# 01_SITE_TABLE

LOCAL_VEGETATION:
Larix dahurica forest with  Betula platyphylla and shrubs Duschekia fruticosa, Betula, Salix, Pinus pumila, Ericaceae

REGIONAL_VEGETATION:
Larch  light forests and woods (Larix dahurica dominant) with shrub-moss-lichen tundra and shrub thickets within alpine tundra and forest zones


LOCAL_VEGETATION:
Silted light Larix dachurica-lichen forest with shrubs  Duschekia fruticosa, Betula, Pinus pumila


LOCAL_VEGETATION:
A mature Larix dahurica forest with  shrubs Betula, Salix, Duschekia fruticosa, Pinus pumila, Ericaceae


LOCAL_VEGETATION:
Larix dahurica forest with  shrubs Duschekia fruticosa, Betula, Salix, Pinus pumila,


LOCAL_VEGETATION:
Dense Larix dahurica forest with  shrubs Duschekia fruticosa, Betula, Salix, Pinus pumila


LOCAL_VEGETATION:
Larix dachurica-lichen forest with shrubs  Duschekia fruticosa, Betula, Pinus pumila


LOCAL_VEGETATION:
Larix dahurica forest with  an uderstory abundant in shrub Betula, Duschekia fruticosa, Salix, Pinus pumila, Ericaceae


LOCAL_VEGETATION:
Damp and Moderately damp Carex-Poaceae tundra

REGIONAL_VEGETATION:
Arctic herb-subshru-moss and shrub-lichen tundra


LOCAL_VEGETATION:
light Larix dachurica- forest in a combination to meadows and shrub thrickets


LOCAL_VEGETATION:
Mosaic tundra with large shrubs (Pinus pumila, Duschekia fruticosa )  and  tussock Betula-Ericales-Eriophorum communities

REGIONAL_VEGETATION:
Shrub-moss-lichen tundra and shrub thickets within alpine tundra and forest zones


LOCAL_VEGETATION:
Light Larix dahurica forest with  infrequent shrubs  Betula, Pinus pumila


LOCAL_VEGETATION:
Mosaic short-shrubs  and herbaceous tundra


LOCAL_VEGETATION:
Dense Larix dachurica-lichen forest with shrubs  Duschekia fruticosa, Betula, Pinus pumila


REGIONAL_VEGETATION:
non tussock sedge, dwarf shrub, moss tundra, dominated by cotton grass- sedge wetland tundra in depressions and Betula nana, Salix, Ledum, and Vaccinium at raised sites


LOCAL_VEGETATION:
NE slope - Larix dahurica forest with  Betula platyphylla and shrubs Duschekia fruticosa, Betula, Pinus pumila; SW slope- oppressed light Larix dahurica forest


LOCAL_VEGETATION:
Light Larix dahurica with Betula platyphylla forest with  infrequent shrubs  Betula, Pinus pumila, Ledum


REGIONAL_VEGETATION:
Chukotka tussock tundra (Eriophorum vaginatum)


REGIONAL_VEGETATION:
Eastern Siberian subshrub tundra (Dryas punctata, Cassiope tetragona)


REGIONAL_VEGETATION:
Discontinuous alpine vegetation of arctic tundra subzone


LOCAL_VEGETATION:
Mesic meadow around the lake, shrubby tundra and bare rocks on dry spots


REGIONAL_VEGETATION:
subarctic tundra, nontussock sedge- dwarf shrub-moss tundra


REGIONAL_VEGETATION:
northern belt of arctic tundra, spotty tundra


SITE_NAME:
Western_Lena_River_Delta_Olenyok-Channel_Nagym - DUPLICATE & NO SAMPLE DATA


LOCAL_VEGETATION:
Cool mixed forest with dominance of Picea abies, Betula sect., Albae, Alnus spp., Pinus sylvestris, Populus tremula; presence of Quercus robur, Tilia cordata, Ulmus spp.


