|
Department of Geosciences University of Massachusetts - Amherst GEO-SCI 594A: Introduction to Geographic Information Systems (GIS) and 594L GIS Lab 4 cr
Spring 2008 Lecture: MW 11:15 - 12:05 Morrill IV 161 Lab: W2:30-5:00 Morrill IV 271 Instructor Qian Yu, Morrill 267 , qyu@geo.umass.edu, 545-2095(O) Office hour M 2:30-3:30pm W 1:30-2:30pm or by appointment TA Weining Zhu, Morrill IV 264, zhuwn@geo.umass.edu TBA Objectives The objective of this course is to introduce you the concepts and principles of GIS. Both theoretical and applied realms of GIS are emphasized in this course. Some important spatial analysis topics in GIS are also included in this class. Through the completion of labs and a final project, the students will be able to use ESRI ArcGIS for mapping, basic spatial analysis and other GIS applications. Prerequisite - Basic knowledge of computers, including MS windows - High school math and geometry, including Trigonometry Required textbook Available in Textbook Annex - GIS Fundamentals: A First Text on Geographic Information Systems, 2nd edition, Paul Bolstad, 543 pp / Softcover / ISBN: 0-9717647-1-9, Publisher: Bookmasters Dist. - Mastering ArcGIS with Video Clips CD-ROM, 3nd Edition, Maribeth H. Price, McGraw-Hill Higher Education, 2007
Reference book Introduction to Geographic Information Systems, K. Chang, McGraw Hill (2004) Concepts and Techniques of Geographic Information Systems, 2/E, Chor Pang Lo, Albert K.W. Yeung, (2007) Arrangement Lectures on Monday and Wednesday are about GIS concepts and theory. Lectures on the first lab hour are about ArcGIS. You will work on ArcGIS tutorials and assignments on lab hours. Submit assignment by email attachment in MS Word or PDF format to TA with "GEO-SCI 594A LabN" as your email subject. Policies - Attendance to both lecture and lab is required in the normal circumstances. It is the responsibility of the student to obtain any materials (i.e. notes) from other students in the event the student cannot attend class for some reasons. - All exercises must be turned in by the date the exercises are due. Any late submission without advance permission by the instructor will cause a grade deduction by half. No exercise will be accepted after one week following the due date. - For any reason you can not make the exam, you must ask for the instructor’s permission one week prior to the exam. Otherwise, no make-up exam will be given. Grading Two midterms 25% x 2 Final project 20% Labs 25% Class participation 5% Labs - Exercises will be assigned at the beginning of lab and most exercises should be completed during the allotted lab period. In the event exercises are not completed during lab, it is the responsibility of the student to complete the exercise before the due date. - Submit assignment by email attachment in MS Word or PDF format to qyu@geo.umass.edu with "GEO-SCI 594A LabN" as your email subject.
All students are required to complete a project either individually or with another student. You are encouraged to define the objective of your project, collect all necessary data and perform spatial analysis. A finally report is due on May 25, 2006. |
Class Schedules (subject to change)
|
Week |
Class |
Arrangement |
Topic |
Reading |
|
1 Jan28 |
M |
Lecture 1 |
Introduction |
Bolstad's ch 1 |
|
W |
Lecture 2.1 |
Projections |
Bolstad’s ch3 Go over p67-87 briefly, but understand Ellipsoid, Geoid, and Datums Read p88-106 carefully |
|
|
W Lab |
ArcGIS Lec 1 Lab1 |
Introducing ArcGIS |
Price's 19-36 | |
|
2 Feb4 |
M |
Lecture 2.2 |
Projections, cont… |
|
|
W |
Lecture 2.3 |
Projections, cont… | ||
|
W Lab |
ArcGIS Lec 2 Lab2 |
Coordinate system and map projection |
Price's 109-124
|
|
|
3 Feb11 |
M |
Lecture 3.1 |
Vector Data models - Georelational data model: coverage data model |
Bolstad's ch 2 p25-40 |
|
W |
snow day | |||
|
W Lab |
ArcGIS Lec 3 Lab3 |
Work in ArcMap |
Price's 65-78 | |
|
4 Feb19 |
Tu |
Lecture 3.2 |
Vector Data models - Object-based data model: geodatabase data model |
Bolstad's ch 2 p52-55 |
| W |
Lecture 3.3 |
Raster Data models Data and file structure |
Bolstad's ch 2 p40-50, p55-61 | |
| W Lab |
ArcGIS Lec 4 Lab4 |
Working with Geodatabase | Price’s ch13 | |
|
5 Feb25 |
M |
Lecture 3.3 | Continue... | |
|
W |
Lecture 4 | Attribute data and DBMS | Bolstad's ch 8 p265-283 | |
|
W Lab |
Lab 5 | Working with tables | Price’s ch5 | |
|
6 Mar3
|
M |
No class | ||
|
W |
Arc GIS Lec 6 |
Queries | Price’s ch6 | |
|
W Lab |
Lab 6 | Continue... | ||
|
7 Mar10 |
M |
Lecture 5.1 |
Data source GPS and Remote sensing |
Bolstad's ch 4-7 p111-123, p159-173, p187-192 |
|
W |
Lecture 5.2 |
Data source GPS and Remote sensing |
||
|
W Lab |
Midterm 1 | Including lecture 1-5 and lab1-5 | ||
|
7 Mar17 |
Spring recess |
|||
|
9 Mar24 |
M |
Lecture 6.1 |
Basic spatial analysis -selection and classification |
Bolstad's ch 9 |
|
W |
Lecture 6.2 |
Basic spatial analysis -Buffer and Overlay |
Bolstad's ch 9 | |
|
W Lab |
Lab 7 |
Geoprocessing |
Price’s ch8 |
|
|
10 Mar31 |
M |
Lecture 7.1 |
Raster analysis - local operation |
Bolstad's ch 10 |
|
W |
Lecture 7.2 |
Raster analysis - focal operation | ||
|
W Lab |
Lab 8 |
Spatial join | Price’s ch7 data | |
| Final project starts | ||||
|
11 Apr7 |
M |
Lecture 7.3 |
Raster analysis - Zonal and block operation |
Bolstad's ch 11 |
|
W |
Lecture 8.1
|
Terrain data and terrain analysis 1 -TIN, DEM derivative |
|
|
|
W Lab |
|
No lab for computer maintenance |
||
|
12 Apr14 |
||||
| M | Lecture 8.2 |
Terrain data and terrain analysis 2 -Viewsheds & watersheds analysis |
Bolstad's ch 11 | |
| W | Take home Midterm2 | |||
| W Lab | Lab 9 |
Raster analysis |
Price’s ch15 data | |
|
13 Apr21 |
M |
|
Holiday |
|
|
W |
Lecture 9 |
Spatial interpolation |
Bolstad's ch 11 | |
|
W Lab |
|
Work on final project |
||
|
14 Apr28
|
M |
Lab 10 |
Model builder |
|
|
W |
|
Progress report on final project |
||
|
W Lab |
|
Work on final project |
||
|
15 May5 |
M |
|
Final project |
|
|
W |
|
Final project |
||
|
W Lab |
|
Final project presentation |
||
| May 22 | Project report due | |||