+47 55583705

+49 30 83864908

+41-(0)44-6325480

Silvio Davolio is Researcher at ISAC since 2008. Contract Professor of Atmospheric Physics (2007-2012) at the Dep. of Physics, Università Cattolica of Brescia. Author/co-author of almost 60 peer reviewed papers. Involved in many national and international projects. Associated Editor of the Quarterly Journal of the Roy. Met. Soc. since 2010, Co-Editor of Weather and Climate Dynamics since 2019, member of the Editorial Board of the Bulletin of Atmospheric Sciences and Technology; Guest Editor for Natural Hazards and Earth System Sciences. Member of the International Scientific Steering Committee of the HyMeX programme (2010-2020); vice-Chair of the COST Action CA19109 MedCyclones (2020-2024). Main research interests are in meteorology, atmospheric dynamics, data assimilation and numerical meteorological modelling. Within these topics, he dealt with the application of numerical models to the study of intense meteorological phenomena in the Mediterranean basin and the improvement of their prediction. Particular attention has been paid on the study of different dynamical and meteorological phenomena associated with the presence of complex orography, such as atmospheric rivers, intense orographic precipitation, development of convective systems in mountainous regions, orographic cyclogenesis, on intense Mediterranean cyclones and on coupling meteorological models with hydrological and ocean models.

Silvio Davolio is Researcher at ISAC since 2008. Contract Professor of Atmospheric Physics (2007-2012) at the Dep. of Physics, Università Cattolica of Brescia. Author/co-author of almost 60 peer reviewed papers. Involved in many national and international projects. Associated Editor of the Quarterly Journal of the Roy. Met. Soc. since 2010, Co-Editor of Weather and Climate Dynamics since 2019, member of the Editorial Board of the Bulletin of Atmospheric Sciences and Technology; Guest Editor for Natural Hazards and Earth System Sciences. Member of the International Scientific Steering Committee of the HyMeX programme (2010-2020); vice-Chair of the COST Action CA19109 MedCyclones (2020-2024). Main research interests are in meteorology, atmospheric dynamics, data assimilation and numerical meteorological modelling. Within these topics, he dealt with the application of numerical models to the study of intense meteorological phenomena in the Mediterranean basin and the improvement of their prediction. Particular attention has been paid on the study of different dynamical and meteorological phenomena associated with the presence of complex orography, such as atmospheric rivers, intense orographic precipitation, development of convective systems in mountainous regions, orographic cyclogenesis, on intense Mediterranean cyclones and on coupling meteorological models with hydrological and ocean models.

My expertise lies at the interface of weather and climate timescales, in long-range predictability and prediction, extreme events, and global connections in the climate system, including tropical - midlatitude - Arctic teleconnections, as well as stratosphere - troposphere coupling.

My expertise lies at the interface of weather and climate timescales, in long-range predictability and prediction, extreme events, and global connections in the climate system, including tropical - midlatitude - Arctic teleconnections, as well as stratosphere - troposphere coupling.

The atmospheric patterns of wind, pressure, and temperature, and their temporal variations, influence our daily lives through the changes in weather, and on seasonal and longer time scales, through changes in climate conditions. The global circulation of the atmosphere, which consists of a few different regions, is one of the main features determining the climate zones on Earth. Understanding the circulation of the atmosphere, and the ability to simulate it numerically and predict the weather, have advanced greatly in the past half century or so. The vast growth of data from these efforts has strengthened our need for a fundamental physical understanding of theis circulation, in particular, it is important to understand its natural variability, in relation to the response to external forcing and man made changes. Research in my group centers on developing an understanding of the main atmospheric wind and temperature patterns, their natural variations and response to different forms of forcing, on daily, seasonal, annual and longer time scales

The atmospheric patterns of wind, pressure, and temperature, and their temporal variations, influence our daily lives through the changes in weather, and on seasonal and longer time scales, through changes in climate conditions. The global circulation of the atmosphere, which consists of a few different regions, is one of the main features determining the climate zones on Earth. Understanding the circulation of the atmosphere, and the ability to simulate it numerically and predict the weather, have advanced greatly in the past half century or so. The vast growth of data from these efforts has strengthened our need for a fundamental physical understanding of theis circulation, in particular, it is important to understand its natural variability, in relation to the response to external forcing and man made changes. Research in my group centers on developing an understanding of the main atmospheric wind and temperature patterns, their natural variations and response to different forms of forcing, on daily, seasonal, annual and longer time scales

+47 55583705

+49 30 83864908

Assistant professor for atmospheric circulation at ETH Zürich interested in high-resolution modeling of weather and climate dynamics. ERC Starting Grant holder and European Meteorological Society (EMS) Young Scientist Awardee in 2019. Co-editor of EGU's weather and climate dynamics.

Assistant professor for atmospheric circulation at ETH Zürich interested in high-resolution modeling of weather and climate dynamics. ERC Starting Grant holder and European Meteorological Society (EMS) Young Scientist Awardee in 2019. Co-editor of EGU's weather and climate dynamics.

+41 44 632 75 66

I am a Senior Lecturer in the School of Earth, Atmosphere & Environment at Monash University. My research interests are in atmospheric dynamics and climate change. I am particularly interested in the influence of cloud and precipitation processes on atmospheric circulations of a wide range of spatial scales.

I am a Senior Lecturer in the School of Earth, Atmosphere & Environment at Monash University. My research interests are in atmospheric dynamics and climate change. I am particularly interested in the influence of cloud and precipitation processes on atmospheric circulations of a wide range of spatial scales.

+41-(0)44-6325480