LOCAL_VEGETATION:
Pinus forests with some Larix, Picea,  Betula


LOCAL_VEGETATION:
Picea, Pinus, forest with Alnus and Betula


LOCAL_VEGETATION:
wetland to the south of the lake, no vegetation described, assume forest as regional

REGIONAL_VEGETATION:
southern boreal zone with spruce, pine, birch and larch


LOCAL_VEGETATION:
Larch forest on the terrace surrounded by bogged floodplain


LOCAL_VEGETATION:
Pine forest on the bog, larch on the dunes


LOCAL_VEGETATION:
Birch forest spaced with agricultural lands


LOCAL_VEGETATION:
Fragmites mires, birch forests and agricultural lands


LOCAL_VEGETATION:
Peatbog surrounded by birch and birch-coniferous forest


LOCAL_VEGETATION:
Sphagnum peatbog on the shore of the kettle lake on the end morain, surrounded by dark taiga


REGIONAL_VEGETATION:
Northern tundra: Eastern Siberian subshrub tundra (Dryas punctata, Cassiope tetragona)


REGIONAL_VEGETATION:
Arctic tundra: Eastern Siberian tundra (Dryas punctata, Salix polaris, S. nummularia)


REGIONAL_VEGETATION:
Northern Siberian-Verkhoyansk-Kollyma larch woodland and forest (Larix dahurica)


LOCAL_VEGETATION:
Cyperaceae, Poaceae, Dryas, Empetrum nigrum, Cassiope tetragona, Betula sect. Nanae, Salix

REGIONAL_VEGETATION:
Southern tundra: Siberian shrub thicket tundra (Betula exilis, Alnus fruticosa)


SITE_NAME:
MacDonald et al 2000 QR Site 4 (Pechora River)


SITE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)


SITE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)


SITE_NAME:
Kargopolovo - NO SAMPLE DATA!!!!  Pollen from NEOTOMA?


LOCAL_VEGETATION:
dwarf shrubs, shrubs, lichens ans mosses dominate


# 02_ENTITY_TABLE

LOCAL_VEGETATION:
Larix dahurica forest with  Betula platyphylla and shrubs Duschekia fruticosa, Betula, Salix, Pinus pumila, Ericaceae

REGIONAL_VEGETATION:
Larch  light forests and woods (Larix dahurica dominant) with shrub-moss-lichen tundra and shrub thickets within alpine tundra and forest zones


LOCAL_VEGETATION:
A young Larix dahurica forest with  shrubs Duschekia fruticosa, Betula sect. Nanae, Salix, Pinus pumila, Ericaceaen


LOCAL_VEGETATION:
Silted light Larix dachurica-lichen forest with shrubs  Duschekia fruticosa, Betula, Pinus pumila


REGIONAL_VEGETATION:
Silted light Larix dachurica-lichen forest with shrubs  Duschekia fruticosa, Betula, Pinus pumila


LOCAL_VEGETATION:
Larix dachurica-lichen forest with shrubs  Duschekia fruticosa, Betula, Pinus pumila


LOCAL_VEGETATION:
A mature Larix dahurica forest with  shrubs Betula, Salix, Duschekia fruticosa, Pinus pumila, Ericaceae


LOCAL_VEGETATION:
Larix dahurica forest with  shrubs Duschekia fruticosa, Betula, Salix, Pinus pumila,


LOCAL_VEGETATION:
Dense Larix dahurica forest with  shrubs Duschekia fruticosa, Betula, Salix, Pinus pumila

PUBLICATION_SHORT_NAME:
Vazhenina, 1997; Vazhenina, 2003; Vazhenina, 2005


LOCAL_VEGETATION:
Larix dahurica forest with  an uderstory abundant in shrub Betula, Duschekia fruticosa, Salix, Pinus pumila, Ericaceae


LOCAL_VEGETATION:
Damp and Moderately damp Carex-Poaceae tundra

REGIONAL_VEGETATION:
Arctic herb-subshru-moss and shrub-lichen tundra


LOCAL_VEGETATION:
light Larix dachurica- forest in a combination to meadows and shrub thrickets


LOCAL_VEGETATION:
Mosaic tundra with large shrubs (Pinus pumila, Duschekia fruticosa )  and  tussock Betula-Ericales-Eriophorum communities

