About 30 years of measurements made by the rain gauges located in Piedmont (Italy) have been analyzed. Rain gauges have been divided into 4 dataset considering the complex orography near Turin, namely the flatlands, mountains, hills and urban areas. For each group of gauges, the Gen-eralized Extreme Values (GEV) distributions are estimated considering both the entire dataset of available data and different sets of 3 years of data in running mode. It is shown that the GEV esti-mated parameters temporal series for the 3 years dataset do not present any specific trend over the entire period. The study presented here is preliminary to a future extreme rainfall event analysis using high temporal and spatial resolution X-band weather radar with a limited temporal availability of radar maps covering the same area.
Extreme rainfall event analysis using rain gauges in a variety of geographical situations / Bertoldo, Silvano; Lucianaz, Claudio; Allegretti, Marco. - In: ATMOSPHERIC AND CLIMATE SCIENCE. - ISSN 2160-0422. - ELETTRONICO. - 5:2(2015), pp. 82-90. [10.4236/acs.2015.52006]
Extreme rainfall event analysis using rain gauges in a variety of geographical situations
BERTOLDO, SILVANO;LUCIANAZ, CLAUDIO;ALLEGRETTI, MARCO
2015
Abstract
About 30 years of measurements made by the rain gauges located in Piedmont (Italy) have been analyzed. Rain gauges have been divided into 4 dataset considering the complex orography near Turin, namely the flatlands, mountains, hills and urban areas. For each group of gauges, the Gen-eralized Extreme Values (GEV) distributions are estimated considering both the entire dataset of available data and different sets of 3 years of data in running mode. It is shown that the GEV esti-mated parameters temporal series for the 3 years dataset do not present any specific trend over the entire period. The study presented here is preliminary to a future extreme rainfall event analysis using high temporal and spatial resolution X-band weather radar with a limited temporal availability of radar maps covering the same area.File | Dimensione | Formato | |
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https://hdl.handle.net/11583/2598771
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