Fisica | PHYSICS VOLCANISM

cod. 0522600008

PHYSICS VOLCANISM

	0522600008
	DIPARTIMENTO DI FISICA "E.R. CAIANIELLO"
	EQF7
	PHYSICS
	2016/2017

PERCORSO COMUNE

	YEAR OF COURSE 2
	YEAR OF DIDACTIC SYSTEM 2014
	SECONDO SEMESTRE

TEACHING UNITS

	SSD	CFU	HOURS	ACTIVITY	TYPE OF ACTIVITY
	GEO/10	6	48	LESSONS	SUPPLEMENTARY COMPULSORY SUBJECTS

	Objectives
	KNOWLEDGE AND UNDERSTANDING THE AIM OF THIS COURSE IS THE ACQUISITION OF THE BASIC KNOWLEDGE ON THE VOLCANO PHYSICS AND METHODS FOR THE IDENTIFICATION OF MAGMA RESERVOIRS, ERUPTIVE PROCESSES AND METHODS FOR VOLCANO MONITORING AND ESTIMATE OF VOLCANIC HAZARDS. APPLYING KNOWLEDGE AND UNDERSTANDING DEVELOP ABILITY TO UNDERSTAND AND TO ANALYZE VOLCANIC PROCESSES. THE COURSE IS DEVOTED TO: - KNOWLEDGE AND ANALYSIS OF THE PHYSICS PROCESSES LEADING TO VOLCANOES; - KNOWLEDGE OF THE MAIN METHODS FOR THE STUDY OF VOLCANIC ERUPTIONS AND THE UNDERSTANDING OF THE PHYSICS OF VOLCANO FORECASTING.

KNOWLEDGE AND UNDERSTANDING
THE AIM OF THIS COURSE IS THE ACQUISITION OF THE BASIC KNOWLEDGE ON THE VOLCANO PHYSICS AND METHODS FOR THE IDENTIFICATION OF MAGMA RESERVOIRS, ERUPTIVE PROCESSES AND METHODS FOR VOLCANO MONITORING AND ESTIMATE OF VOLCANIC HAZARDS.

APPLYING KNOWLEDGE AND UNDERSTANDING
DEVELOP ABILITY TO UNDERSTAND AND TO ANALYZE VOLCANIC PROCESSES. THE COURSE IS DEVOTED TO:
- KNOWLEDGE AND ANALYSIS OF THE PHYSICS PROCESSES LEADING TO VOLCANOES;
- KNOWLEDGE OF THE MAIN METHODS FOR THE STUDY OF VOLCANIC ERUPTIONS AND THE UNDERSTANDING OF THE PHYSICS OF VOLCANO FORECASTING.

	Prerequisites
	BASIC KNOWLEDGE IN MATHEMATICS, PHYSICS, EARTH PHYSICS AND GEOPHYSICS/PHYSICS LABORATORY

	Contents
	THE COURSE CONTENT IS DIVIDED ON THE PRESENTATION OF THE MAIN ISSUES OF THE PHISICS OF THE VOLCANISM SUCH AS THE VOLCANIC PHENOMENA MODELING AND THEIR APPLICATIONS IN ORDER TO REDUCE VOLCANIC RISK. THE MAIN MODULES OF THIS COURSE ARE: • ELEMENTS OF PHYSICAL VOLCANOLOGY. THIS MODULE INCLUDES THE DESCRIPTION OF THE MAIN ASPECTS CONCERNING THE PHYSICS AND PHENOMENOLOGY OF VOLCANIC SYSTEMS AND THEIR GENESIS. • STRUCTURE OF THE VOLCANOES AND IDENTIFICATION OF MAGMA CHAMBERS. THIS MODULE INCLUDES DISCUSSION OF THE MAINMETHODS FOR IDENTIFICATION OF SHALLOW AND DEEP STRUCTURE OF VOLCANOES AND THEIR FEEDING SYSTEMS, WITH PARTICOLAR REFERENCE TO GEOPHYSICAL TOMOGRAPHY. • MONITORING OF VOLCANOES. THIS MODULE ADDRESSES THE PROBLEM OF IDENTIFICATION OF ERUPTION PRECURSORY PHENOMENA AND THE PROBLEM OF EARLY WARNING. • MODELS OF EXPLOSIVE VOLCANOES. THIS CHAPTER FOCUSES ON ISSUES RELATED TO THE TRANSPORT OF MAGMA AND ERUPTIVE MECHANISMS, AS WELL AS METHODS TO SIMULATE THESE PHENOMENA. • THE VOLCANIC RISK. THIS MODULE IS LINKED TO ISSUES OF STATISTICAL AND PREDICTIVE ESTIMATION AND EVALUATION OF THE DIFFERENT TYPES OF VOLCANIC HAZARD AND THE METHODOLOGIES USED FOR VOLCANIC RISK MINIMIZATION.