REGIONAL_VEGETATION:
Shrub-moss-lichen tundra and shrub thickets within alpine tundra and forest zones


LOCAL_VEGETATION:
Light Larix dahurica forest with  infrequent shrubs  Betula, Pinus pumila


LOCAL_VEGETATION:
Mosaic short-shrubs  and herbaceous tundra


LOCAL_VEGETATION:
Dense Larix dachurica-lichen forest with shrubs  Duschekia fruticosa, Betula, Pinus pumila


REGIONAL_VEGETATION:
non-tussock sedge, dwarf shrub, moss tundra, dominated by cotton grass- sedge wetland tundra in depressions and Betula nana, Salix, Ledum, and Vaccinium at raised sites


LOCAL_VEGETATION:
NE slope - Larix dahurica forest with  Betula platyphylla and shrubs Duschekia fruticosa, Betula, Pinus pumila; SW slope- oppressed light Larix dahurica forest


LOCAL_VEGETATION:
Mesic meadow around the lake, shrubby tundra and bare rocks on dry spots


LOCAL_VEGETATION:
Light Larix dahurica with Betula platyphylla forest with  infrequent shrubs  Betula, Pinus pumila, Ledum


REGIONAL_VEGETATION:
Chukotka tussock tundra (Eriophorum vaginatum)


REGIONAL_VEGETATION:
Eastern Siberian subshrub tundra (Dryas punctata, Cassiope tetragona)


REGIONAL_VEGETATION:
Discontinuous alpine vegetation of arctic tundra subzone


REGIONAL_VEGETATION:
northern belt of arctic tundra, spottytundra, moist tundra, sedge/grass-moss wetland


REGIONAL_VEGETATION:
northern belt of subarctic tundra, graminoid tundra, nontussock sedge-dwarf shrub-moss tundra.


PUBLICATION_SHORT_NAME:
Serebryanny, 1969; Kessel & Punning, 1976


PUBLICATION_SHORT_NAME:
Rishkene, 1967; Ilves et al., 1974; Voznyachuk & Valchik, 1978


PUBLICATION_SHORT_NAME:
Punning et al., 1967;  Seglihsh et al., 1988


PUBLICATION_SHORT_NAME:
Punning et al., 1967;  Seglihsh et al., 1989


PUBLICATION_SHORT_NAME:
Punning et al., 1968; Ilves et al., 1969


PUBLICATION_SHORT_NAME:
Punning et al., 1968; Ilves et al., 1970


PUBLICATION_SHORT_NAME:
Voznyachuk & Valchik, 1978; Zimenkov & Valchik, 1988


LOCAL_VEGETATION:
Cool mixed forest with dominance of Picea abies, Betula sect., Albae, Alnus spp., Pinus sylvestris, Populus tremula; presence of Quercus robur, Tilia cordata, Ulmus spp.


LOCAL_VEGETATION:
Pinus forests with some Larix, Picea,  Betula


LOCAL_VEGETATION:
Picea, Pinus, forest with Alnus and Betula


LOCAL_VEGETATION:
wetland to the south of the lake, no vegetation described, assume forest as regional

REGIONAL_VEGETATION:
southern boreal zone with spruce, pine, birch an dlarch


LOCAL_VEGETATION:
Larch forest on the terrace surrounded by bogged floodplain


LOCAL_VEGETATION:
Pine forest on the bog, larch on the dunes


LOCAL_VEGETATION:
Birch forest spaced with agricultural lands


LOCAL_VEGETATION:
Fragmites mires, birch forests and agricultural lands


LOCAL_VEGETATION:
Peatbog surrounded by birch and birch-coniferous forest


LOCAL_VEGETATION:
Sphagnum peatbog on the shore of the kettle lake on the end morain, surrounded by dark taiga


REGIONAL_VEGETATION:
Northern tundra: Eastern Siberian subshrub tundra (Dryas punctata, Cassiope tetragona)


REGIONAL_VEGETATION:
Arctic tundra: Eastern Siberian tundra (Dryas punctata, Salix polaris, S. nummularia)


