- Teacher: Mario Floris
- Teacher: Paolo Scotton
The aim of the course is to:
1) provide basic concepts for the analysis of the long-term morpohodynamic evolution of coastal systems like e.g., barrier systems, lagoons, deltas, and estuaries;
2) address the role of biogeomorphic processes on the morphological equilibrium and dynamics of coastal systems;
3) analyse response of coastal systems to changes in the governing environmental forcings is then analyzed.
Students will learn how to carry out quantitative analyses on the biomorphodynamic response of coastal systems to current climate changes and increasing human pressure.
1) provide basic concepts for the analysis of the long-term morpohodynamic evolution of coastal systems like e.g., barrier systems, lagoons, deltas, and estuaries;
2) address the role of biogeomorphic processes on the morphological equilibrium and dynamics of coastal systems;
3) analyse response of coastal systems to changes in the governing environmental forcings is then analyzed.
Students will learn how to carry out quantitative analyses on the biomorphodynamic response of coastal systems to current climate changes and increasing human pressure.
- Teacher: Alvise Finotello
- Teacher: Simonetta Cola
- Teacher: Giorgia Dalla Santa
- Teacher: Paolo Scotton
- Teacher: Maria Chiara Dalconi
- Teacher: Lara Maritan
- Teacher: Claudia Agnini
- Teacher: Massimiliano Ghinassi
- Teacher: Massimiliano Zattin
Major aims of the Course:
Delivering the basic concepts about the geology of the Inner Solar System bodies and their explorations.
- How the differences among the major planetary bodies of the Inner Solar Systems reflect their different geological and tectonic evolution.
- Minor bodies astrophysics and geology
- Planetary exploration missions and related payloads.
- Practical exercises on geological analysis of data acquired from planetary missions. .
Delivering the basic concepts about the geology of the Inner Solar System bodies and their explorations.
- How the differences among the major planetary bodies of the Inner Solar Systems reflect their different geological and tectonic evolution.
- Minor bodies astrophysics and geology
- Planetary exploration missions and related payloads.
- Practical exercises on geological analysis of data acquired from planetary missions. .
- Teacher: Monica Lazzarin
- Teacher: Matteo Massironi
