Using the back-trajectory model #HySPLIT, and the isotope distillation model #SWIM, we show that the observed isotope profiles carry signatures of (1.) the hydrological pathway during vapor transport 🧶, (2.) mixing with vapor from surface snow ❄️, and (3.) katabatic winds.💨
Auch Montag weiter #Waldbrand-#Rauch über #Deutschland (#PollyNet #lidar). Jetzt auf ca. 4 km Höhe. Luftmassen von #WestCoastFires wie #CaliforniaFires & #OregonFires (Quelle: @NOAA ARL #HYSPLIT). Rauch bildet feine Schleier-#Wolken / #Leipzig @ACTRISRI...
On Monday, #bushfires #smoke layers over #Germany continue (#PollyNet #lidar). Now it has fallen to about 4km altitude. It can be traced back to #CaliforniaFires & #OregonFires (Source: @NOAA ARL #HYSPLIT). Smoke forms fine veil #clouds over #Leipzig / @ACTRISRI #WestCoastFires
#Smoke of #wildfires in #USA & #Canada over #Europe - observed with #Lidar @tropos_de tonight in 7-11km over #Leipzig, #Germany. #PollyNet http://polly.tropos.de @ACTRISRI #weatherfriending #CaliforniaWildfires #BCWildfires #dust #HYSPLIT @NOAAResearch...
#Rauch der Waldbrände in #USA & #Kanada jetzt über Europa – beobachtet mit dem #Lidar #PollyXT @tropos_de heute Nacht in 7-11km über #Leipzig http://lacros.rsd.tropos.de #PollyNet http://polly.tropos.de @ACTRISRI #wildfires #Staub s.a. #HYSPLIT @NOAAResearch...
