|
Todd Stradford, Department of Geography & Geology |
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Geographic Information Systems-Raster| Geographic Information Systems-Raster
Fundamentals Geo 433, Section 01, 3 Credit Hours |
|
| Otts 127 - Lab |
Instructor: |
Dr. Todd Stradford | Phone: 342-1674 | E-mail: stradfot@uwplatt.edu |
| Office: | 262 Gardner | Mailbox: 247 Gardner | |
| Office Hours: | Click here | by appointment, and when I'm in my office. Check Office Hours: page. | |
| Web Page | http://www.uwplatt.edu/~stradfot/indexhts.html | ||
| Text: | 1-- | Understanding GIS, The ARC/GIS Method (for reference) |
| John Wiley & Sons [ESRI] |
Lab supplies: Flash Drive.
Final Exam: - Final Exam Schedule
Course Objectives:
This course is designed to advance students' knowledge in the rapidly developing field of Geographic Information Systems (GIS). GIS provides a means of integrating information in a way that helps us understand and address pressing problems we face today, such as tropical deforestation, rapid urbanization, spread of diseases, and impacts of climate change. Important principles and concepts of GIS will be expanded upon beyond the GEOG 3230, using a raster-based GIS, instead of the vector based used in GIS 3230, the "Introduction to GIS." Emphasis will be placed on concepts and spatial reasoning of the analysis techniques, rather than simply providing skills training in the use of a GIS packages. By the end of the course, students are expected to have a thorough understanding of GIS development, functionality, methodology for implementing this technology, and its potential useful in geographic and environmental studies.
Prerequisites: Students should have completed GEOG 2230 Cartography, and GEOG 3230 Introduction to Geographic Information Systems. If you lack these prerequisites, please talk with Instructor before enrolling. Prior familarity with Windows XP and file management is very important.
Course Format:
The objectives in this course will be attained through a series of readings, laboratory exercises, and student papers/projects. Work done on lab exercises and individual projects be done on your own.
Grading:
2 exams - Midterm (100 points) and Final (150 points)
1 project (200 points)
Assignments and Labs (100 Points)
Grading Chart:
| 1 EXAM | 100 points | 100 points |
| 1 FINAL | 150 points | 150 points |
| Questions/essays/labs | 10 points | 100 points |
| 1 Project | 200 points | 200 points |
| Total | 550 points | |
| Letter Grades: | A | 495+ points |
| B | 440-494 | |
| C | 385-439 | |
| D | 330-384 | |
| F | Below 330 | |
Labs:
Labs are in Otts 127. Each lab assignment will be allotted one week from the time that it's handed out. There will be a sign-up sheet to reserve a computer for lab use (if necessary), otherwise it's first come, first serve. Having all your labs and data on a flash drive will allow you to work at any machine that's available.
For reference, look over the link http://www.gps.caltech.edu/gislab/tools/arcinfo/arcinfo.html#Tutor when you need to.
The following is an old schedule and set of reading assignments for you to use as a guide only. The labs will be handed out weekly.
| Date | Event | Monday Labs | Class | Text Review |
|
Tu 1 September |
Course Introduction | 1 | Study Questions Chapter 1 - Introduction |
|
|
Th 3 |
Projections, Scale, Input | Intro Computers 1a - Scale Lab 1b - Atlas GIS |
2 | Introduction to GIS Chapter 2 - Maps & Projections |
|
Tu 8 |
3 | Coordinate Systems | ||
|
Th 10 |
2 - Idrisi Display | 4 | ||
|
Tu 15 |
Topology | 5 | Chapter 8 - Data Display & Cartography | |
| Th 17 |
3 - Idrisi Maps
|
6 |
Chapter 3 - Vector Data | |
|
Tu 22 |
Data Acquisition & Input | 7 | Chapter 4 - Vector Data Input | |
|
Th 24 |
Accuracy & Precision | 4 - Topology | 8 | Chapter 7 - Raster Data |
|
Tu 29 |
9 | |||
|
Th 1 October |
Error | 5 - Cartalinx | 10 | |
|
Tu 6 |
GIS Functions | 11 | ||
|
Th 8 |
Present Project Proposals | 6 - Editing | 12 | |
|
Tu 13 |
Spatial Modeling | 13 | Chapter 14 - GIS Models & Modeling | |
|
Th 15 |
7 - Editing | 14 | ||
|
Tu 20
|
GIS Functions | 15 | ||
|
Th 22 |
8 - Modeling | 16 | ||
|
Tu 27 |
EXAM | 17 | Chapter 11 - Raster Data Analysis | |
|
Th 29 |
Georegistration | 9 - Modeling 2 | 18 | |
|
Tu 3 November |
19 | |||
|
Th 5 |
GIS Functions | 10 - GIS functions | 20 | Chapter 10 - Vector Data Analysis |
|
Tu 10 |
21 | |||
|
Th 12 |
11 - GIS functions | 22 | Chapter 5- Spatial Data Editing | |
|
Tu 17 |
GIS Functions | 23 | ||
|
Th 19 |
Land Use Classification System | 12 - GIS functions | 24 | Chapter 6 - Attribute Data Management |
|
Tu 24 |
25 | |||
|
Th 26
|
Thanksgiving | |||
|
Tu 1 December |
13 - GIS functions | 26 | ||
|
Th 3 |
27 | |||
|
Tu 8 |
Other Packages | 28 | ||
|
Th 10 |
Last Class | 29 | ||
|
TBA |
FINAL EXAMINATION | TBA |
Assignment 1: |
Access the Database Concepts web
page and the Data Sources for GIS
web pages. Consider these pages as part of your
textbook. Read and then answer the questions that you
will receive. Due: |
Assignment 2: |
Access the Managing Error web
page and the Error, Accuracy and Precision web page. Study the information contained
on the series of pages and answer the handout questions.
Due: |
Assignment 3: |
GIS on the Web
Project - Handout Due: |
Assignment 4: |
Read the
article, Framework Data Survey, handed out and
answer the attached questions Due: |
| Assignment 5: Internet Sources |
Free Data on the Internet Handout - Due: Monday, November 5 |
Assignment 6: |
Read the
article handed out and answer the attached questions. Due: |
Assignment 7: |
Read the
article Eyes Wide Open handed out in class and
answer the attached questions. Due: |