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Working with ArcGIS Spatial Analyst
Course
Description
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LENGTH OF CLASS: Three days (24
hours).
OVERVIEW
ArcGIS Spatial Analyst software provides tools for conducting
sophisticated spatial analyses and creating different types of
spatial models. This course covers fundamental raster data
concepts and shows how to use ArcGIS Spatial Analyst tools to
create, process, and analyze spatial data. Students focus on
problems that are best solved in a raster environment such as
surface analysis and distance measurement. The use of ArcGIS
Spatial Analyst tools in the ArcGIS 9 geoprocessing framework is
emphasized. AUDIENCE
This course is designed for experienced ArcGIS users who want to conduct
raster-based analysis, conversion, and editing.
GOALS
Those completing this course will be able to
- Understand fundamental raster concepts.
- Display and query raster data.
- Georeference, transform, and project raster data.
- Create geodatabase raster datasets and raster catalogs.
- Understand how ArcGIS Spatial Analyst tools are
organized.
- Apply ArcGIS Spatial Analyst tools for surface and
distance analyses.
- Use groundwater hydrology tools.
- Use map algebra functions.
- Interpolate surfaces from sample points.
- Understand basic suitability modeling methodology.
- Use ModelBuilder to create suitability models
TOPICS COVERED
(Detailed
table of contents)
- Basics of ArcGIS Spatial Analyst: Overview of the
extension; Understanding raster concepts; ArcGIS Spatial
Analyst interface; Comparing rasters and feature layers;
Querying rasters.
- Structure of rasters: How to create raster datasets;
Raster storage and management.
- Aligning data: Raster registration and
georeferencing; How projection affects analysis;
Importing and exporting raster datasets.
- Conducting surface analyses: Calculating density;
Choosing an interpolation method; Interpolating a
continuous raster from sample points; Contours and
hillshading; Visibility analysis.
- Map algebra functions: Writing expressions;
Expression syntax.
- Calculating distance measurements: Euclidean
distance; Cost–distance; Finding the least-cost path.
- Surface hydrology: Identifying watershed basins;
Determining surface runoff characteristics.
- Designing and implementing GIS models: Spatial
modeling concepts and issues.
PREREQUISITES AND RECOMMENDATIONS
Students should have completed
Introduction to ArcGIS I, ArcGIS Desktop
I, or have equivalent knowledge.
SOFTWARE USED IN THE COURSE
This course is designed to work with the following software:
| ArcGIS Desktop*
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Version |
| ArcView |
9.3 |
| ArcEditor |
9.3 |
| ArcInfo |
9.3 |
| *Only one of the listed
licenses will be used in the classroom. |
| ArcGIS Extension
|
Version |
| Spatial Analyst |
9.3 |
Schedule and registration information:
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1997-2008. Edgetech America, Inc.
Last
updated: April 02, 2008
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