Studies of saharan dust intrusions over bucharest using ceilometer’s measurements and satellite data

Three case studies of Saharan dust intrusions over southern Romania were performed. For these studies the database from the ceilometers located at Magurele and Strejnic was used. In addition, the meteorological conditions were analyzed using the WLK Catalogue based on the Objektive Wetterlagenklassi...

Full description

Bibliographic Details
Main Authors: Urlea Denisa, Boscornea Andreea, Nicolae Vâjâiac Sorin, Ţoancă Florica, Barbu Nicu, Ştefan Sabina, Bunescu Ionuț
Format: Article
Language:English
Published: EDP Sciences 2018-01-01
Series:EPJ Web of Conferences
Online Access:https://doi.org/10.1051/epjconf/201817611004
id doaj-9e8ceed01c024e48a75fe210051a24eb
record_format Article
spelling doaj-9e8ceed01c024e48a75fe210051a24eb2021-08-02T11:01:32ZengEDP SciencesEPJ Web of Conferences2100-014X2018-01-011761100410.1051/epjconf/201817611004epjconf_ilrc28_11004Studies of saharan dust intrusions over bucharest using ceilometer’s measurements and satellite dataUrlea DenisaBoscornea AndreeaNicolae Vâjâiac SorinŢoancă FloricaBarbu NicuŞtefan SabinaBunescu IonuțThree case studies of Saharan dust intrusions over southern Romania were performed. For these studies the database from the ceilometers located at Magurele and Strejnic was used. In addition, the meteorological conditions were analyzed using the WLK Catalogue based on the Objektive Wetterlagenklassifikation classification of the weather types [1]. This catalogue uses information from three basic tropospheric levels: 925, 700 and 500 hPa, and information on the precipitable water content over the entire atmosphere column. Geopotential fields at 925hPa and 500hPa are used for establishing the cyclonicity or anticyclonicity, while the U and V components of wind at 700hPa for establishing the dominant direction of the wind flow. For better understanding of the atmospheric parameters we performed HYSPLIT dispersion and trajectories analysis in conjunction with DREAM model output data.https://doi.org/10.1051/epjconf/201817611004
collection DOAJ
language English
format Article
sources DOAJ
author Urlea Denisa
Boscornea Andreea
Nicolae Vâjâiac Sorin
Ţoancă Florica
Barbu Nicu
Ştefan Sabina
Bunescu Ionuț
spellingShingle Urlea Denisa
Boscornea Andreea
Nicolae Vâjâiac Sorin
Ţoancă Florica
Barbu Nicu
Ştefan Sabina
Bunescu Ionuț
Studies of saharan dust intrusions over bucharest using ceilometer’s measurements and satellite data
EPJ Web of Conferences
author_facet Urlea Denisa
Boscornea Andreea
Nicolae Vâjâiac Sorin
Ţoancă Florica
Barbu Nicu
Ştefan Sabina
Bunescu Ionuț
author_sort Urlea Denisa
title Studies of saharan dust intrusions over bucharest using ceilometer’s measurements and satellite data
title_short Studies of saharan dust intrusions over bucharest using ceilometer’s measurements and satellite data
title_full Studies of saharan dust intrusions over bucharest using ceilometer’s measurements and satellite data
title_fullStr Studies of saharan dust intrusions over bucharest using ceilometer’s measurements and satellite data
title_full_unstemmed Studies of saharan dust intrusions over bucharest using ceilometer’s measurements and satellite data
title_sort studies of saharan dust intrusions over bucharest using ceilometer’s measurements and satellite data
publisher EDP Sciences
series EPJ Web of Conferences
issn 2100-014X
publishDate 2018-01-01
description Three case studies of Saharan dust intrusions over southern Romania were performed. For these studies the database from the ceilometers located at Magurele and Strejnic was used. In addition, the meteorological conditions were analyzed using the WLK Catalogue based on the Objektive Wetterlagenklassifikation classification of the weather types [1]. This catalogue uses information from three basic tropospheric levels: 925, 700 and 500 hPa, and information on the precipitable water content over the entire atmosphere column. Geopotential fields at 925hPa and 500hPa are used for establishing the cyclonicity or anticyclonicity, while the U and V components of wind at 700hPa for establishing the dominant direction of the wind flow. For better understanding of the atmospheric parameters we performed HYSPLIT dispersion and trajectories analysis in conjunction with DREAM model output data.
url https://doi.org/10.1051/epjconf/201817611004
work_keys_str_mv AT urleadenisa studiesofsaharandustintrusionsoverbucharestusingceilometersmeasurementsandsatellitedata
AT boscorneaandreea studiesofsaharandustintrusionsoverbucharestusingceilometersmeasurementsandsatellitedata
AT nicolaevajaiacsorin studiesofsaharandustintrusionsoverbucharestusingceilometersmeasurementsandsatellitedata
AT toancaflorica studiesofsaharandustintrusionsoverbucharestusingceilometersmeasurementsandsatellitedata
AT barbunicu studiesofsaharandustintrusionsoverbucharestusingceilometersmeasurementsandsatellitedata
AT stefansabina studiesofsaharandustintrusionsoverbucharestusingceilometersmeasurementsandsatellitedata
AT bunescuionut studiesofsaharandustintrusionsoverbucharestusingceilometersmeasurementsandsatellitedata
_version_ 1721233590949249024