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  • Study physical geography at our department
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  • Bachelor programme
  • Master’s programmes
    • Physical Geography & Ecosystems Science
    • Geomatics
    • Atmospheric Sciences & Biogeochemical Cycles
    • Geographical Information Systems (iGEON)
  • Courses, basic
    • EXTA50, Surveying (only available for students at the Faculty of Engineering)
    • EXTF01, Geographical Information Systems for landscape studies (only available for students at the Faculty of Engineering)
    • EXTF80, Geographic Information Technology (only available for students at the Faculty of Engineering)
    • EXTL01, Bachelor thesis in Geographic Information Technology (only available for students at the Faculty of Engineering)
    • GISA21, Geographical Information Systems, introduction
    • GISA22, Geographical Information Systems, advanced
    • NGEA01, Physical Geography: An Introduction to the Global Environment
    • NGEA03, Remote Sensing for Landscape Studies
    • NGEA04, Ecosystems Analysis
    • NGEA05, GIS and Remote Sensing with focus on the Environment
    • NGEA07, Theory and Methods of Physical Geography
    • NGEA09, Land surface processes and landscape dynamics
    • NGEA11, Geographical Information Systems, introduction
    • NGEA12, Geographical Information Systems, advanced
    • NGEA17, Synoptic / mesoscale meteorology
    • NGEA20, Hydrology
    • NGEA21, The Climate System
    • NGEA23, Geographical Information Systems - an introduction for teachers
    • NGEA24, Dynamical Meteorology, I
    • NGEA25, Dynamical Meteorology, II
    • NGEA51, Physical Geography and Ecosystem Analysis, internship, bachelor level
    • NGEK01, Bachelor degree project
  • Courses, advanced
    • EXTM05, Degree Project in Geographic Information Technology(only available for students at the Faculty of Engineering)
    • EXTP40, GIT Project with Python Programming (only available for students at the Faculty of Engineering)
    • GISM01, iGEON Master thesis project
    • GISN02, GIS and statistical analysis
    • GISN04, Open Source GIS
    • GISN06, Geographical databases
    • GISN07, Algorithms in GIS
    • GISN08, Digital Remote Sensing and GIS
    • GISN09, Web GIS
    • GISN11, GIS and Biodiversity
    • GISN14, GIS and Physical Planning
    • GISN15, Research Methodology
    • GISN21, GIS and Statistical Analysis
    • GISN22, GIS and Climate Change
    • GISN23, GIS in Tourism and Recreational Planning
    • GISN24, Python Programming in GIS
    • GISN25, Spatial Data Infrastructure
    • GISN26, GIS and Distributed Hydrological Modelling
    • GISN27, Research Methodology
    • NGEM01, Master Degree Project
    • NGEN01, Climate Change and its Impacts on the Environment
    • NGEN02, Ecosystem Modelling
    • NGEN06 / EXTQ05, Algorithms in Geographical Information Systems
    • NGEN07 / EXTN10, Internet GIS
    • NGEN08, Satellite Remote Sensing
    • NGEN11 / EXTN75, Spatial Analysis
    • NGEN12 / EXTN70, Geographical databases
    • NGEN13, Programming for Applications in Geomatics, Physical Geography and Ecosystem Science
    • NGEN14, Greenhouse gases and biogeochemical cycles
    • NGEN16, Biosphere-atmosphere interactions
    • NGEN17, Global Ecosystem Dynamics
  • Courses, GIS
  • Applying for studies
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  • Post-graduate studies
    • PhD studies at INES
    • Courses given at INES and Geology
    • Course requirements and mandatory courses
• Student
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  • Our facilities
  • IT resources
    • How to work with data
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  • Rights & guidelines
  • The Student Council
  • Internships & thesis suggestions
  • Credit transfer from previous studies
• Research
  • Aquatic biogeochemistry
    • Aquatic respiration
    • DOC modelling
    • Nutrient bioavailability
  • Biogeochemical cycles in forests
  • Biogeochemistry
  • Biogeophysics and climatology
    • CARBOAFRICA
    • CO2 and water fluxes in Sudan and Senegal
    • Effects of Forest Management and Natural Disturbance on Greenhouse Gas Exchange in Boreal Forests
    • Plant water use efficiency
    • Spring temperature backlashes
    • Spruce bark beetle damage to forests
  • Climate effects on Ecosystems - Research group of Veiko Lehsten
  • Ecosystem Ecology
  • Geographical Information Science
    • Capacity Building in Geographic Information Technologies for Disaster and Natural Resource Management
    • Carbon and hydrology in the subarctic – measuring and modelling
    • Digitalization of the built environment
    • Geographic accessibility analysis
    • Integration of demographic and geographic data
    • Partnership for Building Resilient Ecosystems and Livelihoods to Climate Change and Disaster Risks - BREAD
    • Relative positioning for geospatial data using a Linked Data approach
    • Soil carbon and water quality in Rwanda
    • Spatial Modeling Techniques for Disease Surveillance
    • Spatially Enabled e-Services Delivery in Uganda
    • Strengthening the Capacity University of Rwanda in Research and Education in the field of Geo-Information Science and Earth Observation towards Sustainable Environment, Natural Resources Management and Socio-economic Transformation
    • Sustainable Urban Flood Management
    • Techniques for and consequences of using INSPIRE extensions
    • The Nature of Peace
    • Tourism environmental impact and spatial planning
    • Upgrading and strengthening the University wide GIS Centre at Makerere University, Uganda
    • Finished projects
      • Analysis of geographical accessibility
      • Development of GIS education in Palestine
      • Environmental aspects and GIS aspects of higher education in Egypt
      • Impact of HIV/AIDS in Tanzania
      • Increasing GIS usage in Laos
      • Map services for the visually impaired
      • Mapping land use in Laos
      • Monitoring trends and tipping points in phenology
      • Regional development in Sri Lanka
      • Soil erosion in Lebanon & Tunisia
      • The Planning Portal
      • Urban Geodata Infrastructure Development
      • Usefulness of maps
      • Visualization of 3D city models
      • eGIS+
  • Natural resources and ecosystem services in the Anthropocene
  • Reactive trace gases
  • Remote sensing and Earth observation
    • Lund Earth Observation research group
      • Biodiversity
      • Carbon estimation
      • Monitoring carbon in drylands
      • Monitoring forest disturbance
      • Spectral measurements
      • Time series analysis in remote sensing
      • Vegetation phenology
        • SITES Spectral
      • Water optics
    • Education and training in Earth observation
    • People and publications
  • Research projects links
• Contact us
  • Equal opportunities and equal treatment committee

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