Architecture, town and territory : Environmental Science

LBARC1142  2016-2017  Bruxelles

Architecture, town and territory : Environmental Science
4.0 credits
40.0 h
1q

Teacher(s)
Vermer Francois ;
Language
Français
Online resources

Syllabus and selected slideshows available on the Moodle platform.

Evaluation methods

Evaluation will be based on a written exam (Multiple choice, maximum duration 3 hours), organized at the end of "Q1" period. This will cover all the topics teached and seek to verify both the good assimilation of basic theoretical concepts, as well as thinking abilities and integration of various disciplinary taught acquired.

Teaching methods

The course will be in the form of lectures, during which teachers will define and present the main theoretical concepts as well as many complementary case studies.

Content

The course will cover the following chapters :

  • Overview of the Earth by reviewing the great events of its geological history.
  • - Elements of crystallography and mineralogy.
    Basics in petrology, petrography, rocks identification and alteration /erosion processes leading to sediments of all size.
  • Introduction to the reading of geological maps.
  • The cycle of rocks and three major families: R. igneous, sedimentary and metamorphic Rocks.
  • Introduction to stratigraphy, paleontology and paleoclimatology.
  • Theory of plate tectonics.
  • Synthetic presentation of the geology of Belgium and its border areas.
  • Concepts of geomorphology, geology and hydrogeology dynamic.
  • Apparent path of the Sun from Earth's surface and energy budget on the ground.
  • Global environmental issues : Climate change, Air quality and Industrial pollution, Sustainable development, International environment polities, Declining biodiversity and Alternative energy, ...
  • Landscape reading exercices.
Bibliography

Amat, J-P., Dorize,L. & Le Coeur, C., 1996, Éléments de Géographie physique. Bréal, Paris

Bailly, A. et al., 1995, Représenter la ville, Economia, Collection Géo Poche, Paris

Bailly, A. et Huriot, J.-M., 1999, Villes et croissances, Anthropos, Paris

Bonnamour, J., 1993, Géographie rurale, position et méthode, Masson, Paris

Boulvain, F., 2013, Géologie générale : du minéral aux géosphères, Ed. Ellipses, Paris

Brabant, M., 2014, Topographie opérationnelle : Mesures - Calculs - Dessins - Implantation, Editions Eyrolles, Paris

Brabant, M., 2003, Maîtriser la Topographie : des observations aux plans, Editions Eyrolles

Bravard, J.P. & Petit, F., 1997, Les cours d'eau : dynamique du système fluvial, Coll. U, A. Colin, Paris, 222 p.

Coque, R., 1977, Géomorphologie, Coll. U, A. Colin, Paris, 430 p.

Derruau, M, 1994,  Les formes du relief terrestre, Masson, Paris, 115 p.

Foucault, A., Raoult J.-F. et al., 2014, Dictionnaire de géologie (8ème édition), DUNOD, Paris, 326 p.

Gousset, J.-P., 2014, Plans topographiques, plans d'architecte, permis de construire & RT,  Editions Eyrolles

Grafmeyer, Y., 1994, Sociologie urbaine, Nathan, Collection Université, Paris

Martin, P., 2010, Géologie appliquée au BTP, Editions Eyrolles, Paris

Pomerol, C., Lagabrielle, Y. et al., 2011, Eléments de géologie (14ème édition), DUNOD, Paris, 959 p.

Ramade, F., 2012, Eléments d'écologie - Ecologie appliquée : Action de l'Homme sur la biosphère (7ème édition), DUNOD, Paris, 791 p.

Faculty or entity<


Programmes / formations proposant cette unité d'enseignement (UE)

Program title
Sigle
Credits
Prerequisites
Aims
Bachelor in architecture (Bruxelles)
4
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