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  • Lernplattform
    Übersicht
    Open XX Open Data Elektromobilität Umgebungslärm Biomassepotenzial Flächenmonitoring Fernerkundung Geo- Informationssysteme Tutorials
  • Services
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  • Impressum & Datenschutz
  • Deutsch
  • English
  • 1. Overview
    • Description Course parts
    • Tools
    • Data sheets
  • 2. Open XX
    • Lecture
      • Learning objectives and structure of the learning unit
      • Terms in the context of openness
        • Open Science
        • Open Knowledge Foundation
      • Open Access
        • The emergence of Open Access
        • Berlin Declaration
        • Basic principles of Open Access
      • Open Source
        • Open vs. Free Software
      • Open Innovation
      • Open Educational Resources
      • Open Data
        • Sunlight Foundation
        • Pros and cons of Open Data
      • Open Government
        • Politically
        • Networking
        • Legal framework
        • Examples
        • Formats and Licenses
        • Global
      • Open geodata
        • Open Street Map
        • Norms versus standardization
        • Interoperability
      • Weblinks
      • Literature
    • Exercise
  • 3. Tutorials
  • 4. FAQ
    • Documentation for authors
      • Markdown basics
      • Adding pages
  • 5. Overview
    • Description Course parts
    • Tools
    • Tools
    • Data sheets
  • 6. Open Data
    • Lecture
      • Learning objectives and structure of the learning unit
      • Background
        • Why Open Data?
        • Timeline
        • Scientific exchange
        • Free Software and Content
        • Open Source Government
      • Characteristics of open data
        • Interoperability
        • 5-Star Open Data
      • Open geodata
        • Spatial data infrastructures
        • Availability of official geodata
        • Relevant data sources
      • Open Government Data
        • OGD in Germany
        • DCAT-AP
        • Administrative Data in DACH and EU
          • Adm. structure DE
          • Adm. structure AT
          • Adm. structure CH
      • Scientific data
        • Reusability
        • Reproducibility
        • Quotability
        • FAIR Data
        • Examples for scientific data
      • Enterprise data
      • Volunteered geographic information
        • OpenStreetMap
          • Data model
          • Application example
      • Literature
    • Exercise
  • 7. Electro mobility
    • Lecture
      • Introduction
      • Obstacles
      • Political framework
      • Charging infrastructure
        • The expansion of the network
        • Charging station data
      • Purchase and user aspects
      • Electro mobility and Open Data
      • Literature
    • Exercise
  • 8. Environmental noise
    • Lecture
      • Introduction
      • What is ambient environmental noise?
      • EU Environmental Noise Directive
        • Motivation
        • Target
        • Methodology
          • Measuring methods
          • Calculation methods
        • Directive Implementation
      • Noise, acustic sound and sound
        • Noise
        • Sound
      • Directive in the German transposition
      • Examples of noise applications
    • Exercise
  • 9. Biomass Potentials
    • Lecture
      • Learning Objectives
      • Background
        • Bioeconomy
        • Contribution Bioenergy
      • Biomass
        • Designated Crops
        • Residues
        • Sustainable Supply
          • Cascading Use
      • Technologies & Properties
        • Technologies
        • Properties
      • Biomass potentials
        • Potential levels
        • Potential types
          • Theoretical
          • Technical
          • Economic & Sustainable
        • Potential Studies
        • Calculation
        • Spatial Distribution
      • Example
        • Cereal Straw
      • Bioenergy & SDGs
        • West Africa
        • Germany
      • Additional reading
      • Bibliography
      • Glossary
    • Exercise
  • 10. Land use Monitoring
    • Lecture
      • Learning objective and structure
      • Introduction and motivation
      • Research and application
      • Data offers
      • Conception
      • Methods
      • Example Analysis
      • Webservices and apps
      • Literature
      • Selected videos
      • Glossary
    • Exercise
    • Lecture LSM
      • Learning objectives and structure of the course unit
      • Basics
        • Landscape
          • Social scientific approach
          • Scientific approach
          • Current landscape definitions
        • Landscape structure
          • Causes and factors of landscape patterns
          • Diversity and heterogeneity
          • Patch Corridor Matrix Model
      • Landscape metrics
        • Common landscape metrics
        • Metrics for individual landscape elements
        • Metrics for landscape mosaics
      • Data basis
        • Vector data
        • Raster data
        • Comparison of vector and raster data
      • Software
        • Patch Analyst (ArcMap Plugin)
        • FRAGSTATS
        • LecoS (QGIS Plugin)
      • Research examples
        • Changes over time
        • Evaluation of the degree of recovery
        • Landscape changes
      • Literature
    • Exercise
  • 11. Remote Sensing
    • Lecture
      • Learning objectives and structure of the learning unit
      • Motivation
        • Forest and its relevance
        • Urban green
        • Sustainability
      • Remote Sensing
        • Sensors and atmosphere
        • Raster images
        • Resolutions
      • Copernicus
        • Land Monitoring Service
        • Sentinel-2, part 1
        • Sentinel-2, part 2
      • Sentinel data platforms
      • Vegetation monitoring
        • Forest monitoring
        • Wind throw
      • Literature
    • Exercise
  • 12. Geo-Information Systems
    • Lecture
      • Historical outline
      • Geoinformatics as a scientific discipline
      • Important terms
        • Data – Information - Knowledge
        • Information system
        • Database system
        • GIS
        • Four system elements
        • Spatial reference
        • Geoinformation
        • From 2D to 4D
      • Geodata modeling
        • The Geoobject (or Spatial feature)
        • discrete vs. continuous
          • Examples of modeling
            • real estate management
            • ATKIS-DLM
            • ATKIS-DGM
            • Agriculture
      • Information processing
        • I: Geodata acquisition
        • M: Geodata management and modeling
        • A: Spatial data analysis
          • vector data
          • raster data
        • P: Geodata Presentation
      • Applicationss
        • Land Information Systems (LIS)
        • Network Information Systems (NIS)
        • Environmental Information Systems (EIS)
        • Spatial Information Systems (SIS)
        • Special Branch Information Systems (SBIS)
      • GIS products
      • Bibliography
    • Exercise

Verlauf löschen
Fortgeschrittene Suche

with & in Rostock

Overview Land use Monitoring Lecture Selected videos

Selected videos

  • What is the Monitor of Settlement and Open Space Development (IÖR Monitor)?
  • Urban sprawl initiative from the Swiss Federal Council: Stopping urban sprawl - for sustainable settlement development
  • GDI InfoTour: GDI Fundamentals

Impressum & Datenschutz Creative Commons Lizenzvertrag

Impressum

Herausgeber:
Prof. Dr.-Ing. Ralf Bill

Professur für Geodäsie und Geoinformatik
Universität Rostock
18051 Rostock
Tel. 03824983200
Fax. 03814983202
Email: Kontaktemail
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