The University of Wisconsin- Milwaukee
Geography 403 -Remote Sensing: Environmental and Land Use Analysis
Spring 2007


 

Class Place & Time: LEC 401 (41378) TR 11:00 am-12:15pm at Bolton Hall B95

Lab Place & Time:     Lab 801 (41379): W 10:00am-11:50am at BOL 581

Lab 802 (41380): R 1:00 pm-2:50 pm at BOL 581

 

Instructor

Professor Changshan Wu

Office:  482 Bolton Hall
Phone:  229-4860
Email:  cswu@uwm.edu
Office Hours:  Tuesday, Thursday 3:30 pm – 4:30 pm
or by appointment

Teaching Assistant

Greg Rybarczyk

Office: Bolton Hall 441
Phone: 229-5818

Email: gar2@uwm.edu

Office Hours: See lab syllabus

 

Textbook:

 

John R. Jensen, 2000, Remote Sensing of the Environment: an Earth Resource Perspective, Prentice Hall, ISBN: 0134897331

 

Class website:

 

http://www.uwm.edu/Course/416-403-Wu/

 

Course Description and Objectives

This course explores the principals and concepts of remote sensing technologies, and their various applications in environmental and land use analysis. Through this course, students are expected to master the following contents: 1) the principles of remote sensing technologies, 2) photography and satellite remote sensing systems, 3) remote sensing applications in various fields, including vegetation, water, urban, soil, etc., and 4) remote sensing image processing techniques using IDRISI software.

 

 

Credit Hours

 

This course has four credit hours (graduate and undergraduate) consisting of two 75-minute lectures and one two-hour laboratory each week.

Prerequisites

Junior status & Geography 215, or graduate status

Course Evaluation

Undergraduate

  1. Examinations (60% of class grade) - There will be a mid-term and a final examination for this course (30% each).

 

  1. Laboratory exercises (30% of class grade) - Weekly lab assignments will be given and collected corresponding to topics covered in class. The laboratory exercises will require the use of IDRISI software.

 

  1. Class participation (10% of class grade) - Throughout the quarter, quizzes and other assignments may be given as a component of class participation. Attendance and participation in class discussion is expected for all students.

Graduate

1.      Examinations (40% of class grade) - There will be a mid-term and a final examination for this course (20% each).

 

2.      Laboratory exercises (30% of class grade) - Weekly lab assignments will be given and collected corresponding to topics covered in class. The laboratory exercises will require the use of IDRISI software.

 

3.      Class project (20% of class grade) – A project that applies remote sensing technologies in a specific problem is required for graduate students. Students are required to prepare a final report (about 8-10 pages double space), and give a short presentation (about 10 minutes) in the class. The due date of the final report is 11:00 am, May 10, 2007.

 

4.      Class participation (10% of class grade) - Throughout the quarter, quizzes and other assignments may be given as a component of class participation. Attendance and participation in class discussion is expected of all students.

 

Grading Scale

·         A = 90-100%, A- = 87-89.99%

·         B+ = 83-86.99%, B = 80-82.99%, B- = 77-79.99%

·         C+ = 73-76.99%, C = 70-72.99%, C- = 67-69.99%

·         D+ = 63-66.99%, D = 60-62.99%

·         F = 0-59.99%

 

Make-up: No make-ups will be allowed without emergency reasons with written proof.


Final Exam:
At the same classroom.

 

Notices:

 

·        Grades, once given, are final except in cases of clerical error

·        Cheating on exams, map quizzes, or lab exercises will not be tolerated. Additional information about the policies and procedures can be found at http://www.uwm.edu/Dept/Acad_Aff/policy/uniformsyllabus.html and are posted in the Geography Department main office, BOL 410.

·        Attendance is not required but strongly recommended.

·        Students are expected to attend each class, and are responsible for their own notes.

·        If you are having trouble in class, please come and see me.

 

Disability Statement:

 

Any student who feels he or she may need an accommodation based on the impact of a disability should contact me privately to discuss his or her specific needs.

 

 

Geography 403 Tentative# Schedule (Spring 2007)

Week

Dates

Topic(s)

Text

Due

1

January  23

January 25

Introduction to remote sensing

Chapter 1&3

 

2

January 30
February 1

Introduction to remote sensing

Chapter 1&3

 

3

February 6
February 8

Aerial photography (part1 part2)

Chapter 4

 

4

February 13
February 15

Aerial photography

Photogrammetry (part1 part2)

Chapter 4

Chapter 6

 

5

February 20

February 22

Photogrammetry

Remote sensing principles

Chapter 6

Chapter 2

 

6

February 27

March 1

Remote sensing principles

Midterm Preview

Chapter 2

 

 

7

March 6

March 8

Midterm

Remote sensing systems

Chapter 7 

 

8

March 13

March 15

Remote sensing systems

Chapter 7

 

9

March 20

March 22

Spring recess

 

 

10

March 27

March 29

Remote sensing systems

Thermal remote sensing

Chapter 7

Chapter 8

 

11

April 3

April 5

Active remote sensing

Chapter 9

 

12

April 10

April 12

Remote sensing of Vegetation

 

Chapter 11

 

 

13

April 17

April 19

Remote sensing of water

Remote sensing data in AGS library

Chapter 12

 

14

April 24

April 26

Remote sensing of water

Chapter 12

 

15

May 1

May 3

Remote sensing of urban

 

Chapter 13

 

 

16

May 8

May 10

Final exam preview

Project presentation (graduate)

 

Graduate project report due

 

May 14

Final exam

(10:00 am – 12:00 noon)