Contents

THE COURSE CONTENT IS DIVIDED ON THE PRESENTATION OF THE MAIN ISSUES OF THE PHISICS OF THE VOLCANISM SUCH AS THE VOLCANIC PHENOMENA MODELING AND THEIR APPLICATIONS IN ORDER TO REDUCE VOLCANIC RISK. THE MAIN MODULES OF THIS COURSE ARE:

• ELEMENTS OF PHYSICAL VOLCANOLOGY. THIS MODULE INCLUDES THE DESCRIPTION OF THE MAIN ASPECTS CONCERNING THE PHYSICS AND PHENOMENOLOGY OF VOLCANIC SYSTEMS AND THEIR GENESIS.
• STRUCTURE OF THE VOLCANOES AND IDENTIFICATION OF MAGMA CHAMBERS. THIS MODULE INCLUDES DISCUSSION OF THE MAINMETHODS FOR IDENTIFICATION OF SHALLOW AND DEEP
STRUCTURE OF VOLCANOES AND THEIR FEEDING SYSTEMS, WITH PARTICOLAR REFERENCE TO GEOPHYSICAL TOMOGRAPHY.
• MONITORING OF VOLCANOES. THIS MODULE ADDRESSES THE PROBLEM OF IDENTIFICATION OF ERUPTION PRECURSORY PHENOMENA AND THE PROBLEM OF EARLY WARNING.
• MODELS OF EXPLOSIVE VOLCANOES. THIS CHAPTER FOCUSES ON ISSUES RELATED TO THE TRANSPORT OF MAGMA AND ERUPTIVE MECHANISMS, AS WELL AS METHODS TO SIMULATE THESE PHENOMENA.
• THE VOLCANIC RISK. THIS MODULE IS LINKED TO ISSUES OF STATISTICAL AND PREDICTIVE ESTIMATION AND EVALUATION OF THE DIFFERENT TYPES OF VOLCANIC HAZARD AND THE METHODOLOGIES USED FOR VOLCANIC RISK MINIMIZATION.

	Teaching Methods
	LECTURES AND EXERCISES ON THE STRUCTURE OF VOLCANOES AND THEIR DYNAMICS.

	Verification of learning
	THE EXAM IS STRUCTURED SO AS TO VERIFY WHETHER THE ORIGINAL OBJECTIVES HAVE BEEN ACHIEVED OR NOT BY THE STUDENT. THE EXAM IS PERFORMED THROUGH AN ANALYSIS OF A CASE HISTORY, WITH A WRITTEN AND ORAL DISSERTATION. THE FINAL SCORE WILL BE BASED ON THE AVERAGE SCORE OF THE WRITTEN AND ORAL DISCUSSION OTHER THAN THE REPORT.

	Texts
	SCARPA R., TILLING R., 1996. MONITORING AND MITIGATION OF VOLCANO HAZARDS. SPRINGER-VERLAG, BERLIN, 841 PP. GIACOMELLI L., SCANDONE R., 2002, VULCANI E ERUZIONI, PITAGORA ED. BOLOGNA, 278 PP