CODICE | 94634 |
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ANNO ACCADEMICO | 2022/2023 |
CFU |
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SETTORE SCIENTIFICO DISCIPLINARE | ICAR/02 |
LINGUA | Inglese |
SEDE |
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PERIODO | 1° Semestre |
MODULI | Questo insegnamento è un modulo di: |
MATERIALE DIDATTICO | AULAWEB |
Il corso si prefigge di fornire allo studente le conoscenze necessarie per la mappatura della pericolosità (hazard) dovuta ad eventi di inondazione lenta (floods) e ad eventi di inondazione veloce (flash floods). Si approfondiranno anche le tecniche di osservazione delle inondazioni da satellite per il supporto alle fasi di emergenza.
Gli obiettivi sono raggiunti mediante lezioni frontali, esercitazioni pratiche e seminari di approfondimento.
The aim of the course is to introduce the student to the basic concepts and techniques for flood hazard mapping. These include: - the basics of flood hazard mapping: common terminology, indicators of hazard magnitude, basics of mapping techniques - elements of the statistical analysis of the hydrological extremes (river discharge and rainfall). Source of data and common statistical techniques to derive rainfall and river flow quantiles - elements of hydrological models: common simple rainfall-runoff and flow routing models. - flood hazard mapping: empirical, physically based and geomorphological models At the end of the course the student is expected to be able to - understand the meaning of flood hazard magnitude and interpret flood hazard maps - retrieve and manipulate series of hydrological extremes and apply basic statistics deriving rainfall and flood quantiles - apply simple hydrological modelling to the result of the statistical analysis of extremes - draw a flood hazard map for a small river basin using geomorphological methods
The course addresses the problem of flood hazard mapping, as one of the steps of flood risk assessment, by identifying the specific problems linked to the different sizes of watersheds and proposing different methods of solution, in function of the objective of the risk assessment (local scale assessment, country risk profiles, etc ..). In particular, both empirical and physically based methods for flood hazard mapping will be analysed.
The course intends to provide the student with the knowledge needed to interpret flood hazard maps with a view to a subsequent risk assessment and provide the ability to map the same hazard with simplified methodologies. At the end of the course, the student is expected to be able to face the problem of flood hazard mapping at various spatial scales, from the point of view of the end user and of the “producer” and link it to the assessment of the flood risk in support to the phases of the risk management cycle.
In detail the student is expected to be able to:
- understand the meaning of flood hazard magnitude and interpret flood hazard maps
- know the different flood mapping techniques
- retrieve and manipulate series of hydrological extremes and apply basic statistics deriving rainfall and flood quantiles
- apply simple hydrological modelling to the result of the statistical analysis of extremes
- draw a flood hazard map for a small river basin using geomorphological methods
- lezioni frontali
- esercitazioni pratiche con strumenti GIS
- seminari di approfondimento
The topics covered by the course are so subdivided
Introduction: definition of meteo-hydrology, meteo-hydrological hazards and other hazards, methods of representation of flood hazard
Hydrological data analysis: Methods of analysis of hydrological observations for modeling of extremes, common databases for hydrological observations.
Principles of hydrology and hydraulics of extremes: principles of hydrological modelling for flood hazard mapping and flood forecast
Flood hazard mapping: empirical and physically based flood hazard mapping methods
Each section foresees the assignment of an exercise on a specific case study which must be presented for the exam.
Testi e bibliografia essenziale sono costituiti dalle slides del corso e da documenti che verranno messi a disposizione durante il corso tramite aulaweb. Di seguito un primo estratto
Disasters in numbers (last):
https://cred.be/sites/default/files/CredCrunch66.pdf
Databases of meteo-hydrological observations:
•Global Runoff Data Centre(discharge) http://www.bafg.de/GRDC/EN/Home/homepage_node.html
•NCDC Climate data online: https://www.ncdc.noaa.gov/cdo-web/datasets
•IMERG/GPM - TRMM data (rainfall from satellite): https://pmm.nasa.gov/data-access/downloads/
•GEO-GEOSS portal: http://www.geoportal.org/
Global assessment report 2022
https://www.undrr.org/publication/global-assessment-report-disaster-ris…
QGis Tutorials:
https://www.qgistutorials.com/en/
Agli studenti con "disturbi specifici di apprendimento" (DSA) sarà consentito l'utilizzo di modalità e supporti specifici che verranno valutati caso per caso d'intesa con il delegato dei corsi di Ingegneria nella Commissione per l'Inclusione degli studenti con disabilità
Ricevimento: Su appuntamento Informazioni sui contatti del docente possono essere trovati qui: Prof Boni: https://rubrica.unige.it/personale/VUZCWlJs
GIORGIO BONI (Presidente)
MARTINA LAGASIO
ANTONIO PARODI (Presidente Supplente)
Oral
- presentazione di una relazione sulle esercitazioni svolte durante il corso.
- Domande su qualsiasi argomento del programma
Il 60% della valutazione del corso si basa sulla presentazione delle relazioni. Il 40% sull'esito delle domande sul resto del programma.
Data | Ora | Luogo | Tipologia | Note |
---|---|---|---|---|
22/12/2022 | 10:00 | SAVONA | Orale | |
11/01/2023 | 10:00 | SAVONA | Orale | |
17/02/2023 | 10:00 | SAVONA | Compitino | |
30/05/2023 | 10:00 | SAVONA | Orale | |
22/06/2023 | 10:00 | SAVONA | Orale | |
25/07/2023 | 10:00 | SAVONA | Orale | |
12/09/2023 | 10:00 | SAVONA | Orale |