Precipitation patterns under global warming scenario are statistically analyzed for the Mediterranean and North Europe areas. Simulation data from the global coupled atmosphere-ocean model INMCM.3 are used and compared with obervations. Changes in intensity, frequency, duration and amount of precipitation due to different IPCC scenarios are investigated. Furthermore we analyze the precipitation patterns for the better understanding of the hydrologic cycle, including a statistical analysis of precipitation extreme events.
Mid Latitude Extreme Precipitation under future changed climate / E., Volodin; M. A., Diansky; U., Lall; C., Karamperidou; Cioffi, Francesco; C., Transerici; R., Purini. - (2010).
Mid Latitude Extreme Precipitation under future changed climate
CIOFFI, Francesco;
2010
Abstract
Precipitation patterns under global warming scenario are statistically analyzed for the Mediterranean and North Europe areas. Simulation data from the global coupled atmosphere-ocean model INMCM.3 are used and compared with obervations. Changes in intensity, frequency, duration and amount of precipitation due to different IPCC scenarios are investigated. Furthermore we analyze the precipitation patterns for the better understanding of the hydrologic cycle, including a statistical analysis of precipitation extreme events.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
