1st Geoinformation technology. The definition of GIS. Data, spatial data, geo-data.
2nd Spatial objects, components describe spatial objects., geometric component description.
3rd The structure of GIS applications, general issues of planning and implementation of GIS.
4th The environment for the implementation of GIS in environmental practice
5th Map coordinate system works, the transformation of GIS
6th Sources of geoscience and environmental data and their format.
7th Methods for collecting spatial data
8th Basic overview of the data available on the market.
9th Presentation of Data in GIS
10th Basic calculations Geostatical
11th Digital terrain model examples of models of landscape
12th Remote Sensing.
13th Analysis of environmental data in GIS.
14th Visualization capabilities of GIS.
Exercise familiarization with ArcGIS environment, basic relationships, acquisition and data processing procedures, application of GIS, focusing on the restoration of the landscape.
Development of semester project.
2nd Spatial objects, components describe spatial objects., geometric component description.
3rd The structure of GIS applications, general issues of planning and implementation of GIS.
4th The environment for the implementation of GIS in environmental practice
5th Map coordinate system works, the transformation of GIS
6th Sources of geoscience and environmental data and their format.
7th Methods for collecting spatial data
8th Basic overview of the data available on the market.
9th Presentation of Data in GIS
10th Basic calculations Geostatical
11th Digital terrain model examples of models of landscape
12th Remote Sensing.
13th Analysis of environmental data in GIS.
14th Visualization capabilities of GIS.
Exercise familiarization with ArcGIS environment, basic relationships, acquisition and data processing procedures, application of GIS, focusing on the restoration of the landscape.
Development of semester project.