罗马大学土木环境工程学院的两位教授应邀来我院做学术报告。近期由我院牵头，华东师范大学和罗马大学签署了3+1双文凭联合博士培养项目，对接单位是我们学院和罗马大学土木环境工程学院。欢迎有意向开展合作的老师和有意向申请联合培养项目的博士生前来交流！
时间：2018年10月12日（周五）13:30
主讲人：Prof. Francesco Cioffi （University of Rome ‘ La Sapienza’ ）
摘要：
A number of studies have emphasized the importance of using large-scale atmospheric circulation patterns and global climate mechanisms to constrain future projections of hydrological extremes. In this context, NHMM approaches, to link heavy precipitation/high flood events to atmospheric circulation states in different mid-latitude regions, are discussed. Then a methodology is presented which is based on the development of a stacking downscaling model. Such model - in order to simulate daily rainfall amount and occurrence conditional on such atmospheric predictors- integrates a number of sub-models as Non-Homogeneous Hidden Markov Model (NHMM), random forest model and Xgboosting. The performance of the two approaches are demonstrated. Moreover, a methodology to assess the impact in a real world study cases of future hydrogical extreme changes, is proposed.
报告人简介：
Prof. Francesco Cioffi is from Hydraulics and Environmental Hydraulics, Department of Civil Structural and Environmental Engineering, Faculty of Civil and Industrial Engineering University di Rome ‘ La Sapienza’. His areas of expertise are experimental hydraulics, environmental hydraulics, applied hydrology and climatology. He has collaborated on numerous projects funded by Italian and Foreign Institutions. He won a research prize (Philips Morris research prize 1990) and fellowships (Italian Academy Fellowship, Columbia University, New York for the research: “Flood and drought from decade to century”, Fall 2010; Daad fellowship, GZF Potsdam, Germany, ‘From global to local in times of climate change : exploring the link flood/climate by looking at the underlying common climatic (spatio-temporal) structure in extreme floods in Europe and USA’, 2015. He also was Visiting Professor at the Earth and Environmental Engineering Department of Columbia University New York, in the falls 2011-2013 and Instructor of the course ' River and Coastal Hydrodynamics ' at the Earth and Environmental Department of Columbia University New-York in the Academic years 2011,2012,2013 and currently Adjunct Research Scientist at Columbia University (NY).
主讲人：Dr. Federico Conticello（University of Rome ‘ La Sapienza’ ）
报告人简介：
Dr. Federico Conticello is graduated from University of Rome "La Sapienza". His researches focus on climate changes and their effects on hydrological extremes, I.e. floods and droughts, using methodologies such as: complex networks, markovian processes, neural networks, deep learning and ensemble models. He collaborated to research projects financed by public and private sectors in Italy, Europe and US. Such projects covered: optimization of water resource management, disaster risk reduction and climate change adaptation.
时间：2018年10月12日（周五）13:30
地点：闵行校区资环楼354会议室
主持人：刘敏 教授
报告一：
主讲人：Prof. Francesco Cioffi （University of Rome ‘ La Sapienza’ ）
摘要：
A number of studies have emphasized the importance of using large-scale atmospheric circulation patterns and global climate mechanisms to constrain future projections of hydrological extremes. In this context, NHMM approaches, to link heavy precipitation/high flood events to atmospheric circulation states in different mid-latitude regions, are discussed. Then a methodology is presented which is based on the development of a stacking downscaling model. Such model - in order to simulate daily rainfall amount and occurrence conditional on such atmospheric predictors- integrates a number of sub-models as Non-Homogeneous Hidden Markov Model (NHMM), random forest model and Xgboosting. The performance of the two approaches are demonstrated. Moreover, a methodology to assess the impact in a real world study cases of future hydrogical extreme changes, is proposed.
报告人简介：
Prof. Francesco Cioffi is from Hydraulics and Environmental Hydraulics, Department of Civil Structural and Environmental Engineering, Faculty of Civil and Industrial Engineering University di Rome ‘ La Sapienza’. His areas of expertise are experimental hydraulics, environmental hydraulics, applied hydrology and climatology. He has collaborated on numerous projects funded by Italian and Foreign Institutions. He won a research prize (Philips Morris research prize 1990) and fellowships (Italian Academy Fellowship, Columbia University, New York for the research: “Flood and drought from decade to century”, Fall 2010; Daad fellowship, GZF Potsdam, Germany, ‘From global to local in times of climate change : exploring the link flood/climate by looking at the underlying common climatic (spatio-temporal) structure in extreme floods in Europe and USA’, 2015. He also was Visiting Professor at the Earth and Environmental Engineering Department of Columbia University New York, in the falls 2011-2013 and Instructor of the course ' River and Coastal Hydrodynamics ' at the Earth and Environmental Department of Columbia University New-York in the Academic years 2011,2012,2013 and currently Adjunct Research Scientist at Columbia University (NY).
报告二：
主讲人：Dr. Federico Conticello（University of Rome ‘ La Sapienza’ ）
报告人简介：
Dr. Federico Conticello is graduated from University of Rome "La Sapienza". His researches focus on climate changes and their effects on hydrological extremes, I.e. floods and droughts, using methodologies such as: complex networks, markovian processes, neural networks, deep learning and ensemble models. He collaborated to research projects financed by public and private sectors in Italy, Europe and US. Such projects covered: optimization of water resource management, disaster risk reduction and climate change adaptation.