On the Kyrgyzstan territory there are 46 tailing dumps where stored more than 600 Mm3 of tails. They are man-caused solids of fine-dispersed waste of reprocessing and contain radioactive nuclides, heavy metals compounds and toxic substances used as reagents in extraction processes depending on the reprocessed ore. Tailing dumps of radioactive waste are in the cities of Mailuu-Suu, Kadji-Sai, Min-Kush and Kara-Balta occupied nearly 3,600 m2 of total area. In this connection we are confirmed that for rehabilitation of uranium tailing dumps, along with the engineering works, reconstruction of ecosystems and soil densification, it is necessary to conduct by means of phytomeliorative actions.
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References
Djenbaev BM, Shamshiev AB, Jalilova AA (2006) Radiation assessment in biosphere territories of the Issyk-Kul, 4th CCMS/NATO Workshop in: Management of Industrial Water and Substances Research, Ionia, Greece
ICRP Publication No. 60, Radiation Protection 1990: Recommendations of the International Commission on Radiological Protection (ICRP), Pergamon, New York
IAEA Safety Series No. 115 (1997) The International Basic Norms of Safety for Protection from Ionizing Radiations and Safe Handling of Sources of Radiation, IAEA
Norms of Radiating Safety (1999) Ministry of public health services of Russia
Djenbaev BM, Jolboldiev BT, Jalilova AA, Shamshiev AB (2008) Radioecological features of the technogenic uranium biogeochemical province of the biosphere of Kadji-Sai (Kyrgyzstan), J. ProbBiogeochem Geochem Ecol, Semipalatinsk 6:2–5
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Jalilova, A., Djenbaev, B.M., Shamshiev, A.B., Zholboldiev, B.T. (2009). Modern Condition Of Uranium Provinces In Kyrgyzstan (In Areas Of Kadji-Sai And Min-Kush). In: Aycik, G.A. (eds) New Techniques for the Detection of Nuclear and Radioactive Agents. NATO Science for Peace and Security Series B: Physics and Biophysics. Springer, Dordrecht. https://doi.org/10.1007/978-1-4020-9600-6_12
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