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Siberian wildfires and related regional anomalies of atmospheric impuritiesduring the period of 2000-2019 are analyzed. The long-range transport ofbiomass burning products from Siberian wildfires into the Arctic atmosphereduring the period of 2000-2019 is estimated. An analysis of the characteristicsof forest fires over the past two decades revealed a significant increase inradiation power of an average Siberian wildfire. A joint analysis of fireactivity in Siberian forests, as well as the contents of the black carbon (BC)and carbon monoxide (CO) contents in the Arctic atmosphere, indicates thatextreme fire events cause the development of regional anomalies in BC and CO.Correlation between the anomalies of BC (CO) over the Russian segment of theArctic and the number of Siberian wildfires is found to be statisticallysignificant. Using a linear regression, an estimates of the sensitivity of thetotal BC content and in the volume mixing ratio of CO to the increase in thenumber of fires. The results of an analysis of the long-range BC transport intothe Arctic It is shown, in particular, that the transport of BC to the Arcticfrom the Siberian regions with fires in the summer of 2019 was associated withthe features of large-scale atmospheric circulation characteristic foratmospheric blocking.

Siberian wildfires and related gas and aerosol emissions into the atmosphere over the past decades