Four-dimensional geospatial approaches for modeling vertical urban growth

Urban densification is a form of development that has been seen as more sustainable compared to urban sprawl, typical for North American cities. Urban modeling has been extensively researched and mostly focused on urban sprawl using methods based on raster geographic information system (GIS) data and for two spatial dimensions (2D). The objectives of this thesis are the 1) development of a spatial index for 3D urban compactness; 2) development of geosimulation approaches for modeling spatio-temporal dynamics of changes in 4D for vertical urban growth; and 3) implementation and evaluation of the proposed approaches using geospatial datasets for regional and municipal spatial scales for the Metro Vancouver Region. Several modeling scenarios have been created to represent 3D urban growth development over space and time. The obtained results indicate that the proposed 4D geospatial approaches have potential to be used in urban planning.