From 27 September to 30 October, the visualization of geospatial data is taking centre stage. Through articles on how to produce detailed, accurate and up-to-date 3D representations of the (built) environment, we aim to bring you new insights into the rapidly developing technology behind the way we visualize geospatial data.
We enable you to immerse yourself in the visualization of geospatial information by providing you with a weekly subject-based newsletter throughout the Data Visualization weeks. On top of this, we have set up a dedicated web page with in-depth stories that will enrich your knowledge and fuel your inspiration.
Lidar change detection (LCD) is one of the most capable techniques for mapping changing terrain through time. It can be applied in billion-dollar decisions to design, build and operate tunnels, bridge...
A 3D geological model has helped to save valuable time and millions of pounds for the Crossrail 2 railway project in London, UK, by identifying geological hazards along the route and informing the tun...
An increasing number of cities are creating 3D city models to support visualization and simulations in the urban planning process. The 3D city models are often extended with planned buildings. One way...
Due to the region’s proneness to occasional wildfires, the Geomatics Division at the University of Cape Town, South Africa, has conducted research and project work around the theme of 3D reconstruct...
Accurate digital representations of cities are game changers in urban development. By enabling virtual modelling and smart simulations, they allow decision-makers to explore, test and assess the measu...
The concept of the digital twin has been gaining significant momentum in the geospatial domain since 2016. Although there is some consensus on the basic features of a digital twin, some critical refle...
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