Abstract
During the years 1974 to 1976 the effect was studied of thermal and radioactive effluents from the A-1 nuclear power plant on aquatic microorganisms. The values obtained from the waste water canal and the river Dudvah after the canal discharged into the river were compared with the values found in the Dudvah before the discharge. The correlation between aquatic microorganisms and water temperature was found to be closest in the waste water canal and between microorganisms and /sup 137/Cs content in the Dudvah after sewer emptying. With increasing water temperature the populations of aquatic microorganisms decrease, with the exception of producers whose numbers will increase with rising water temperature. The content of /sup 137/Cs in water had an effect similar to that of water temperature.
Citation Formats
Veresikova, M, Csupka, S, and Tomanova, E.
Effect of thermal and radioactive waste waters from nuclear power plant on recipient biocenosis.
Serbia and Montenegro: N. p.,
1979.
Web.
Veresikova, M, Csupka, S, & Tomanova, E.
Effect of thermal and radioactive waste waters from nuclear power plant on recipient biocenosis.
Serbia and Montenegro.
Veresikova, M, Csupka, S, and Tomanova, E.
1979.
"Effect of thermal and radioactive waste waters from nuclear power plant on recipient biocenosis."
Serbia and Montenegro.
@misc{etde_6113421,
title = {Effect of thermal and radioactive waste waters from nuclear power plant on recipient biocenosis}
author = {Veresikova, M, Csupka, S, and Tomanova, E}
abstractNote = {During the years 1974 to 1976 the effect was studied of thermal and radioactive effluents from the A-1 nuclear power plant on aquatic microorganisms. The values obtained from the waste water canal and the river Dudvah after the canal discharged into the river were compared with the values found in the Dudvah before the discharge. The correlation between aquatic microorganisms and water temperature was found to be closest in the waste water canal and between microorganisms and /sup 137/Cs content in the Dudvah after sewer emptying. With increasing water temperature the populations of aquatic microorganisms decrease, with the exception of producers whose numbers will increase with rising water temperature. The content of /sup 137/Cs in water had an effect similar to that of water temperature.}
journal = []
volume = {34:12}
journal type = {AC}
place = {Serbia and Montenegro}
year = {1979}
month = {Jan}
}
title = {Effect of thermal and radioactive waste waters from nuclear power plant on recipient biocenosis}
author = {Veresikova, M, Csupka, S, and Tomanova, E}
abstractNote = {During the years 1974 to 1976 the effect was studied of thermal and radioactive effluents from the A-1 nuclear power plant on aquatic microorganisms. The values obtained from the waste water canal and the river Dudvah after the canal discharged into the river were compared with the values found in the Dudvah before the discharge. The correlation between aquatic microorganisms and water temperature was found to be closest in the waste water canal and between microorganisms and /sup 137/Cs content in the Dudvah after sewer emptying. With increasing water temperature the populations of aquatic microorganisms decrease, with the exception of producers whose numbers will increase with rising water temperature. The content of /sup 137/Cs in water had an effect similar to that of water temperature.}
journal = []
volume = {34:12}
journal type = {AC}
place = {Serbia and Montenegro}
year = {1979}
month = {Jan}
}