The Department of GIS and Remote Sensing deals with applications of Geographical Information Systems (GIS) and Remote sensing (RS) methods in vegetation ecology. Although formally established in June 2007, geoinformatic technologies have been employed at the Institute of Botany under the Department of Geobotany since 1998.
The Department of GIS and RS focuses on application of spatio-temporal data, such as:
- Spatio-temporal changes in plant populations and communities and their spatial structure on different spatial scales using GIS, RS and spatially explicit models
- Detection of invasive species using remote sensing (including UAV)
- Plant spatial patterns and underlying biological processes
- Role of history in shaping temperate forests
RS data and field measurements are processed in a GIS environment and by spatially explicit modeling.
Besides its own research, the Department provides support for other research teams and projects of the Institute.
The Laboratory is equipped with complete software for vector and raster data processing and analyses (ArcGIS with selected extensions; PCI Geomatica 2012 with Orthoengine module; eCognition Developer 9.2, ENVI, Agisoft Photoscan), as well as with equipment for position measurements (GNSS Trimble PathFinder Pro XRS, GeoExplorer 2008 XH both with sub-meter accuracy, GeoExplorer GeoXH 6000 with decimeter accuracy and Trimble GeoExplorer Geo 7X with Centimeter accuracy; and field mapping tool FieldMap). We also have Spectral Evolution Full Range Portable Spectroradiometer RS-3500 for remote sensing purposes.
- mapping both vegetation and particular species
- study of relationships between flora, vegetation and environmental factors
- analyses of spatial pattern and spatial relationships of studied objects
- analyses of spatio-temporal changes
- forest microclimate
- forest fires
- detection of invasive species using remote sensing