2024
Geomatics and Geographic Information Techniques
Name: Geomatics and Geographic Information Techniques
Code: ERU13088L
3 ECTS
Duration: 15 weeks/78 hours
Scientific Area:
Rural Engineering
Teaching languages: Portuguese
Languages of tutoring support: Portuguese, English, Spanish
Regime de Frequência: Presencial
Sustainable Development Goals
Learning Goals
The acquisition of theoretical and practical competences on Global Navigation Satellite Systems (GNSS), Geographic Information Systems and Remote Sensing applied to Viticulture and winery.
The students should acquire knowledge, skills and competences:
- on GNSS field handling (intelligent soil and plant sampling, etc.);
- on structuring spatial databases relevant to vine and wine management;
- in the application of various remote sensing techniques, relevant to vineyards and wine management.
The students should acquire knowledge, skills and competences:
- on GNSS field handling (intelligent soil and plant sampling, etc.);
- on structuring spatial databases relevant to vine and wine management;
- in the application of various remote sensing techniques, relevant to vineyards and wine management.
Contents
1. Global navigation satellite systems (GNSS) in viticulture and oenology (Survey of geographic variables)
2. The study of GIS techniques to viticulture and oenology (creation, structuring and manipulation of geographic databases)
3. The use of remote (satellite images, drones, etc ...) and proximal (multispectral, geophysical, etc ...) sensors in the vine and wine management.
4. The application of image processing algorithms to viticulture and oenology.
2. The study of GIS techniques to viticulture and oenology (creation, structuring and manipulation of geographic databases)
3. The use of remote (satellite images, drones, etc ...) and proximal (multispectral, geophysical, etc ...) sensors in the vine and wine management.
4. The application of image processing algorithms to viticulture and oenology.
Teaching Methods
Work in classroom: The theoretical and practical competences will be acquired in the classroom. The theoretical component will always be followed by its application in practical situations, through the resolution of exercises using specific programs and technologies. A work group will integrate the acquired knowledge given in the curricular unit.
Remote work: Introduction to the fundamental theoretical concepts through made available resources, in Moodle (lessons, several texts, PowerPoint presentations, Internet pages, etc). Students work will be guided to reach specific objectives. They will also develop collaborative work in Moodle.
Evaluation: 40% for the theoretical component and 60% the practical component.
Remote work: Introduction to the fundamental theoretical concepts through made available resources, in Moodle (lessons, several texts, PowerPoint presentations, Internet pages, etc). Students work will be guided to reach specific objectives. They will also develop collaborative work in Moodle.
Evaluation: 40% for the theoretical component and 60% the practical component.
Teaching Staff
- Ana Cristina Andrade Gonçalves
- José Rafael Marques da Silva [responsible]