Spatial Modelling (4EK662)
Prostorové modely (4EK462)
Taught by:
Tomas Formanek
Department of Econometrics
Faculty of Informatics and Statistics
University of Economics, Prague
Block 1: Geodata: visualization and data wrangling
Spatial geometries (sf objects)
- Spatial objects, projections (coordinate reference systems), visualization (maps, choropleths)
- Subsetting spatial data, distances, intersections, buffers, and other geometry-related operations
Raster data
- Remote sensing: satellite imaging and other raster data (formats, layers)
- Raster data wrangling with
{terra} package
- Raster-vector interactions
Graph represeentations of spatial data
Case studies and applications
- Transportation-related applications
- Urbanistic applications (space syntax analysis)
- Ecology
Block 2: Geostatistcs
- Descriptive statistics: stochastic spatial processes, covarigram, (semi)variogram
- Neighbors: definitions
- Detecting spatial dependence
- Spatial clustering, local indicators of spatial association (LISA)
- Spatial interpolation, krigging
Case studies and applications
Block 3: Spatial regression models
Models for cross-sectional data
- Spatial regression models: taxonomy, marginal effects, diagnostics (stability with respect to spatial structure/adjacency)
- Local regression on spatial data: geographically weighted regression models (GWR)
- Spatial filter: Moran’s eigenvector maps in spatial econometrics
- Spatial regression models for limited dependent variables
Models for spatio-temporal (panel) data
- Static panel data models
- Dynamic panel data models
Case studies and applications
Block 4: Case studies and applications
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