The research and teaching activities of the newly founded working group Interdisciplinary Geoinformation Sciences focus on the spatio-temporal modelling of the transformation of metropolitan regions, the interdisciplinary integration of geodata and the analysis of (near-real-time) geoinformation.
The research and teaching activities of the newly founded working group Interdisciplinary Geoinformation Sciences focus on the spatio-temporal modelling of the transformation of metropolitan regions, the interdisciplinary integration of geodata and the analysis of (near-real-time) geoinformation.
The working group contributes primarily to the "Resilient Cities" and "Smart Cities" clusters through the modelling and monitoring of human-environment interactions. AI models are used to shed light on the socio-ecological and geo-bio-physical drivers of complex urban systems as well as the interrelationships of decision-making processes, the spatially-explicit land-use configuration and their socio-ecological impacts. Related to this is the exploration of volunteered geographic information and citizen science that adds value to the monitoring of human-environment interactions in metropolitan regions. Another focus is on studies dealing with the applicability of (near-real-time) geoinformation to promote interdisciplinary STEM competences in the field of education for sustainable development.