The present study covers more than 5 yr corresponding to more than 40 000 hours of particle and gas data measured at the Siberian tall tower Zotino Tall Tower (ZOTTO) (60.8%26deg%3BN; 89.35%26deg%3BE). Extrapolated along 10-d back trajectories, the ZOTTO measurements cover large parts of the Eurasian land mass. Mapping the extrapolated ZOTTO data points to major anthropogenic source regions and Siberian fire regions, consistent with emission data for CO and vegetation fires. Middle East mid-latitude sources stand out strongly and possibly emissions from Northern China may be seen at times from ZOTTO. The maps of measured light scattering and absorption characteristics support the interpretation of different source types. Three clusters of s...
International audienceAirborne backscatter lidar at 532 nm and in-situ measurements of black carbon ...
International audienceWe analysed results of three intensive aircraft campaigns above Siberia (April...
International audienceOur study provides new information on aerosol-type seasonal variability and so...
The present study covers more than 5 yr corresponding to more than 40 000 hours of particle and gas ...
This report describes a unique setup for aerosol measurements at the new long-term Tall Tower monito...
This paper analyses aerosol particle number size distributions, particulate absorption at 570 nm wav...
Siberia is one of few continental regions in the Northern Hemisphere where the atmosphere may someti...
An assessment of atmospheric aerosol composition in middle and high latitudes of Eurasia has been ma...
The boreal and arctic zone of Siberia represents an important region in the global Earth system, con...
We present long-term (5-year) measurements of particulate matter with an upper diameter limit of ∼ 1...
The impact of wildfires on surface air composition over central Siberia is investigated based on nea...
International audienceAirborne backscatter lidar at 532 nm and in-situ measurements of black carbon ...
International audienceWe analysed results of three intensive aircraft campaigns above Siberia (April...
International audienceOur study provides new information on aerosol-type seasonal variability and so...
The present study covers more than 5 yr corresponding to more than 40 000 hours of particle and gas ...
This report describes a unique setup for aerosol measurements at the new long-term Tall Tower monito...
This paper analyses aerosol particle number size distributions, particulate absorption at 570 nm wav...
Siberia is one of few continental regions in the Northern Hemisphere where the atmosphere may someti...
An assessment of atmospheric aerosol composition in middle and high latitudes of Eurasia has been ma...
The boreal and arctic zone of Siberia represents an important region in the global Earth system, con...
We present long-term (5-year) measurements of particulate matter with an upper diameter limit of ∼ 1...
The impact of wildfires on surface air composition over central Siberia is investigated based on nea...
International audienceAirborne backscatter lidar at 532 nm and in-situ measurements of black carbon ...
International audienceWe analysed results of three intensive aircraft campaigns above Siberia (April...
International audienceOur study provides new information on aerosol-type seasonal variability and so...