Thawing of permafrost may disturb historic cattle burial grounds in East Siberia

References

• Vasiliev AA, Drozdov DS, Moskalenko NG. Dynamics of perennial formations in West Siberia in relation to climate change. Earth Cryosphere. 2008; 12: 10–18.
   Google Scholar
• Anisimov OA, Velichko AA, Demchenko PF, Eliseev AV, Mohov II, Nechaev VP. Influence of climate change on permafrost in the past, present and future. Phys Atmosp Oceans. 2004; 38: 25–39.
   Web of Science ®Google Scholar
• Pavlov AV. The current trends in temperatures of soils in Russian North. Earth Cryosphere. 2008; 7: 22–27.
   Google Scholar
• Pavlov AV, Ananieva GV. Assessment of current changes in air temperatures in the cryolite zone of the Russian Federation. Earth Cryosphere. 2004; 8: 3–9.
   Google Scholar
• Izrael YA, Pavlov AV, Anokhin YA, Myach LT, Sherstiukov BG. Statistical assessment of dynamics of climate elements in permafrost areas in the Russian Federation. 2006. 5: 27–38. (Russian).
   Google Scholar
• Romanovsky VE. Sazonova TS. Balobaev VT. Shender NI. Sergueev DO. Past and recent change in air and permafrost temperatures in eastern Siberia. Global and Planet. Change. 2007; 56: 399–413.
   Google Scholar
• Anisimov OA, Belolutskaya MA, Grigor'ev MN, Instanes A, Korolev VA, Oberman NG, et al. Main environmental, social and economic consequences of climate change in permafrost areas: a forecast based on synthesis of observations and modeling, 2010; www.greenpeace.ru [cited 19 November 2009].
   Google Scholar
• Myglan VS, Vaganov EA2005Epidemics and epizootic events in Siberia between the 17th and the first half of the 19th century, and long-term climate changes. Archaeology, ethnography and anthropology of Eurasia. 2005; 4: 136–44. (Russian).
   Google Scholar
• Kazanovsky ES, Karabanov VP, Klebenson KA. Selected aspects of tundra ecosystems of European North part of the Russian Federation, and veterinary problems of deer breeding. Agricultural science of Euro-North-East. 2006; 8: 189–92. (Russian).
   Google Scholar
• State report on sanitary and epidemiological situation in the Russian Federation in. 2009, Moscow 2010 (Russian).
   Google Scholar
• Galkin VV, Loktionova MN, Simonova EG, Khadartsev OS2007Problems of safety of Anthrax cattle burial grounds. Epidemiol Infec Dis. 2007; 6: 54–56. (Russian).
   Google Scholar
• Gavrilov VA. Prospects of solution of the problem of biological hazard of Anthrax cattle burial grounds. Disinfec and Anti. 2010; 1: 12–15. (Russian).
   Google Scholar
• Cadastre of Russian settlements characterized by persistent risk of Anthrax. (2005) Handbook. In: Cherkassky BL, oscow: Intersen publishers. (Russian).
   Google Scholar
• Karataeva TD, Vasilieve AA2007Anthrax: epizootic situation and prevention in Republic Sakha (Yakutia). Veterinary Messenger. 2007; 40–41.: 106–12 (Russian).
   Google Scholar
• Repin VE, Pugachev VG, Taranov OS, Brenner EV. Potential hazard of microorganisms which came from the past. In: Boeskorov G.G, Tichonov A.N, and Suzuki N, eds. Yukagir mammoth. Saint-Petersburg; 2007, pp. 183–90 (Russian).
   Google Scholar
• Abyzov SS, Bobin NE, Kudriashov BB. Microbiologic research of a glacier in Central Antarctic. AnnUSSR Acad Sci, biological sciences series. 1979; 6: 828–36. (Russian).
   Google Scholar
• Friedmann EI. Permafrost as microbial habitat. In: Viable microorganisms in permafrost. Pushcino: Russian Academy of Science. 1994, pp. 21–26.
   Google Scholar
• Bakulov IA, Frolova OA, Isaev EG. Further improvement of system of measures for prevention of epizootics of Siberian plague. Veterinaria 1997;7–11 (Russian).
   Google Scholar
• Laishev KA, Spesivtsev AV, Kechin VP. Fuzzy-modeling of probability of appearance of Siberian plague in Far North. Actual problems of nature management in Far North. Novosibirsk 2004; 175–81 (Russian).
   Google Scholar
• Safonova ON, Rodzikovsky AV, Dzhurgapova ZF. Results of microbiological tests of samples of muscle tissue of the back of Oymiakon baby mammoth. In: Abstracts of the 4th International Mammoth Conference. Yakutsk; 2006, p. 72 (Russian).
   Google Scholar
• Brushkov AV, Melnikov VP, Sukhovei YG, Griva GI, Repin VE, Kalenova LF, et al.. Relict microorganism of permafrost as subjects of gerontology research. Adv Gerontol. 2009; 22: 253–58. (Russian).
   Google Scholar
• Iglovsky SA Technogenic changes in geocryological conditions of the Dvinsko-Mezenskya plain and Kanin Peninsula. Earth's Cryosphere 2008; 1: 24–28 (Russian).
   Google Scholar
• Kershengoltz BM, Cherniavsky VF, Repin VE, Nikiforov OI, Sofronova ON. Influence of global climate changes on realization of potential of infectious diseases among population of Russian Arctic, an example of Yakutia. Human Ecol. 2009; 6: 34–39. (Russian).
   Google Scholar
• Pavlov AV, Malkova GVCurrent climate changes in Russian North: geographical scale maps. , Novosibirsk: Geo Academic publishers. 2005. (Russian).
   Google Scholar
• Joner TA, Lukhonova L, Pazilov Y, Temiralyeva G, Hugh-Jones ME, Aikimbayev A, et al. Modeling the potential distribution of Bacillus anthracis under multiple climate change scenarios for Kazakhstan. PloS One, published March 09, 2010, 10.1371/journal.pone.0009596.
   Google Scholar