Spatial Data Science
  • Spatial data with terra
  • Spatial data analysis
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  • Processing MODIS data
  • Case studies
  • Species distribution modeling
  • The terra package
  • R companion to Geographic Information Analysis
    • Introduction
    • The length of a coastline
    • Pitfalls and potential
    • Fundamentals
    • Point pattern analysis
    • Spatial autocorrelation
    • Local statistics
    • Fields
    • Kriging
    • Map overlay
    • Appendix
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  • R companion to Geographic Information Analysis

R companion to Geographic Information Analysis¶

  • Introduction
  • The length of a coastline
  • Pitfalls and potential
    • Introduction
    • The Modifiable Areal Unit Problem
    • Distance, adjacency, interaction, neighborhood
      • Distance
      • Adjacency
      • Proximity polygons
  • Fundamentals
    • Processes and patterns
    • Predicting patterns
    • Random Lines
    • Sitting comfortably?
    • Random areas
  • Point pattern analysis
    • Introduction
    • Basic statistics
    • Density
    • Distance based measures
    • Spatstat package
  • Spatial autocorrelation
    • Introduction
    • The area of a polygon
    • Contact numbers
    • Spatial structure
    • Moran’s I
  • Local statistics
    • Introduction
    • LISA
    • Geographically weighted regression
  • Fields
    • Introduction
  • Kriging
    • Alberta Rainfall
  • Map overlay
    • Introduction
      • Get the data
    • Selection by attribute
    • Intersection and buffer
    • Proximity
      • Voronoi polygons
    • Raster data
      • Query
    • Exercise
  • Appendix
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