Cultural skills (knowledge of): spatial attributes of ecological processes; space ecology: concepts and applications; GIS: functionality, data model and types of software. Methodological skills (know-how): practical use of GIS software; recovery, analysis and interpretation of spatial data; identification and evaluation of ecological spatial patterns.
teacher profile teaching materials
• Gis: procedures, fundamentals and websites.
• Qgis software.
• Referencing systems, transformations and cartography (hints).
• Models & Processing of Raster and Vector.
• GIS data: formats, file extension and structure.
• Digital elevation model (DEM) and processing of DEM.
• Spatial Analysis (spatial ecology) and Data acquisition of ecological data
• Georeferencing.
Fundamentals of digital mapping and data editing in the GIS system:
• Qgis Toolbox and Plugin.
• Editing of Vector and Raster files.
• Table attributes and query.
• Drawing and editing of vector.
• Drawing and editing of polygon, lines and points.
• Editing of ecological maps, topographic maps, DEM and aerial photos.
• Geoprocessing.
• Webgis and Google/GIS.
• Selecting by attributes, SQL.
• Creating a layout.
Book for further detailed studies (optional)
Noti Valerio “GIS Open Source per Geologia e Ambiente”, Ed. Flaccovio (2014)
Programme
Provide the basic principles of processing geospatial data to analyse, to elaborate and to processing of ecological data (spatial ecology):• Gis: procedures, fundamentals and websites.
• Qgis software.
• Referencing systems, transformations and cartography (hints).
• Models & Processing of Raster and Vector.
• GIS data: formats, file extension and structure.
• Digital elevation model (DEM) and processing of DEM.
• Spatial Analysis (spatial ecology) and Data acquisition of ecological data
• Georeferencing.
Fundamentals of digital mapping and data editing in the GIS system:
• Qgis Toolbox and Plugin.
• Editing of Vector and Raster files.
• Table attributes and query.
• Drawing and editing of vector.
• Drawing and editing of polygon, lines and points.
• Editing of ecological maps, topographic maps, DEM and aerial photos.
• Geoprocessing.
• Webgis and Google/GIS.
• Selecting by attributes, SQL.
• Creating a layout.
Core Documentation
Course material (ppt, pdf e word, sofwater, gis data) and scientific articles provided by the professor, web learningBook for further detailed studies (optional)
Noti Valerio “GIS Open Source per Geologia e Ambiente”, Ed. Flaccovio (2014)