Getting Started with Geographic Information Systems
3rd Edition
Published on 1. September 2000
Book
Paperback/Softback
352 pages
978-0-13-016829-0 (ISBN)
Description
For introductory courses in Geographic Information Systems.
Designed to make the complexity of this rapidly growing high tech field accessible to beginning students. This book provides a basic, non-technical and student-friendly introduction to GIS. The second edition features a fully functional version or arcview 3.1 packaged with every text, and significantly upgraded and improved web resources and lab exercises.
Designed to make the complexity of this rapidly growing high tech field accessible to beginning students. This book provides a basic, non-technical and student-friendly introduction to GIS. The second edition features a fully functional version or arcview 3.1 packaged with every text, and significantly upgraded and improved web resources and lab exercises.
More details
Edition
3rd edition
Language
English
Place of publication
United States
Publishing group
Pearson Education (US)
Target group
Professional and scholarly
Dimensions
Height: 242 mm
Width: 183 mm
Thickness: 20 mm
Weight
756 gr
ISBN-13
978-0-13-016829-0 (9780130168290)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Other editions
New editions
Keith C. Clarke
Getting Started with GIS
Book
02/2003
4th Edition
Pearson
€68.08
Article exhausted; check for reprint
Content
(NOTE: Each chapter includes Study Guide, Exercises, References, and Key Terms and Definitions.)
1. What Is a GIS?
Getting Started. Some Definitions of GIS. A Brief History of GIS. Sources of Information on GIS. People in GIS: Nils Larsen.
2. GIS's Roots in Cartography.
Map and Attribute Information. Map Scale and Projections. Coordinate Systems. Geographic Information.
3. Maps as Numbers.
Representing Maps as Numbers. Structuring Attributes. Structuring Maps. Why Topology Matters. Formats for GIS Data. Exchanging Data. People in GIS: Mark Bosworth.
4. Getting the Map into the Computer.
Analog-to-Digital Maps. Finding Existing Map Data. Digitizing and Scanning. Field and Image Data. Data Entry. Editing and Validation. People in GIS: Susan Benjamin.
5. What Is Where?
Basic Database Management. Searches by Attribute. Searches by Geography. The Query Interface.
6. Why Is It There?
Describing Attributes. Statistical Analysis. Spatial Description. Spatial Analysis. Searching for Spatial Relationships. GIS and Spatial Analysis.
7. Making Maps with GIS.
The Parts of a Map. Choosing a Map Type. Designing the Map.
8. How to Pick a GIS.
The Evolution of GIS Software. GIS and Operating Systems. GIS Software Capabilities. GIS Software and Data Structures. Choosing the Best GIS. People in GIS: Assaf Anyamba.
9. GIS in Action.
Introducing GIS in Action. Case Study 1: GIS Fights the Gypsy Moth. Case Study 2: GIS and Road Accidents in Connecticut. Case Study 3: GIS Helps Environmental Assessment in Brooklyn. Case Study 4: The Channel Islands GIS. Case Study 5: Using GIS and GPS to Map the Sliding Rocks of Racetrack Playa.
10. The Future of GIS.
Why Speculate? Future Data. Future Hardware. Future Software. Some Future Issues and Problems. Conclusion. People in GIS: Michael Goodchild.
Glossary.
Index.
1. What Is a GIS?
Getting Started. Some Definitions of GIS. A Brief History of GIS. Sources of Information on GIS. People in GIS: Nils Larsen.
2. GIS's Roots in Cartography.
Map and Attribute Information. Map Scale and Projections. Coordinate Systems. Geographic Information.
3. Maps as Numbers.
Representing Maps as Numbers. Structuring Attributes. Structuring Maps. Why Topology Matters. Formats for GIS Data. Exchanging Data. People in GIS: Mark Bosworth.
4. Getting the Map into the Computer.
Analog-to-Digital Maps. Finding Existing Map Data. Digitizing and Scanning. Field and Image Data. Data Entry. Editing and Validation. People in GIS: Susan Benjamin.
5. What Is Where?
Basic Database Management. Searches by Attribute. Searches by Geography. The Query Interface.
6. Why Is It There?
Describing Attributes. Statistical Analysis. Spatial Description. Spatial Analysis. Searching for Spatial Relationships. GIS and Spatial Analysis.
7. Making Maps with GIS.
The Parts of a Map. Choosing a Map Type. Designing the Map.
8. How to Pick a GIS.
The Evolution of GIS Software. GIS and Operating Systems. GIS Software Capabilities. GIS Software and Data Structures. Choosing the Best GIS. People in GIS: Assaf Anyamba.
9. GIS in Action.
Introducing GIS in Action. Case Study 1: GIS Fights the Gypsy Moth. Case Study 2: GIS and Road Accidents in Connecticut. Case Study 3: GIS Helps Environmental Assessment in Brooklyn. Case Study 4: The Channel Islands GIS. Case Study 5: Using GIS and GPS to Map the Sliding Rocks of Racetrack Playa.
10. The Future of GIS.
Why Speculate? Future Data. Future Hardware. Future Software. Some Future Issues and Problems. Conclusion. People in GIS: Michael Goodchild.
Glossary.
Index.