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| ENVT0779-1
| Méthodologie et outils d'observation agrométéorologique
- Collection of environmental information
- Instrumentation and sensors of the natural environment
- Teledetection applied to the natural environment
- Follow-up of vegetation by teledetection
- Geographical information systems
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| Duration : | Collection of environmental information : 24h Th
Instrumentation and sensors of the natural environment : 12h Th
Teledetection applied to the natural environment : 12h Th
Follow-up of vegetation by teledetection : 6h Th, 6h Pr
Geographical information systems : 12h Th, 12h Pr
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| Credits/ECTS : |
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| Holder(s) : | Collection of environmental information : Jacques Nicolas
Instrumentation and sensors of the natural environment : Bernard Tychon
Teledetection applied to the natural environment : André Ozer
Follow-up of vegetation by teledetection : N...
Geographical information systems : Jean‑Paul Donnay
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| Course contents :
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 | | Collection of environmental information |
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| - Definition of the problem and of its objectives
- Introduction to sampling procedures
- Planification of the data collection process (what ? where? with which precision ?)
- Choice and application of the measuring sensors
- Fundamental principles: sensor types, influence factors, constraints of field measurement, metrological characteristics: error, calibration, limits, sensitivity, response time, drift, resolution, ...
The lecture is based on real life examples concerning the environment. |
| | Teledetection applied to the natural environment |
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| Le cours comprend trois parties : la théorie relative à la télédétection, les applications de la télédétection en géomorphologie d'une part et dans les zones rurales et dans le milieu naturel d'autre part.
Après une introduction précisant le domaine de la télédétection, la première partie sera consacrée aux caractéristiques géométriques des photos aériennes, à la vision stéréoscopique et aux déformations du modèle stéréoscopique.
La deuxième partie traitera de l'interprétation géologique et géomorphologique des photos aériennes ainsi que de l'apport des images satellitales dans les sciences de la terre et plus particulièrement sur les risques naturels.
Une troisième partie envisagera l'analyse des zones agricoles, forestières et naturelles ainsi que les apports des données télédétectées en archéologie. |
| | Geographical information systems |
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| - Introduction: geographic information in raster mode
- Modelling of geographic processes (raster)
- Multiple constraints evaluation problems and map algebra
- Multiple criteria problems with one or several objectives
- Introduction to spatial decision support |
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| Course objective :
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| | Collection of environmental information |
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| Explaining the main principles and the conditions of data collection. The aim is to allow the student to examine the data collection methods with a critical eye. |
| | Teledetection applied to the natural environment |
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| Fournir aux étudiants en Gestion de l'Environnement les bases d'interprétation des photos aériennes et des images satellitales. |
| | Geographical information systems |
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| - Formalizing geographic data and processes
- Geographic macro modelling
- Learning by applications and projects
- Handling of digital maps, digital elevation models and remotely sensed data |
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| Prerequisites :
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| | Collection of environmental information |
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| Basic principles in physics and in environmental sciences . |
| | Teledetection applied to the natural environment |
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| Aucun |
| | Geographical information systems |
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| Windows environment on PC
Cartography
Useful: Spatial Analysis and Remote Sensing |
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| Workshops :
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| | Collection of environmental information |
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| 6 hours seminar : group presentations of case studies |
| | Teledetection applied to the natural environment |
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| Sans objet |
| | Geographical information systems |
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| Integrated during the lectures, with practical works achieved on PC with dedicated software |
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| Organization :
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| | Collection of environmental information |
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| 8 modules of 3 hours each, in December...January |
| | Teledetection applied to the natural environment |
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| 12h de cours théoriques : 6 séances de 2h.
Une séance aura pour but, la recherche, par Internet, d'images satellitales. |
| | Geographical information systems |
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| Beginning of the 2d semester
Intensive lectures (one or two weeks - 3 to 6 h / day)
Scheduled with the students choosing this optional lecture. |
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| Written notes :
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| | Collection of environmental information |
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| Published book : "Surveillance de l'environnement - Méthodologie" (in French). |
| | Teledetection applied to the natural environment |
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| Notes de cours théorique (A. OZER)
Notes pour la recherche de données satellitales par Internet (M. Salmon). |
| | Geographical information systems |
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| - Slides PowerPoint
- Slides in PDF format available on a FTP server devoted to the students |
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| Assessment :
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| | Collection of environmental information |
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| Evaluation of oral presentation during the seminar. |
| | Teledetection applied to the natural environment |
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| - Examen théorique écrit (10 pts)
- Rapport sur recherche d'images satellitales (10 pts) |
| | Geographical information systems |
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| Written examination, consisting in the modelling and solving of an application with the help of the dedicated software used during the practical works. |
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| Contacts :
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| | Collection of environmental information |
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| j.nicolas@ulg.ac.be |
| | Geographical information systems |
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| Unit of Geomatics
University of Liège, 17 Allée du 6 Août, 4000 Liège (bâtiment B5)
Secretaryship :
Tel : 04/366.57.42
Fax : 04/366.56.93
Individual coordinates:
Jean-Paul Donnay
tel : 04/366.54.24 jp.donnay@ulg.ac.be |
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| Remarks :
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| | Geographical information systems |
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| See GEOG0202-1 |
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