Learning Outcomes
•Understand the structure and functionalities of a GIS
•Understand the data formats and types introduced in a GIS
•Ability to georeference maps and images
•Ability to digitize point, linear and polygon datafrom geological maps
•Ability to recover GIS data from various sources (digital and non-digital)
•Ability to contructdigital geological maps in a GIS
•Gain familiarity with various GIS software
Course Content (Syllabus)
•Introduction to Geographic Information Systems (GIS)
•GIS Structure and Functions. GIS software
•Categories and structure of GIS input data and metadata
•Coordinatetransformations and map georeferencing
•Georeferencing and resampling of images
•Creation/Digitization and management of data in vector format (points,polylines, polygons)
•Geospatial databases
•Conversion of geospatial data between different formats and reference systems
•Recovery, access and processing of digital elevation models (DEM)
•Extraction of morphological parameters from DEMs (slope, aspect, curvature etc.)
•Spatial interpolation of vectordata
•2D and 3D representation of geospatial information - Map composition - Map production
•WebGIS and interactive maps
Structure and material of laboratories / laboratory-tutorial exercises
•GIS software
•Categories and structure of GIS input data
•Coordinatetransformations
•Georeferencing of maps
•Digitization of pointdata
•Digitization of lineardata
•Digitization of polygons
•Georeferencingand resampling of images
•Recovery, access and processing of digital elevation models (DEM)
•Spatial interpolation of vector data
•2D and 3D representation in a GIS
•Map composition
•Map production