Federal Service for Hydrometeorology and environmental monitoring (Rosgidromet) (2012) Metody otsenki posledstvii izmeneniia klimata dlia fizicheskikh i biologicheskikh sistem [Methods for assessing climate change impacts on physical and biological systems]. Planet, Moscow (in Russian)
Google Scholar
Federal Service for Hydrometeorology and environmental monitoring (Rosgidromet) (2014) Vtoroi otsenochnyi doklad Rosgidrometa ob izmeneniiakh klimata i ikh posledstviiakh na territorii Rossiiskoi Federatsii - obshchee reziume [The second assessment report Hydromet about climate change and its consequences on the territory of the Russian Federation - General Summary]. Rosgidromet, Moscow (in Russian)
Google Scholar
Keltchevskaya LS (1971) Processing methods of observation in agroclimatology: methodical and training Manual. Leningrad (in Russian)
Google Scholar
Kharlamova NF (2010) Long-term climate change in the Russian hinterland (The Altai Krai). News Altai State Univ 3/1(67): 133–140
Google Scholar
Kharlamova NF (2013a) Assessment and forecast of modern climate change of the Altai region: monograph. Publishing House of the Alt, University Press, Barnaul
Google Scholar
Kharlamova NF (2013b) The climate of the Altai Territory: textbook. Publishing House of the Alt, University Press, Barnaul
Google Scholar
Kharlamova NF, Bondarovich AN, Kozlova DS, Plekhova AV (2014) Variability of moistening of the territory of forest steppe and steppe zones of the Altai Territory during 1982–2013. Geogr Nat Resour Siberia 18:206–215
Google Scholar
Kharlamova NF, Kozlova DS (2015) Variability of the thermal regime and moistening of Russian forest steppe and steppe natural zones 1966–2012. Geogr Nat Siberia 20:169–181
Google Scholar
Kharlamova NF, Revyakin VS (2006) Regional climate and environmental chance in Central Asia. In: Vogtmann H, Dobretsov N (eds) Environmental security and sustainable land use—with special reference to Central Asia. NATO Security through Science Series - C: Environmental Security. Springer, Dordrecht, pp 19–26
Google Scholar
Kharlamova NF, Silanteva MM (2011a) Current status and trends of climate change in Kulunda. News Altai State Univ 3/2(71):50–55
Google Scholar
Kharlamova NF, Silanteva MM (2011b) Dependence of the yield of grain crops in regions of Kulunda on climatic factors. News Altai State Univ 3/2(71):88–94
Google Scholar
Mikhailova LA, Kharlamova NF (2006) GIS modeling of climatic parameters on the example of the Siberian region. Polzunovsky Gazette 4–2:113–118
Google Scholar
Mikhailova LA, Kharlamova NF, Mikhailov NN (2008) Geoinformation technologies in the study of regional climate changes. In: Acad. Kotlyakov VM (ed) Environmental changes in the Commonwealth countries in the current climate change. Media-Press, Moscow, pp 96–101
Google Scholar
Selyaninov GT (1955) Climatic zoning of the USSR for agricultural purposes/Coll of Memory of L.S. Berg, Moscow/Leningrad, Nauka, pp 29–89
Google Scholar
Shumova NA (2005) Forecast of the impact of possible climate changes on hydrothermal conditions and harvest crops and steppe zones/Assessing the impact of changes in land water regime on terrestrial ecosystems. M, pp 71–107
Google Scholar
Shumova NA (2007) Vulnerability assessment of hydrothermal conditions and zonal boundaries of arid territories under different scenarios of climate change. Arid Ecosyst 13(32):34–46
Google Scholar
Stadler SJ (1987) Aridity indexes. In: Oliver JE, Fairbridge RW (eds) The encyclopedia of climatology. Van Nostrand Reinhold Company, New York, pp 102–106
Chapter
Google Scholar
