080/Classes/


Contents

Text book

Grading

  • 2 Exams: worth 40% each.
    • Exam 1: Mid-term
      • (Monday, October 13th)
    • Exam 2: Final (cumulative)
      • (Monday, December 8th, 6-9pm)
  • Term project: 10%
    • Due Monday, November 24th.
  • Weather Log and report: 10%
    • Due Monday, November 17th.
  • Extra-credit: See instructor.

Term Project

Analyze the climate of a city. You will collect data from NOAA and analyze it with reference to the Global atmospheric circulation model.

Procedure:

Approved website sources
Global atmospheric circulation
air masses very good tutorial about air masses centered around the UK!
air masses cool satellite animations about air masses (short)
air masses and fronts very good tutorial about fronts and air masses
clouds/fronts good basic tutorial about cloud types associated with different weather patterns
fronts very thorough tutorial about fronts

Weather log

You will need to keep a weather log for one continuous month (30 days) during the semester. This log will help you learn to identify clouds, and observe the effects of fronts and air masses on local weather.

  1. LINK TO WEATHER LOG
  2. Cloud Reference
  3. Frequently Asked Questions
  4. Other cloud pictures

ON completion of this 30 days of recording you will write up a description of weather and climate that occurred over this time period. In particular, you will relate the weather you observed to the fronts shown in the Global atmospheric circulation.

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Lectures

The sequence of topics is subject to change depending on how much we cover in class. You should try to read one lecture ahead. I will announce in class what topics will be covered next.

The presentations on the website are the same ones I use in class.

Global atmospheric circulation

Approved website sources
atmospheric circulation (very basic)
jetstream and global winds click on "giving rise to the jet stream" for a good tutorial

Air masses and fronts

Orbits, seasons and climate


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Venus W's, Reasons 4 seasons talkshow by Crawford, Suell, Williams and Adams


The origin and evolution of the atmosphere

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Lucas' Movie on the formation of the solar system by Dickerson


Mid term Exam

The midterm exam will cover all of the material above.

Second half of semester

Atmospheric composition and pollution

A picture of the aroura borealis contributed by Mary Proctor.
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A picture of the aroura borealis contributed by Mary Proctor.

Heat and radiation in the atmosphere

Heat and temperature

Temperature Notes

  • Spot check: What is the difference between heat and temperature?

Weather


Cloud Notes

Clouds lecture


Lecture 10: Global Warming

Lecture 11: Paleo-climate

Exam 2

Old study guide: Exam 2 Spring 20007 - studyguide/review


Extra Credit

The principle behind any Extra Credit project is that it must create something, such as a movie or webpage that can be used by students who take this class next semester. Your extra credit project will be made available on the course website for others to use. This means it must meet certain standards for accuracy if you want to recieve any credit.

Examples;

Earth Science Models

I will be using a number of these 3d models for demonstrations in class. It may be useful to use these as study aides.

Weather and climate links

NOAA

Mt. Washington Observatory: http://www.mountwashington.org/weather/

GOES Satellite Images

Weather Underground

The Weather Channel

Global warming related art and graphs

Climate Modeling

Global warming

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