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Welcome to ArcGIS Desktop Help
Copyright information
Acknowledgements
GIS Dictionary
What's new in ArcGIS
Getting started
Map projections and coordinate systems
Mapping and visualization
Editing and data compilation
Tables and attribute information
Geoprocessing
Geoprocessing tool reference
Geodatabases and ArcSDE
Data management with ArcCatalog
Image and raster data management
Data support in ArcGIS
Extensions
About ArcGIS Desktop extensions
Evaluating ArcGIS Desktop extensions
3D Analyst
Data Interoperability
ArcGIS for AutoCAD
ArcGIS Publisher
ArcScan
ArcSketch
Business Analyst
Geostatistical Analyst
Getting started with Geostatistical Analyst
An overview of Geostatistical Analyst
Adding the Geostatistical Analyst toolbar to ArcMap
Enabling the Geostatistical Analyst extension
Extending ArcMap with the Geostatistical Analyst extension
Getting Help for the ESDA Tools and the Geostatistical Wizard
The principles of Geostatistical Analyst
Exploratory Spatial Data Analysis (ESDA)
Deterministic methods
Creating a surface with geostatistical techniques
What are geostatistical interpolation techniques?
Understanding different kriging models
Creating a surface with geostatistical techniques
Creating a Kriging map using defaults
Understanding Ordinary Kriging
Understanding Simple Kriging
Understanding Universal Kriging
Understanding output surface types
Understanding transformations and trends
Creating a map using Ordinary Kriging
Creating a map using Simple Kriging
Creating a map using Universal Kriging
Understanding thresholds
Understanding Indicator Kriging
Understanding Probability Kriging
Creating a map using Indicator Kriging
Creating a map using Probability Kriging
Understanding Disjunctive Kriging
Creating a map using Disjunctive Kriging
Understanding cokriging
Creating a map using cokriging
Using analytical tools when generating surfaces
Using analytical tools when generating surfaces
About determining neighborhood search size
Determining neighborhood search size
Semivariograms and covariance functions
Empirical semivariograms and covariance functions
Understanding measurement error
Using the empirical data to estimate theoretical models: Crosscovariance models
Anisotropy: Directional semivariograms and covariance functions
Modeling semivariograms and covariance functions
Box-Cox, Arcsine, and Log transformations
Normal score transformation
Using Box-Cox, Arcsine, and Log transformations
Using normal score transformations (NST)
Comparing normal score transformation to other transformations
Implementing declustering to adjust for preferential sampling
Performing declustering to adjust for preferential sampling
About checking for the bivariate normal distribution
Checking for bivariate normal distribution
Removing trends from the data
Removing global and local trends from the data: detrending
Performing cross-validation and validation
Performing cross-validation to assess parameter selections
Comparing models
Comparing one model with another
Assessing decision protocol using validation
Displaying and managing geostatistical layers
What is a geostatistical layer?
Viewing geostatistical layers in ArcCatalog
Managing layers
Representing a geostatistical layer
Adding layers
Saving and exporting geostatistical layers
Setting the scales at which the geostatistical layer will be displayed
Changing the symbology of a geostatistical layer
Predicting values for locations outside the area of interest
Data classification
Classifying data
Additional geostatistical analysis tools
Geostatistical simulations
JTX
Maplex
Military Analyst
Military Overlay Editor
Network Analyst
PLTS
Schematics
Spatial Analyst
Survey Analyst
Tracking Analyst
Geocoding and address management
Linear referencing
Network analysis
Mobile GIS
Interoperability and standards support
Customizing and developing with ArcGIS
Guide to data that comes with ArcGIS
Licensing and desktop administration
GIS Servers and services