Chlorinated organic compounds (Clorg) are produced naturally in soil. Formation and degradation of Clorg affect the chlorine (Cl) cycling in terrestrial environments and chlorine can be retained or released from soil. Cl is known to have the same behaviour as radioactive chlorine-36 (36Cl), a long-lived radioisotope with a half-life of 300,000 years. 36Cl attracts interest because of its presence in radioactive waste, making 36Cl a potential risk for humans and animals due to possible biological uptake. This thesis studies the distribution and cycling of chloride (Cl–) and Clorg in terrestrial environments by using laboratory controlled soil incubation studies and a forest field study. The results show higher amounts of Cl– and Clorg and hi...
Aims The ubiquitous and extensive natural chlorination of organic matter in soils, leading to levels...
Chlorinated solvent are volatile organic substances that can be harmful for humans and for the envir...
Consideration of natural formation of organochlorine compounds in soils is necessary in radioecology...
Chlorine is an element commonly found in the environment of our planet, in the atmosphere, the earth...
Chlorine is an essential building block in the environment and can be found in most places. Chlorine...
During the Fukushima Daiichi power plant incident sea water was used in an attempt to cool reactor U...
BACKGROUND, AIM AND SCOPE: Chlorine is an abundant element, commonly occurring in nature either as c...
De senaste decenniernas forskning har påvisat att en omfattande bildning och nedbrytning av klororga...
The view of chlorine in nature is undergoing a major change as a result of the recent decades of res...
Organochlorine molecules (Cl-org) are surprisingly abundant in soils and frequently exceed chloride ...
Considered as one of the most available radionuclide in soileplant system, 36Cl is of potential conc...
Chlorine is one of most common element on earth and it is essential in every living organism, but ca...
Volatile organic compounds (VOCs) and especially chlorinated VOCs (VOCls) are regarded as en viron m...
Natural chlorination of organic matter is common in soils. The abundance of chlorinated organic comp...
Aims The ubiquitous and extensive natural chlorination of organic matter in soils, leading to levels...
Chlorinated solvent are volatile organic substances that can be harmful for humans and for the envir...
Consideration of natural formation of organochlorine compounds in soils is necessary in radioecology...
Chlorine is an element commonly found in the environment of our planet, in the atmosphere, the earth...
Chlorine is an essential building block in the environment and can be found in most places. Chlorine...
During the Fukushima Daiichi power plant incident sea water was used in an attempt to cool reactor U...
BACKGROUND, AIM AND SCOPE: Chlorine is an abundant element, commonly occurring in nature either as c...
De senaste decenniernas forskning har påvisat att en omfattande bildning och nedbrytning av klororga...
The view of chlorine in nature is undergoing a major change as a result of the recent decades of res...
Organochlorine molecules (Cl-org) are surprisingly abundant in soils and frequently exceed chloride ...
Considered as one of the most available radionuclide in soileplant system, 36Cl is of potential conc...
Chlorine is one of most common element on earth and it is essential in every living organism, but ca...
Volatile organic compounds (VOCs) and especially chlorinated VOCs (VOCls) are regarded as en viron m...
Natural chlorination of organic matter is common in soils. The abundance of chlorinated organic comp...
Aims The ubiquitous and extensive natural chlorination of organic matter in soils, leading to levels...
Chlorinated solvent are volatile organic substances that can be harmful for humans and for the envir...
Consideration of natural formation of organochlorine compounds in soils is necessary in radioecology...