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We map the future

Cartography

Research and teaching in the field of Cartography is an integral part of the Geomatics Group. Cartography at RUB implies the development of efficient IT-based visualisation methods such as interactive multimedia maps and augmented and virtual reality applications. A particular focus is on user-orientation and the consideration of human cognitive processing in map use. Based on established experimental methods and theoretical foundations in neighbouring disciplines of cognitive sciences, especially cognitive psychology and neuroscience, cartographic research is also based on lab studies that aim to find new cartographic construction rules. These experimentally verified rules help users to get effective and efficient access to cartographically communicated geographic information. User- and cognition-oriented visualizations are important and serve different (map) user groups in smart and equitable urban societies.

What are we doing?


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Press Information

Improving urban planning with virtual reality

The impact of structural changes on people can be measured through immersion in virtual models.

How the brain processes maps

Grids can help to orientate ourselves better on maps. Especially when they are blue.

Why the map legend should not be on the left side

Map users process information from the legend more efficiently when it is placed on the right side of the map. The reason for this lies in the brain.

Immersive maps

Standing at the top of the mining tower and looking out into the distance... this is possible at the Holland Colliery. In the virtual reality of Wattenscheid.

Hexagons faciliate orientation

Sometimes the map in our minds has little to do with the real conditions. Geographers are investigating how this can be changed.

Better oriented with maps for sight and hearing

The map in our head often looks different from the one on the monitor. This is how it can be aligned.

How villages became metropolises

The way industry changes the landscape can be seen online. A comparison between Prussian and current maps.

Methods

Recording of eye movement sequences in maps using eye tracking
Recording of eye movement sequences in maps using eye tracking
Recording of eye movement sequences in maps using eye tracking
Effects of VR scenarios on spatial cognition
Effects of VR scenarios on spatial cognition
Effects of VR scenarios on spatial cognition
Determination of errors in location memory
Determination of errors in location memory
Determination of errors in location memory
Effects of grid lines in maps on eye movements
Effects of grid lines in maps on eye movements
Effects of grid lines in maps on eye movements