Corso di laurea magistrale in Fisica

The aim of this course is to give an introduction to physical processes which are relevant to the dynamics of Earth's climate and evironment, with particular attention to the impact of energy production on climate change and vice versa. 

  Expected outcome for the successful student:

      Knowledge and understanding  

   A basic theoretical introduction to fundamental processes in climate and environmental physics. Understanding of the main effects of anthropogenic activity on climate and the environment, with particular attention to energy sources.

     Applying knowledge and understanding

Application of physical concepts learned in fundamental courses (mainly on classical physics) to problems regarding climate and environmental physics. Competence in the design of simple physical models for environmental and climate systems and in the intepretation of advanced climate models.

1. The Earth system and climate

2. Pollution, climate change and ozone layer depletion

3. Radiation, greenhouse effect and energy balance models

4. Aerosols, cloud formation and precipitation

5. Introduction to geophysical fluid dynamics and to atmospheric and oceanic circulation

6. Dispersion and large scale transport

7. Earth observation and monitoring

8. Climate models

9. Climate dynamics, variability and extremes

10. Climate projections

Calssroom lectures (24 hours).

The student will be asked to explain some of the concepts learnt during the course. As a part of the examination, it will be possible to prepare and discuss an essay on a topic of interest after agreement with the teachers (further information during the course).  

Invitation to seminars and further supporting activities will be shared with the students.

Hands-on activity on how to obtain and use climate data from observations and models (2 hours).