Heidelberg Institute for Geoinformation Technology
core funded by the Klaus Tschira Stiftung
The project to establish a Heidelberg Institute for Geoinformation Technology (HeiGIT) is part of the GIScience Research Group at the Department of Geography, Heidelberg University. The objective is to facilitate the transfer of knowledge and technology from academia to practical applications and professional services. The focus lays on the analysis, refinement, enrichment and usage of big spatial data from the crowd for innovative applications and services.
We focus initially on three areas:
- Big Spatial Data Analytics,
- Navigation Intelligence and Location Based Services and
- Innovative Services for Disaster Management.
|Big Spatial Data Analytics||Navigation Intelligence & Location Based Services|
Analyses, Quality Assurance, Refinement and Utilisation of Crowdsourced Geographic Information from the Web using Data Mining and Geocomputation
Services and References
Innovative Traffic- and Mobility Solutions, Routing- and Navigation Services based on enhanced data from different sources including OpenStreetMap and the Social Web.
Services and References
|Disaster Mapping – VGI for Humanitarian Support|
Supporting humanitarian activities by developing up-to-date disaster maps and providing innovative GI services during catastrophes and for mitigating risk.
Services and References
Our forest laser scanning dataset collected in the frame of the SYSSIFOSS project is now openly available through the PANGAEA Data Publisher: Weiser, H., Schäfer, J., Winiwarter, L., et al. (2021): Terrestrial, UAV-borne and airborne laser scanning point clouds of central European forest plots, Germany, with extracted individual trees and manual forest inventory measurements. PANGAEA, https://doi.org/10.1594/PANGAEA.933426 Until [...]
Die aktuelle Flut in Deutschland hat zahlreiche Straßen in den betroffenen Gebieten zerstört oder temporär unpassierbar gemacht. HeiGIT arbeitet an freien und offenen, auf Geodaten-basierten Lösungen für die humanitäre Hilfe. Hierzu zählen insbesondere Routenplanung unter Berücksichtigung aktueller Katastrophendaten wie z.B. Überflutungsgebiete und zerstörter [...]
Our work on “Time Series-Based Coastal Surface Change Analysis using Hourly Terrestrial Laser Scans” was featured with a live presentation at this year’s digital event of the ISPRS Congress. The presentation by Katharina Anders was further made available as pre-recorded video, which you can now watch on the 3DGeo YouTube channel: The presented work is part [...]
(deutsch unterhalb) Aerial view of Heidelberg’s old town with the university square. The lack of shade causes heat stress conditions and thus makes the square almost unusable at increased temperatures. This was a site of the study on climate change adaptation of public spaces (Foshag et al. 2020) (Photo: Kathrin Foshag). Climate adaptation strategies to support and protect [...]
Like in 2020, this year’s State of the Map (SotM) is taking place online this week from tomorrow 2021-07-09 to 2021-07-11, starting at 12:00 (CEST) each day. This year, HeiGIT is a bronze sponsor. In addition, there are a total of 7 contributions from HeiGIT/GIScience: one academic talk by Maxwell Owusu four lightning talks and two posters. Maxwell Owusu’s [...]
Pledge4Future is a free web app for the calculation and visualisation of work-related per capita CO2e emissions in research. The aim is to provide individuals and work groups with a simple tool for the long-term reduction of greenhouse gas emissions towards compliance with the Paris Climate Agreement. The calculation includes heating, electricity, business travel and [...]
Wir laden Sie herzlich zum nächsten HGG Vortrag ein: Dienstag, 06. Juli 2021, 19:15 Uhr (online) Prof. Dr. Benjamin Hennig (Háskóli Íslands. Island Universität) Kartenwelten des Anthropozän: Neue Ansichten einer Welt im Wandel Wie sieht die Welt im Zeitalter des Menschen aus? Kartogramme, oder anamorphe Kartendarstellungen, erfreuen sich zunehmender Beliebtheit in der Humangeographie. Diese alternative kartographische Visualisierungsmethode ist [...]
(in Deutsch unterhalb) Aerial view of Heidelberg’s old town with the university square. This was a site of the study on climate change adaptation of public spaces (Foshag et al. 2020). (Photo: Kathrin Foshag). As part of a transdisciplinary collaboration, the Heidelberg Institute for Geoinformation Technology (HeiGIT), the GIScience research group and the TdLab Geography at Heidelberg University [...]
Two weeks ago, we conducted a field campaign in the frame of a 3DGeo Sensor Practical course to acquire 3D point clouds of Heidelberg’s tallest trees, Sequoias planted in the Arboretum I (see our blog post). Today, we present the prepared data in our new online point cloud viewer based on potree: https://3dweb.geog.uni-heidelberg.de/potree/scenes/sequoia.html A few stills take you [...]
The availability of data on public transport is a prerequisite for numerous spatial data applications such as routing, accessibility analyses or route planning. OpenStreetMap (OSM) – as a global platform for Volunteered Geographic Information – is one of the options for sharing public transport data. The data completeness on OSM, however, is characterized by heterogeneity. Results [...]