Abstract
The Atlas, which was compiled under the Joint Study Project (JSP6) of the CEC/CIS Collaborative Program on the Consequences of the Chernobyl Accident, implemented into the European Commission's Radiation Protection Research Action, summarizes the results of numerous investigations undertaken throughout Europe to assess the ground contamination by cesium-137 following the Chernobyl accident. The Atlas incorporates about 100 color maps at a range of scales (1/200k - 1/10M) which characterize the contamination in Europe as a whole, within state boundaries and for zones where the contamination levels are above 40 kBq/m{sup 2} ({approx_equal} 2.0% of the European territory) and above 1480 kBq/m{sup 2} ({approx_equal} 0.03% of the European territory). Investigations have shown that around 6% of the European territory has been contaminated for more than 20 kBq/m{sup 2} after the Chernobyl accident. The total amount of deposited cesium-137 in Europe is 8*10{sup 16} Bq and distributed in the following manner: Belarus 33.5%, Russia 24%, Ukraine 20%, Sweden 4.4%, Finland 4.3%, Bulgaria 2.8%, Austria 2.7%, Norway 2.3%, Romania 2.0%, Germany 1.1%.
Izrael, Yu A;
[1]
Cort, M De;
Jones, A R;
[2]
Nazarov, I M;
Fridman, Sh D;
Kvasnikova, E V;
Stukin, E D;
[1]
Kelly, G N;
[3]
Matveenko, I I;
Pokumeiko, Yu M;
[4]
Tabatchnyi, L Ya;
[5]
Tsaturov, Yu
[6]
- Institute of Global Climate and Ecology, Moscow (Russian Federation)
- Environment Institute, CEC Joint Research Center, Ispra (Italy)
- Brussels (Belgium)
- Republic Centre of Radiation and Environment Monitoring, Minsk (Belarus)
- Minchernobyl, Kiev (Ukraine)
- Roshidromet, Moscow (Russian Federation)
Citation Formats
Izrael, Yu A, Cort, M De, Jones, A R, Nazarov, I M, Fridman, Sh D, Kvasnikova, E V, Stukin, E D, Kelly, G N, Matveenko, I I, Pokumeiko, Yu M, Tabatchnyi, L Ya, and Tsaturov, Yu.
The atlas of cesium-137 contamination of Europe after the Chernobyl accident.
Belarus: N. p.,
1996.
Web.
Izrael, Yu A, Cort, M De, Jones, A R, Nazarov, I M, Fridman, Sh D, Kvasnikova, E V, Stukin, E D, Kelly, G N, Matveenko, I I, Pokumeiko, Yu M, Tabatchnyi, L Ya, & Tsaturov, Yu.
The atlas of cesium-137 contamination of Europe after the Chernobyl accident.
Belarus.
Izrael, Yu A, Cort, M De, Jones, A R, Nazarov, I M, Fridman, Sh D, Kvasnikova, E V, Stukin, E D, Kelly, G N, Matveenko, I I, Pokumeiko, Yu M, Tabatchnyi, L Ya, and Tsaturov, Yu.
1996.
"The atlas of cesium-137 contamination of Europe after the Chernobyl accident."
Belarus.
@misc{etde_20112711,
title = {The atlas of cesium-137 contamination of Europe after the Chernobyl accident}
author = {Izrael, Yu A, Cort, M De, Jones, A R, Nazarov, I M, Fridman, Sh D, Kvasnikova, E V, Stukin, E D, Kelly, G N, Matveenko, I I, Pokumeiko, Yu M, Tabatchnyi, L Ya, and Tsaturov, Yu}
abstractNote = {The Atlas, which was compiled under the Joint Study Project (JSP6) of the CEC/CIS Collaborative Program on the Consequences of the Chernobyl Accident, implemented into the European Commission's Radiation Protection Research Action, summarizes the results of numerous investigations undertaken throughout Europe to assess the ground contamination by cesium-137 following the Chernobyl accident. The Atlas incorporates about 100 color maps at a range of scales (1/200k - 1/10M) which characterize the contamination in Europe as a whole, within state boundaries and for zones where the contamination levels are above 40 kBq/m{sup 2} ({approx_equal} 2.0% of the European territory) and above 1480 kBq/m{sup 2} ({approx_equal} 0.03% of the European territory). Investigations have shown that around 6% of the European territory has been contaminated for more than 20 kBq/m{sup 2} after the Chernobyl accident. The total amount of deposited cesium-137 in Europe is 8*10{sup 16} Bq and distributed in the following manner: Belarus 33.5%, Russia 24%, Ukraine 20%, Sweden 4.4%, Finland 4.3%, Bulgaria 2.8%, Austria 2.7%, Norway 2.3%, Romania 2.0%, Germany 1.1%.}
place = {Belarus}
year = {1996}
month = {Jul}
}
title = {The atlas of cesium-137 contamination of Europe after the Chernobyl accident}
author = {Izrael, Yu A, Cort, M De, Jones, A R, Nazarov, I M, Fridman, Sh D, Kvasnikova, E V, Stukin, E D, Kelly, G N, Matveenko, I I, Pokumeiko, Yu M, Tabatchnyi, L Ya, and Tsaturov, Yu}
abstractNote = {The Atlas, which was compiled under the Joint Study Project (JSP6) of the CEC/CIS Collaborative Program on the Consequences of the Chernobyl Accident, implemented into the European Commission's Radiation Protection Research Action, summarizes the results of numerous investigations undertaken throughout Europe to assess the ground contamination by cesium-137 following the Chernobyl accident. The Atlas incorporates about 100 color maps at a range of scales (1/200k - 1/10M) which characterize the contamination in Europe as a whole, within state boundaries and for zones where the contamination levels are above 40 kBq/m{sup 2} ({approx_equal} 2.0% of the European territory) and above 1480 kBq/m{sup 2} ({approx_equal} 0.03% of the European territory). Investigations have shown that around 6% of the European territory has been contaminated for more than 20 kBq/m{sup 2} after the Chernobyl accident. The total amount of deposited cesium-137 in Europe is 8*10{sup 16} Bq and distributed in the following manner: Belarus 33.5%, Russia 24%, Ukraine 20%, Sweden 4.4%, Finland 4.3%, Bulgaria 2.8%, Austria 2.7%, Norway 2.3%, Romania 2.0%, Germany 1.1%.}
place = {Belarus}
year = {1996}
month = {Jul}
}