In this article, we propose a spatial model for analyzing extreme rainfall values over the Triveneto region (Italy). We assess the existence of a long-term trend in the extremes. To integrate data coming from the different stations, we propose a hierarchical model. At the first level, for each monitoring station we model data by making use of a generalized extreme value distribution; at the second level, we combine results from the first stage by exploiting recent advances in modeling nonstationary spatial random fields
Extreme precipitation trends and events are fundamental for the definition of the region's climate a...
AbstractIt is well recognized that the generalized extreme value (GEV) distribution is widely used f...
International audienceThis paper makes a regional evaluation of trend in yearly maxima of daily rain...
In this article, we propose a spatial model for analyzing extreme rainfall values over the Triveneto...
Extreme value models and techniques are widely applied in environmental studies to define protection...
Orography strongly interacts with the atmospheric circulation, especially during frontal events, gen...
We investigate and discuss limitations of the approach based on homogeneous regions (hereafter refer...
The occurrence of rainfalls of high magnitude constitutes a primary natural hazard in many parts of...
Abstract. Natural hydrometeorological disasters in the Mediterranean region have occurred in the pas...
The areal modeling of the extremes of a natural process such as rainfall or temperature is important...
Regional models of extreme rainfall must address the spatial variability induced by orographic obsta...
The goal of this work is to characterize the extreme precipitation simulated by a regional climate m...
Abstract. The areal modeling of the extremes of a natural process such as rainfall or temperature is...
We propose an approach to spatial modeling of extreme rainfall, based on max-stable processes fitted...
Study region: Italy. Study focus: Knowing magnitude and frequency of extreme precipitation is necess...
Extreme precipitation trends and events are fundamental for the definition of the region's climate a...
AbstractIt is well recognized that the generalized extreme value (GEV) distribution is widely used f...
International audienceThis paper makes a regional evaluation of trend in yearly maxima of daily rain...
In this article, we propose a spatial model for analyzing extreme rainfall values over the Triveneto...
Extreme value models and techniques are widely applied in environmental studies to define protection...
Orography strongly interacts with the atmospheric circulation, especially during frontal events, gen...
We investigate and discuss limitations of the approach based on homogeneous regions (hereafter refer...
The occurrence of rainfalls of high magnitude constitutes a primary natural hazard in many parts of...
Abstract. Natural hydrometeorological disasters in the Mediterranean region have occurred in the pas...
The areal modeling of the extremes of a natural process such as rainfall or temperature is important...
Regional models of extreme rainfall must address the spatial variability induced by orographic obsta...
The goal of this work is to characterize the extreme precipitation simulated by a regional climate m...
Abstract. The areal modeling of the extremes of a natural process such as rainfall or temperature is...
We propose an approach to spatial modeling of extreme rainfall, based on max-stable processes fitted...
Study region: Italy. Study focus: Knowing magnitude and frequency of extreme precipitation is necess...
Extreme precipitation trends and events are fundamental for the definition of the region's climate a...
AbstractIt is well recognized that the generalized extreme value (GEV) distribution is widely used f...
International audienceThis paper makes a regional evaluation of trend in yearly maxima of daily rain...