In order to assess the seasonal and annual variability of long-range transported anthropogenic pollutants from East Asia and their effect on the hygroscopicity and precipitation process over the western North Pacific, we conducted long-term calculations of bulk hygroscopicity, g(90%)(ZSR), based on the ZSR model using chemical composition data from 2001-2012 at Chichijima Island. We found that sea-salts (Na+ and Cl-) are the major mass fraction (65%) of the total water-soluble matter followed by SO42- (20%) and WSOM (6%). The seasonal variation of g(90%)(ZSR) was high in summer to autumn and low in winter to spring months, probably due to the influence of the long-range transport of anthropogenic SO42-, dust, and organics from East Asia and...
Atmospheric transport of soil microorganisms and higher plant waxes in East Asia significantly influ...
In recent decades, droughts have occurred in the western-to-central United States (US), significantl...
k-means statistical-cluster analysis of submicron aerosol size distributions is combined with coinci...
In order to assess the seasonal and annual variability of long-range transported anthropogenic pollu...
In order to characterize the long-term trend of remote marine aerosols, a 12-year observation was co...
The present study reports on long-term trends of carbonaceous aerosols in total suspended particula...
To better understand the impact of East Asian pollutants on the molecular composition of marine orga...
We examine the direct effect of anthropogenic sulfate aerosol from China on the sea surface temperat...
The relationship between sea salt aerosol and the precipitation in the North Pacific is analyzed by ...
East Asia has a significant concentration of pollutant aerosols, mostly due to rapid industrializati...
[1] Hygroscopic growth of aerosol particles at 85 % relative humidity and the number fraction of clo...
Atmospheric deposition of long-range transported continental substances from natural and anthropogen...
Aerosol particulate matter contributes significantly to the global climate directly, through scatter...
The Pacific Ocean is one of the few remaining regions of the northern hemisphere that is relatively ...
The regular eastward drift of transboundary aerosol intrusions from the Asian mainland into the NW P...
Atmospheric transport of soil microorganisms and higher plant waxes in East Asia significantly influ...
In recent decades, droughts have occurred in the western-to-central United States (US), significantl...
k-means statistical-cluster analysis of submicron aerosol size distributions is combined with coinci...
In order to assess the seasonal and annual variability of long-range transported anthropogenic pollu...
In order to characterize the long-term trend of remote marine aerosols, a 12-year observation was co...
The present study reports on long-term trends of carbonaceous aerosols in total suspended particula...
To better understand the impact of East Asian pollutants on the molecular composition of marine orga...
We examine the direct effect of anthropogenic sulfate aerosol from China on the sea surface temperat...
The relationship between sea salt aerosol and the precipitation in the North Pacific is analyzed by ...
East Asia has a significant concentration of pollutant aerosols, mostly due to rapid industrializati...
[1] Hygroscopic growth of aerosol particles at 85 % relative humidity and the number fraction of clo...
Atmospheric deposition of long-range transported continental substances from natural and anthropogen...
Aerosol particulate matter contributes significantly to the global climate directly, through scatter...
The Pacific Ocean is one of the few remaining regions of the northern hemisphere that is relatively ...
The regular eastward drift of transboundary aerosol intrusions from the Asian mainland into the NW P...
Atmospheric transport of soil microorganisms and higher plant waxes in East Asia significantly influ...
In recent decades, droughts have occurred in the western-to-central United States (US), significantl...
k-means statistical-cluster analysis of submicron aerosol size distributions is combined with coinci...