A data-driven approach to the classification of hydrometeors from measurements collected
with polarimetric weather radars is proposed. In a first step, the optimal number of …

This Special Issue presents a wide range of studies carried out over the last three years
exploiting the exceptional dataset of observations and model output collected during SOP1 …

Radar-based hydrometeor classification typically comes down to determining the dominant
type of hydrometeor populating a given radar sampling volume. In this paper we address the …

An international field experiment took place in the Swiss Jura in January 2021 as a
milestone of the European ICE GENESIS project (www. ice-genesis. eu/), which aims to …

Mediterranean regions are prone to heavy rainfall, flash floods, and erosion issues. Drop
size distribution (DSD) is a key element for studying these phenomena through the …

The structure of a bow‐echo system that crossed southeast France on 24 September 2012
during the first Special Observation Period of the Hydrological cycle in the Mediterranean …

This paper reports results from an inter-comparison effort involving water vapor and
temperature sensors, which took place in the North-Western Mediterranean in the period …

A fuzzy logic hydrometeor classification algorithm (HCA), allowing discrimination between
six microphysical species regardless of the radar wavelength is presented and evaluated …

An intense and fast moving convective line that crossed Massif Central/Cévennes-Vivarais
area (south France) during the field campaign of Hydrological Cycle in Mediterranean …

Radial velocity measurements collected by the airborne radar RASTA during Hydrological
Cycle in the Mediterranean Experiment (HyMeX) S pecial Observation Period (SOP) 1 are …