This richly-illustrated, full-color textbook provides a comprehensive introduction to the basics of Geographic Information Systems. Written in a clear and accessible style, it makes the complex and sophisticated field of GIS and spatial thinking comprehensible for first-time users. Exercises in every chapter allow students to master GIS skills.
This richly-illustrated, full-color textbook provides a comprehensive introduction to the basics of Geographic Information Systems. Written in a clear and accessible style, it makes the complex and sophisticated field of GIS and spatial thinking comprehensible for first-time users. Exercises in every chapter allow students to master GIS skills.
Falguni Mukherjee is professor of environmental and geosciences and associate dean for graduate student success in the Graduate and Professional School at Sam Houston State University. Dr. Mukherjee's research centers on the interaction between science, society, and technology. She particularly focuses on the process of technology use for urban governance in a non-western context and the focal point of her research is urban local bodies in South Asia. She also utilizes remote sensing technology to understand earth-environment interactions in her research.
Inhaltsangabe
Acknowledgments Chapter 1: What is GIS? Learning Objectives Why GIS? What is GIS? Components of a GIS Location Information A GIS Integrates Information Processes Performed by a GIS History of GIS Questions and Activities Key Terms References Bibliography Chapter 2: Projections and Coordinate Systems Learning Objectives Location Information Cartography and Maps Shape of the Earth Map Projections Coordinate Systems Universal Transverse Mercator Coordinate System The Military Grid Coordinate System United States National Grid State Plane Coordinate System Other Systems Questions and Activities Key Terms References Chapter 3: GIS Spatial Data Models Learning Objectives Representing Real World Features Vector Data Model Vector Data Model Structures Raster Data Model Comparing the Two Spatial Data Models File Formats Questions and Activities Key Terms References Chapter 4: Attribute Data Learning Objectives Representing Aspatial Data and Information Database Management System RDBMS and GIS Types of Data Functions in an Attribute Table Questions and Activities Key Terms References Chapter 5: Geospatial Data Learning Objectives Geospatial Data Finding Geospatial Data Field Methods and Geospatial Data Creation Global Positioning System (GPS) Remote Sensing Data Collection Geocoding Questions and Activities Key Terms References Chapter 6: GIS and Cartography Learning Objectives Why Cartography? Cartographic Elements of a Map GIS Maps Questions and Activities Key Terms References Chapter 7: GIS Softwares Learning Objectives GIS Softwares ArcGIS QGIS GRASS GIS gvSIG Desktop Software Selection Questions and Activities Key Terms References Chapter 8: GIS and Society Learning Objectives GIS and Society - Why? GIS and Organization - Principles of GIS Project Management GIS and Society Questions and Activities Key Terms References Chapter 9: GIS - Possibilities and the Future Learning Objectives The World of GIS What Can You Do with a GIS Degree? What Lies Ahead? Questions and Activities Key Terms References Chapter 10: Geospatial Data Analysis Learning Objectives Geospatial Analysis - What and Why? Retrieving Data Spatial Analysis Using Vector Data Spatial Analysis Using Raster Data Questions and Activities Key Terms References About the Author Series Page Glossary
Acknowledgments Chapter 1: What is GIS? Learning Objectives Why GIS? What is GIS? Components of a GIS Location Information A GIS Integrates Information Processes Performed by a GIS History of GIS Questions and Activities Key Terms References Bibliography Chapter 2: Projections and Coordinate Systems Learning Objectives Location Information Cartography and Maps Shape of the Earth Map Projections Coordinate Systems Universal Transverse Mercator Coordinate System The Military Grid Coordinate System United States National Grid State Plane Coordinate System Other Systems Questions and Activities Key Terms References Chapter 3: GIS Spatial Data Models Learning Objectives Representing Real World Features Vector Data Model Vector Data Model Structures Raster Data Model Comparing the Two Spatial Data Models File Formats Questions and Activities Key Terms References Chapter 4: Attribute Data Learning Objectives Representing Aspatial Data and Information Database Management System RDBMS and GIS Types of Data Functions in an Attribute Table Questions and Activities Key Terms References Chapter 5: Geospatial Data Learning Objectives Geospatial Data Finding Geospatial Data Field Methods and Geospatial Data Creation Global Positioning System (GPS) Remote Sensing Data Collection Geocoding Questions and Activities Key Terms References Chapter 6: GIS and Cartography Learning Objectives Why Cartography? Cartographic Elements of a Map GIS Maps Questions and Activities Key Terms References Chapter 7: GIS Softwares Learning Objectives GIS Softwares ArcGIS QGIS GRASS GIS gvSIG Desktop Software Selection Questions and Activities Key Terms References Chapter 8: GIS and Society Learning Objectives GIS and Society - Why? GIS and Organization - Principles of GIS Project Management GIS and Society Questions and Activities Key Terms References Chapter 9: GIS - Possibilities and the Future Learning Objectives The World of GIS What Can You Do with a GIS Degree? What Lies Ahead? Questions and Activities Key Terms References Chapter 10: Geospatial Data Analysis Learning Objectives Geospatial Analysis - What and Why? Retrieving Data Spatial Analysis Using Vector Data Spatial Analysis Using Raster Data Questions and Activities Key Terms References About the Author Series Page Glossary
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