The paper reports data on concentrations of organic compounds (organic carbon, lipids; aliphatic hydrocarbons, and polycyclic aromatic hydrocarbons) in snow, ice, and sub-ice waters from the mouth of the Severnaya Dvina River in March 2005-2007 and the Kandalaksha Gulf (Chupa Bay) in March 2004. It was established that organic compounds are accumulated in snow and the upper ice layer near Archangelsk city. Distribution of molecular markers indicates that pollutions were mainly caused by local fallouts. In the Chupa Bay organic compounds are concentrated in the lower ice layer; it is typical for Arctic snow-ice cover. High contents of organic compounds in the snow-ice cover of the White Sea are caused by pollution of air and water during the...
Investigation of organic compounds in ice cores can potentially unlock a wealth of new information i...
Some of Russia’s large industrial cities are sources of hazardous contamination in the environment. ...
Snowmelt is known to cause peak concentrations of pollutants which may adversely affect receiving wa...
This paper presents data on concentrations and composition of organic substances, lipids, and hydroc...
Integrated studies of particulate matter and organic compounds in surface waters and the snow-ice co...
The lipid composition of particulate matter in oceanic environments can provide informations on the ...
Organic molecular marker compounds are widely used to identify emissions from anthropogenic and biog...
The physical, chemical, and biological processes involving organics in ice in the environment impact...
AbstractA method was developed to quantify a suite of organic compounds from snow melt water samples...
Environmental issues in the Arctic region are of primary importance due to the fragility of the Arct...
Snow efficiently scavenges organic contaminants from the atmosphere. Those chemicals can be released...
Polar regions are fragile ecosystems threatened by both long-range pollution and local human contami...
POPs in the Arctic are the focus of international concern due to their occurrence and accumulation i...
The climate change in the Arctic has received more attention in the recent decades. Especially the c...
The major objective of this study are polycyclic aromatic hydrocarbons (PAHs) in the snow cover of t...
Investigation of organic compounds in ice cores can potentially unlock a wealth of new information i...
Some of Russia’s large industrial cities are sources of hazardous contamination in the environment. ...
Snowmelt is known to cause peak concentrations of pollutants which may adversely affect receiving wa...
This paper presents data on concentrations and composition of organic substances, lipids, and hydroc...
Integrated studies of particulate matter and organic compounds in surface waters and the snow-ice co...
The lipid composition of particulate matter in oceanic environments can provide informations on the ...
Organic molecular marker compounds are widely used to identify emissions from anthropogenic and biog...
The physical, chemical, and biological processes involving organics in ice in the environment impact...
AbstractA method was developed to quantify a suite of organic compounds from snow melt water samples...
Environmental issues in the Arctic region are of primary importance due to the fragility of the Arct...
Snow efficiently scavenges organic contaminants from the atmosphere. Those chemicals can be released...
Polar regions are fragile ecosystems threatened by both long-range pollution and local human contami...
POPs in the Arctic are the focus of international concern due to their occurrence and accumulation i...
The climate change in the Arctic has received more attention in the recent decades. Especially the c...
The major objective of this study are polycyclic aromatic hydrocarbons (PAHs) in the snow cover of t...
Investigation of organic compounds in ice cores can potentially unlock a wealth of new information i...
Some of Russia’s large industrial cities are sources of hazardous contamination in the environment. ...
Snowmelt is known to cause peak concentrations of pollutants which may adversely affect receiving wa...