My name is Alois Simon and I am a forest scientist working in the field of forest site classification in mountain areas. Since scale and extent are important methodological issues in ecology as well as in geoinformatics, I decided to study Applied Geoinformatics at the University of Salzburg. Thereby, I focused on spatial statistic, simulation, and modelling. The project-related class assignments encouraged solution-oriented and interdisciplinary working and learning. The study program significantly improved my professional skills.
In the following, a collection of projects during the MSc program is presented.
In the sense of ‘Everything that happens, happens somewhere‘, it showes the manifold applications
and intersections with different domains and disciplines.
The developed application, helps to document and display personal travel routes. It has a low entrance level and intuitive handling. The user can on demand retrieve the location, enter short messages and add pictures at a mobile device. It is working offline and the user can upload the collected data on request. The created web service is integrated in a private webpage to display the travel routes and the collected data.
This web service allows to create standardised climate diagramms throughout Tyrol. It is based on R Software script running in a docker container on an Apache Tomcat Webserver. The raster climate data is hosted on a GeoServer and provided as a Web Map Service. The visualisation is implemented with OpenLayers.
The forest gap model ForClim, a process-based forest successio
Climate-Sensitive Forest Successionn model, was applied to generate site-specific information on
future forest stand development and species composition.
The project was presented at the GI_Week 2021 in Salzburg and published in the Journal: GI_Forum as a full paper.
Title: Integration of hierarchical levels of extent and scale for tree
species distribution models of European beech (Fagus sylvatica L.) and silver fir (Abies alba Mill.)
in mountain forests.
Manuscript-based Master Thesis suppervised by Prof. Dr. Gudrun Wallentin.