The Altai Mountains occupy the northwestern part of the Central Asian collision belt. The late-Holocene behavior of glaciers in the Altai Mountains was reconstructed for the Khaidun river valley in the western part of the Russian Altai. We report here 17 new radiocarbon datings from wood remains buried by moraines, from peat layers and lacustrine sediments. The glaciers’ advance took place in 2500–2200 bc, 1100 bc, 500 bc, ad 400, ad 1200–1300 and ad 1500–1850. It is the first time that material which separates the so-called Historical stage of cooling into three stages has been collected in the Altai Mountains. The comparison of time of moraine formation in the Altai with glacier activity in the Alps is evidence of the simultaneity of these processes.
AgatovaARNazarovANNepopRK. (2012) Holocene glacier fluctuations and climate changes in the southeastern part of the Russian Altai (south Siberia) based on a radiocarbon chronology. Quaternary Science Reviews43: 74–93.
2.
ChapronEArnaudFNoelH. (2005) Rhone River flood deposits in Lake Le Bourget: A proxy for Holocene environmental changes in the NW Alps, France. Boreas34: 404–416.
3.
DelinePOrombelliG (2005) Glacier fluctuations in the western Alps during the Neoglacial, as indicated by the Miage morainic amphitheatre (Mont Blanc massif, Italy). Boreas34: 456–467.
4.
DushkinMA (1965) Mnogoletnie kolebaniya lednikov Aktru i usloviya razvitiya molodyh moren [Long-term fluctuations of the Aktru glaciers and conditions for the development of young moraines]. Glaciology of Alta4: 83–101.
5.
GalakhovVPLovtskayaOVNazarovAN (2009) Statistichesky prognoz termicheskih izmeneniy blizhaishego buduschego (po materialam issledovaniy kolebaniy lednikov Tsentral’nogo Altaya [Statistical prediction of thermal changes in the near future (based on the studies of glacier fluctuations in Central Altai)]. Izvestiya RGS141(5): 51–59.
6.
GalakhovVPNazarovANKharlamovaNF (2005) Kolebaniya lednikov i izmeneniya klimata v pozdnem golotsene po materialam issledovaniy lednikov i lednikovyh otlozheniy basseina Aktru (Tsentralny Altai, Severo-Chuisky hrebet).[Glacier Fluctuations and Climate Change in the Late Holocene Based on the Studies of Glaciers and Glacial Deposits in the Aktru Basin (Central Altai, North-Chuisky ridge)]. Barnaul: ASU Publishers.
7.
GalakhovVPNazarovANLovtskayaOV. (2008) Hronologia teplogo perioda vtoroi poloviny golotsena Yugo-Vostochnogo Altaya (po datirovaniyu lednikovyh otlozheniy) [Chronology of the Warm Period of the Second Part of the Holocene in the Southeast Altai (dating of glacial deposits)]. Barnaul: Azbuka Publishers.
8.
HaasJNRichozITinnerW. (1998) Synchronous Holocene climatic oscillations recorded on the Swiss Plateau and at timberline in the Alps. The Holocene8(3): 301–309.
9.
HolzhauserHMagnyMZumbuhlHJ (2005) Glacier and lake-level variations in west-central Europe over the last 3500 years. The Holocene15(6): 789–801.
10.
IvanovskyLN (1967) Formy lednikovogo rel’efa i ih paleogeograficheskoe znachenie na Altae. [Glacial Relief Forms and their Paleogeographical Significance in Altai]. Leningrad: Nauka Publishers.
11.
IvanovskyLNPanychevVAOrlovaLA (1982) Vozrast konechnyh moren stadiy ‘Aktru’ i ‘Istoricheskoi’ lednikov Altaya [Age of terminal moraines of the ‘Aktru’ and ‘Historical’ stages of Altai glaciers]. In: LogachevNA (ed.) Late Pleistocene and Holocene in the South of East Siberia. Novosibirsk: Nauka Publishers, pp. 57–64.
12.
KrenkeAN (1982) Massoobmen v lednikovyh sistemah na territorii SSSR [Mass Transfer in Glacier Systems in the USSR]. Leningrad: Hydrometeoizdat.
13.
MayerF (1964) Untersuchungen uber Ausmass und Folgen der Klima- und Gletscherschwankungen seit dem Beginn der postglazialen Warmezeit [Studies on the extent and consequences of climate and glacier fluctuations since the beginning of the post-glacial warm period]. Zeitschrift fur Geomorphologie. Neue Folge8–3: 257–285.
14.
ObruchevVA (1915) Altaiskie etyudy [Sketches of Altai]. Geography4: 50–93.
15.
RevyakinVSMukhametovRM (1987) Sovremennoe oledenenie Altae-Sayanskoy gornoi oblasti [Modern glaciation of Altai-Sayan mountain region]. In: MaloletkoAM (ed.) Glaciers and Climate of Siberia. Tomsk: Tomsk State University, pp. 29–32.
16.
SochavaVB (1946) K sovremennomu i drevnemu oledeneniyu Holzunskogo hrebta (Zapadny Altai) [On the modern and ancient glaciation of the Kholzunsky ridge (West Altai)]. Bulletin of the Herzen Leningrad State Pedagogical Institute49: 164–178.
17.
WilhelmF (1975) Schnee- und Gletscherkunde [Snow and Glaciers Study]. Berlin, New-York: De Gruyter Publishers.
