| Code: | MSIGOT008 | Acronym: | CSIGEO |
| Active? | Yes |
| Responsible unit: | Department of Geography |
| Course/CS Responsible: | Masters in Geographical Information Systems and Spatial Planning |
| Acronym | No. of Students | Study Plan | Curricular Years | Credits UCN | Credits ECTS | Contact hours | Total Time |
|---|---|---|---|---|---|---|---|
| MSIGOT | 26 | MSIGOT - Study Plan | 1 | - | 6 | 54 | 162 |
To understand the coordinate systems used to store digital maps. To understand the notion of scale associated with maps and the limitations arising from cartographic errors. To identify the different geodesic systems in Portugal and carry out modifications in them. To identify the main sources of national cartographic data. To apply cartographic techniques of representation according to the type of geographic information. To use cartographic language to convey a batch of information through maps. To understand cartographic generalisation.
To understand the coordinate systems used to store digital maps. To understand the notion of scale associated with maps and the limitations arising from cartographic errors. To identify the different geodesic systems in Portugal and carry out modifications in them. To identify the main sources of national cartographic data. To apply cartographic techniques of representation according to the type of geographic information. To use cartographic language to convey a batch of information through maps. To understand cartographic generalisation.
Part 1 1. Concepts 1.1 Definition of cartography 1.2 History of cartography 2. Cartographic communication 2.1 Cartographic language 3. The shape of the Earth 3.1 Sphere 3.2 Geoid 3.3 Elipsoid 4. Geodesic systems 4.1 Vertical datum 4.2 Local and global horizontal datum 5. Coordinate systems 5.1 Geographic coordinates 5.2 Geodesic coordinates 5.3 Plane coordinates 6. Projection systems 6.1 Developable surfaces 6.2 Geometric properties 6.3 Main projection systems used in Portugal Bonne projection Gauss-Kruger projection UTM system UTM time zones UTM coordinates 7. Geodesic systems in Portugal 7.1 Lisboa Bessel-Bonne system (BBL) 7.2 Lisboa Hayford-Gauss(HGL) 7.3 Melriça Hayford-Gauss system (HG73) 7.4 Militar Hayford-Gauss system(HGM) 7.5 UTM system 8. Scales 8.1 Graphic 8.2 Numerical 9. Errors and cartographic precision 10. Classification of Maps 10.1 Regarding the objectives General Special Topics 10.2 Regarding the scale Cadastral map Topographic map Geographic map 11. Portuguese cartography 11.1 Division of national cartography 11.2 National cartographic products 11.3 Sources of digital cartographic data Part 2 1. Methods in cartographic implementation 1.1 Isolated data 1.2 Linear data 1.3 Area data 1.4. Surfaces 2. Cartographic representation 2.1 Clarity 2.2 Order 2.3 Balance 2.4 Contrast 2.5 Unity 2.6 Harmony 3. Elements of a map 3.1 Title 3.2 Legend 3.3 Scale 3.4 Orientation 3.5 Data source 3.6 Cartographic information 5. Symbolism 5.1 Points, lines and areas 5.2 Cartographic conventions 5.2 Review of the theory of colours: RGB and CMY area 5.3 Use of colours on maps
Theory and practical classes.
| Designation | Weight (%) |
|---|---|
| Participação presencial | 0,00 |
| Teste | 60,00 |
| Trabalho escrito | 40,00 |
| Total: | 100,00 |
Attending 75% of classes, unless established otherwise by law.
Individual work (50%). Exam (50%).
Not applicable
Not applicable
Accordance with Assessment Regulations in force.