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Geoinformation and spatial management (GEO) |
GEO 4.3a Modelling of natural resources |
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Geoinformation and spatial management (GEO) |
GEO 3.5b Natural environment of cities |
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Geoinformation and spatial management (GEO) |
GEO 3.1b Homestead engineering |
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Geoinformation and spatial management (GEO) |
GEO 2.4b Planning of semi-urban areas |
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Geoinformation and spatial management (GEO) |
GEO 1.4 Modern techniques of visualization and inventory of technical infrastructure objects |
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Geoinformation and spatial management (GEO) |
GEO 2.1 Passive Earth Observations: new platforms, sensors and approaches |
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Geoinformation and spatial management (GEO) |
GEO 4.3b Monitoring of natural resources |
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Geoinformation and spatial management (GEO) |
GEO 3.6a Climatic and spatial determinants of development of renewable energy sources |
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Geoinformation and spatial management (GEO) |
GEO 3.2 Landscape geochemistry |
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Geoinformation and spatial management (GEO) |
GEO 2.5a Communal or urban engineering and management |
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Geoinformation and spatial management (GEO) |
GEO 1.5a Flood risk management |
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Geoinformation and spatial management (GEO) |
GEO 2.2a Introduction to geostatistics |
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Geoinformation and spatial management (GEO) |
GEO 4.4 Spatial planning of functional areas |
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Geoinformation and spatial management (GEO) |
GEO 3.6b Climate change impact on local water balances |
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Geoinformation and spatial management (GEO) |
GEO 3.3 ESA & NASA Earth Observation missions, platforms and databases |
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Geoinformation and spatial management (GEO) |
GEO 2.5b Planning communal infrastructure |
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Geoinformation and spatial management (GEO) |
GEO 1.5b Flood hazard mapping |
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Geoinformation and spatial management (GEO) |
GEO 2.2b Introduction to pedometrics |
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Geoinformation and spatial management (GEO) |
GEO 1.1a Remote sensing of agricultural and forestry land |
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Geoinformation and spatial management (GEO) |
GEO 4.1a Sustainable development and environmental management |
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Geoinformation and spatial management (GEO) |
GEO 3.4 Application of geoinformatics to natural hazards to mapping and monitoring |
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Geoinformation and spatial management (GEO) |
GEO 1.6 Geoprocessing |
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Geoinformation and spatial management (GEO) |
GEO 2.3 UAV mission practical exercise – part 1 |
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Geoinformation and spatial management (GEO) |
GEO 1.1b Application of remote sensing in environmental studies |
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Geoinformation and spatial management (GEO) |
GEO 4.1b Environmental impact assessment |
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Geoinformation and spatial management (GEO) |
GEO 3.5a Ecology of urban areas |
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Geoinformation and spatial management (GEO) |
GEO 3.1a Rural engineering |
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Geoinformation and spatial management (GEO) |
GEO 2.4a Town planning |
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Geoinformation and spatial management (GEO) |
GEO 1.2 Principles of field spectroscopy |
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Environmental engineering and protection (EEP) |
EEP 3.4 Biodiversity analyses |
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Environmental engineering and protection (EEP) |
EEP 2.9 Engineering hydrology |
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Environmental engineering and protection (EEP) |
EEP 1.9 Environmental protection of rural areas |
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Environmental engineering and protection (EEP) |
EEP 2.4 Wetland conservation |
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Environmental engineering and protection (EEP) |
EEP 1.4 Environmental chemistry |
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Environmental engineering and protection (EEP) |
EEP 3.7 Environmental fluid mechanics |
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Environmental engineering and protection (EEP) |
EEP 2.10 Hydrological processes |
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Environmental engineering and protection (EEP) |
EEP 1.10 Mine waters in environment |
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Environmental engineering and protection (EEP) |
EEP 2.5 Applied ecology and nature resources management |
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Environmental engineering and protection (EEP) |
EEP 1.5 Ecotoxicology |
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Environmental engineering and protection (EEP) |
EEP 3.8 Free surface flows |
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Environmental engineering and protection (EEP) |
EEP 4.1 Fundamentals of land improvement |
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Environmental engineering and protection (EEP) |
EEP 3.1 On-site wastewater treatment systems |
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Environmental engineering and protection (EEP) |
EEP 2.6 Ecological aspect of nature protection |
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Environmental engineering and protection (EEP) |
EEP 1.6 Ecotoxicological assessment of environment |
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Environmental engineering and protection (EEP) |
EEP 2.1 Climate change and its consequences |
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Environmental engineering and protection (EEP) |
EEP 1.2a Environmental impact assessment |
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Environmental engineering and protection (EEP) |
EEP 3.9 Biological monitoring |
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Environmental engineering and protection (EEP) |
EEP 4.4 Soil and groundwater remediation |
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Environmental engineering and protection (EEP) |
EEP 3.2 Spatial planning |
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Environmental engineering and protection (EEP) |
EEP 2.7 Freshwater ecosystems and their restoration |
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Environmental engineering and protection (EEP) |
EEP 1.7 New trends in civil engineering |
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Environmental engineering and protection (EEP) |
EEP 2.2 Application of GIS in Hydrology and Water Resource Management |
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Environmental engineering and protection (EEP) |
EEP 1.2b Sustainable development and environmental management |
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Environmental engineering and protection (EEP) |
EEP 3.10 Lake recultivation |
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Environmental engineering and protection (EEP) |
EEP 3.3 Integrated development planning |
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Environmental engineering and protection (EEP) |
EEP 2.8 River restoration |
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Environmental engineering and protection (EEP) |
EEP 1.8 Statistical analysis of environmental processes |
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Environmental engineering and protection (EEP) |
EEP 2.3 Remote Sensing in Hydrology and Water Resource Management |
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Environmental engineering and protection (EEP) |
EEP 1.3 Soil science and classification |
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Environmental engineering and protection (EEP) |
EEP 3.11 Technics of water bodies recovery |