Monitoring storm evolution using a high-density seismic network
Data acquired by a dense seismic network deployed in the Cerdanya basin (Eastern
Pyrenees) is used to track the temporal and spatial evolution of meteorological events such …
Pyrenees) is used to track the temporal and spatial evolution of meteorological events such …
Stratiform and convective rain classification using machine learning models and micro rain radar
Rain type classification into convective and stratiform is an essential step required to
improve quantitative precipitation estimations by remote sensing instruments. Previous …
improve quantitative precipitation estimations by remote sensing instruments. Previous …
Precipitation type classification of micro rain radar data using an improved doppler spectral processing methodology
This paper describes a methodology for processing spectral raw data from Micro Rain Radar
(MRR), a K-band vertically pointing Doppler radar designed to observe precipitation profiles …
(MRR), a K-band vertically pointing Doppler radar designed to observe precipitation profiles …
Surface precipitation phase discrimination in complex terrain
Surface precipitation phase (SPP) discrimination at the ground level (rain or snow) is a key
step in numerous meteorological and hydrological applications. Previous studies have …
step in numerous meteorological and hydrological applications. Previous studies have …
Multi-sensor observations of an elevated rotor during a mountain wave event in the Eastern Pyrenees
The 15 January 2017 a strong northerly synoptic flow lead to the generation of mountain
waves and heavy snowfall over the eastern Pyrenees, particularly over the Cerdanya valley …
waves and heavy snowfall over the eastern Pyrenees, particularly over the Cerdanya valley …
WRF-LES simulation of the boundary layer turbulent processes during the BLLAST campaign
A real case long-term nested large eddy simulation (LES) of 25-day duration is performed
using the WRF-LES modelling system, with a maximum horizontal grid resolution of 111 m …
using the WRF-LES modelling system, with a maximum horizontal grid resolution of 111 m …
[HTML][HTML] Vertical structure and microphysical observations of winter precipitation in an inner valley during the Cerdanya-2017 field campaign
Precipitation processes at windward and leeward sides of the mountains have been object
of study for many decades. Instead, inner mountain valleys, where usually most mountain …
of study for many decades. Instead, inner mountain valleys, where usually most mountain …
Multiple characteristics of precipitation inferred from wind profiler radar Doppler spectra
A methodology to process radar wind profiler Doppler spectra is presented and
implemented for an UHF Degreane PCL1300 system. First, double peak signal detection is …
implemented for an UHF Degreane PCL1300 system. First, double peak signal detection is …
Vertical structures and microphysical mechanisms of winter precipitation over the southwestern mountainous area of China
L Zhou, Y Zhou, Z Fu, J Lü, C Lu, H **ao - Atmospheric Research, 2024 - Elsevier
The vertical structures and microphysical processes of winter precipitation were investigated
using comprehensive observations of three PARSIVELs and one MRR during January …
using comprehensive observations of three PARSIVELs and one MRR during January …
X-Band Radar and Surface-Based Observations of Cold-Season Precipitation in Western Colorado's Complex Terrain
Hydrologic processes associated with intermountain cold-season precipitation in the Upper
Colorado River basin have important impacts on avalanche forecasting and water resource …
Colorado River basin have important impacts on avalanche forecasting and water resource …