Introduction to Geographic Information SystemsTable of contents: 1 Introduction 2 Coordinate Systems 3 Georelational Vector Data Model 4 Object-Based Vector Data Model 5 Raster Data Model 6 Data Input 7 Geometric Transformation 8 Spatial Data Editing 9 Attribute Data Input and Management 10 Data Display and Cartography 11 Data Exploration 12 Vector Data Analysis 13 Raster Data Analysis 14 Terrain Mapping and Analysis 15 Viewsheds and Watersheds 16 Spatial Interpolation 17 Geocoding and Dynamic Segmentation 18 Path Analysis and Network Applications 19 GIS Models and Modeling |
Contents
Introduction | 1 |
Key Concepts and Terms | 14 |
Coordinate Systems | 19 |
Copyright | |
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affine transformation algorithm applications ArcCatalog ArcGIS ArcInfo ArcMap ArcToolbox attribute data attribute table buffer Cartography cell value Chapter Click OK color control points coordinate system create data analysis data frame data model data query data set database DEMS digitizing distance measures Double-click dropdown arrow editing elevation raster emidalat errors ESRI example feature class feature dataset field Figure geocoding geodatabase geographic coordinate system Geographical Information Systems geometric Geostatistical GIS package input layers input raster intersection Journal of Geographical known points kriging label linear map projection menu meters node option output raster pixel polygon raster data Right-click route scale Section semivariance shapefile shows soil Spatial Analyst spatial data spatial features spatial interpolation statistics stream surface symbols Task terrain tion tool toolbar toolset topology transformation users USGS vector data viewshed viewshed analysis visual watershed y-coordinates zone