EOS 121 - Dynamic Atmosphere/Hydropshere

 

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Description

EOS 121
Dynamic Atmosphere/Hydropshere

Spring 2009 Semester
(January - May 2009)

Lecture: Every Tuesday and Thursdays from 9.00 to 10:15
Lab: Every Tuesday from 10.30 to 13:15
Research 1, Room 301

Guido Cervone
gcervone@gmu.edu

Abstract

This natural science lab course is a systematic study of Weather, Climate, Energy, and Hydrologic Systems and their relationship to global and environmental change, viewed from a geo-spatial and global perspective. We will study the spatial distribution and relationships of earth's climate and hydrologic systems to other earth systems and the processes driving and changing them, including energy, climate, weather, and water resources. This course is a core course for the BS in Global and Environmental Change Major, and is open to any student. There are no Prerequisites.

Course Goals and Objectives

Why do we study the global distribution of weather and water? To understand the spatial variation of climate, weather, and water; to understand how atmospheric processes create global and regional climate and hydrologic variation and weather activity; to understand the connection between the spatial distribution and processes of energy, moisture, gases, chemistry, and motion in our atmosphere and hydrosphere and how that drives other earth systems and influences their global distribution; to understand the importance of our atmospheric system in maintaining the delicate balance of physical and biological systems on earth and the interconnectedness of the Atmosphere, the Hydrosphere, the Biosphere, and the Geosphere; and to understand how these interconnected processes respond to global scale change, and human impact and response to these natural systems.

Through the lecture and lab projects, the students will: learn the critical approach of the scientific method, to relate theory and experiment, become skilled at the use of quantitative and qualitative information, and will learn about the development and elaboration of major ideas in atmospheric and hydrologic science such as the global atmospheric and ocean circulation models, earth’s energy budget model, and the hydrologic cycle. Students will be assessed through a series of graded laboratory projects and exams.

Laboratories

This class has a mandatory laboratory session, where students will complete a series of 17 labs.


Instructor

Guido Cervone

Assistant Professor
Department of Geography and Geoinformation Sciences (GGS)
and
Center for Earth Observing and Space Research (CEOSR)

Contacts
Office: Research 1, room 327
Telephone: 703.993.1799
email: gcervone@gmu.edu
MSN: gcervone@gmu.edu
gtalk: gcervone
Yahoo: gcerv1
AIM: gcerv1


Grading

 

The final grade is computed out of 100 points using the following letter mapping:

100-97 A+; 96-93 A; 92-90 A-;
89-87 B+; 86-83 B; 82-80 B-;
79-77 C+; 76-73 C; 72-70 C-;
69-60 D; < 59 F

Laboratories 30 %
The lowest scores will be disregarded. Students can elect to perform the labs individually or in a group of two. Once formed, groups cannot be changed. Some of the laboratories are assigned as homework, while others are required to be executed in class. Laboratories are always due at the end of each laboratory session, weather assigned as homework or as do in class.

Quizzes / Homework 5 %
Homework and surprise quizzes might be handed out through the semester. The homework might include being able to answer a few questions about the book chapter which students are required to read before the lecture. The labs assigned as homework count towards the lab grades, and not the homework grade.

Weather Picture 5 %
Students are asked to take one digital picture of one of the weather phenomena discussed in class. The students must turn in the picture, and a short description of what it represents.

1st Midterm Exam 10 %
The midterm covers material from both lectures and labs. This is an individual, in class exam.

2nd Midterm Exam 15 %
The midterm covers material from both lectures and labs. This is an individual, closed book, in class exam.

3rd Midterm Exam 15 %
The midterm covers material from both lectures and labs. This is an individual, closed book, in class exam.

Final Exam 20%
This is a comprehensive exam, which is heavily based from both lectures and labs. This is an individual, closed book, in class exam.

Policy on Absence
Students are expected to actively participate in the lecture, lab and class discussion. When a student misses a lecture, he/she is invited to let the instructor know in advance. The student is still responsible for the material and assignments covered in the lecture.

The midterms and the final exam are mandatory. There is no make up exam, unless for extreme circumstances. If a student does not take the midterm exam, he/she will receive an immediate 0 score. If a student does not take the final exam, he/she will receive an F grade.

Honor Code
Students must strictly follow the honor code, both for individual and team work. No exception will be made. University policy requires that faculty members report incidents of Honor Code Violation. Scholastic dishonesty includes but is not limited to plagiarism (reference your sources and quotations), copying others' work, limiting others' access to course materials, sabotaging others' work, turning in the same paper or project for two classes without permission from all instructors, and many other things. You are responsible for the GMU Scholastic Honor Code, found in the GMU University Catalogue.

Homework
Students are required to read the book chapter relative to each lecture BEFORE coming to class. Questions about the text will be asked during the lecture, and students are expected to be able to answer them. Additional homework might be assigned through the semester.

Class Material

 

Textbook

Aguado, Edward, and Burt, James. E., Understanding Weather and Climate, 4th ed., Prentice Hall, and Carbone, Greg,

Exercises for Weather and Climate, Sixth Edition. Prentice Hall. All books available at Johnson Center Bookstore.

Equipment

Some of the laboratories require computer access to windows XP (Labs do not work on Windows Vista)


Schedule

January 20

 

Cancelled

 

January 22

 

Introduction, requirements and goals

 

January 27

 

 

Chapter 1 - Composition and structure of the amtomsphere

Lab 1

Homework due: Appendix A (Lab book) Units of measurements and conversion


January 29

 

Review

 

February 03

 

Chapter 2 - Solar Radiation and the Season

Lab 2

Homework due: Appendix B (Lab book) Earth's Measures

 

February 05

 

Review

 

February 10

 

Chapter 3 - Energy Balance and Temperature

Homework due: Lab 3

 

February 12

 

Review

Midterm #1 (Labs 1 - 4)

 

February 17

 

Chapter 4 - Atmospheric Moisture

 

February 19

 

Review

Chapter 4 - Atmospheric Moisture

 

February 24

 

Chapter 5 - Cloud Development and Forms
Chapter 6 - Precipitation Processes

Lab 6

Homework due: Lab 5


February 26

 

Review

 

March 3

 

 

Continuation of Chapter 6 and 7

NO LAB: Study for the exam

 

March 05

 

Midterm #2

 

March 10

 

Spring Break

 

March 12

 

Spring Break

 

March 17

 

Chapter 8

Weather Picture due

Lab 7

Homework due: Appendix D (Lab Book) Weather Symbols


March 19

 

Chapter 9

Review

 

March 24

 

Chapter 10 - Mid Latitude Cyclones

Homework due: Lab 8

Lab 9

 

March 26

 

Review


April 1

 

Chapter 11 - Lightning, Thunder and Tornadoes

Lab 10

 

April 3

 

Review


 

April 7

 

Chapter 12 - Tropical Storms and Hurricanes

Lab 12

Homework due: Lab 11

 

April 9

 

Midterm #3


April 14

 

Lab 13

 

April 16

 

Chapter 13 - Weather forecasting and Analysis

 

April 21

 

Chapter 14 - Human Effects

 

April 23

 

Chapter 15 - Earth's Climate

 

April 28

 

Chapter 16 - Climate Changes

 

April 30

 

Review

 

May 5

 

General Review


May 12

 

Project Due

Labs Due

 


Last Modified: Tuesday, 05-May-2009 12:58:56 EDT