REGIONAL_VEGETATION:
Northern Siberian-Verkhoyansk-Kollyma larch woodland and forest (Larix dahurica)


LOCAL_VEGETATION:
Cyperaceae, Poaceae, Dryas, Empetrum nigrum, Cassiope tetragona, Betula sect. Nanae, Salix

REGIONAL_VEGETATION:
Southern tundra: Siberian shrub thicket tundra (Betula exilis, Alnus fruticosa)

PUBLICATION_SHORT_NAME:
Firsov et al., 1972; Nikitin et al., 1973


SITE_NAME:
MacDonald et al 2000 QR Site 4 (Pechora River)

ENTITY_NAME:
MacDonald et al 2000 QR Site 4 (Pechora River)


SITE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)

ENTITY_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)


SITE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)

ENTITY_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)


LOCAL_VEGETATION:
dwarf shrubs, shrubs, lichens ans mosses dominate


# 03_PUBLICATION_TABLE

FULL_CITATION:
Krivonogov S.K. 1988. "Stratigraphy and paleogeography of the Lower Irtysh-river region during the last glaciation". Novosibirsk: Nauka Publ. House, Siberian Br. 231 p. (in Russian)


FULL_CITATION:
Krivonogov S.K. 1985. "Plant macrofossil flora from the sediments of the first terrace of the Tobol-river". Palynostratigraphy of the Mesozoic and Cenozoic of Siberia. Novosibirsk: Nauka Publ. House, Siberian Br. 126-139. (in Russian)


FULL_CITATION:
Krivonogov S.K., Orlova L.A., Panychev V.A. 1985. "Plant macrofossil floras and radiocarbon age of the key section of the first terrace of the Middle Irtysh-river". Palynostratigraphy Mesozoic and Cenozoic of Siberia. Novosibirsk: Nauka Publ. House, Siber


FULL_CITATION:
Krivonogov S.K., Bezrukova E.V. 1993. On the History of Sedimentation,  Vegetation and climate of Upper Chara depression in the end of Late Pleistocene and the Holocene. Geology and geophysics, No. 10-11. 226-238.(in Russian and in English)


FULL_CITATION:
Orlova L.A. 1990. "Holocene of the Baraba". Novosibirsk, Nauka. 126 p. (In Russian)


FULL_CITATION:
Vazhenina, L.N., 2004a Late Quaternary seed flora from Bakhapcha River. Spatial and temporal changes in Quaternary environments of Asia. 70-76
north east Asia. 70-76


FULL_CITATION:
Vazhenina, L.N., 1997. Early Holocene seed Flora from the peat bog of Maltan River (Upper Kolyma). Late Pleistocene and Holocene of 
Beringia. 63-69.


FULL_CITATION:
Vazhenina, L.N., 2000. Middle Holocene seed floras of the Kolyma and Ola basins. The Quaternary period of Beringia. 46-52.


FULL_CITATION:
Vazhenina, L.N., 2002. Late Holocene seed floras from Kolyma and Amguema River basins. Quaternary paleogeography of Beringia. 62-67.


FULL_CITATION:
Kultti S., Oksanen P.O., Väliranta M. 2004. Holocene tree-line, permafrost and climate dynamics in the Nenets Region, East-European Russian Arctic. Canadian Journal of Earth Sciences 41:1-18.


FULL_CITATION:
Oksanen P.O. (2006) Holocene development of the Vaisjeäggi palsa mire, Finnish Lapland. Boreas 35, 1: 81-95.


FULL_CITATION:
Oksanen P.O., Kuhry P., Alekseeva R.N. (2001) Holocene development of the Rogovaya River peat plateau, East-European Russian Arctic. The Holocene 11, 1: 25-40.


FULL_CITATION:
Lozhkin A.V., Anderson P.M., Brown T.A., Vazhenina L.N., Glushkova O.Yu., Kotov A.N., Matrosova N.V., 2005. Glaciation of the Anadyr Lowland (as inferred from Lake Sediments). Pages  Quaternary histories of Northeast Asia. 4-22


FULL_CITATION:
Shilo N.A., Lozhkin A.V., Anderson P.M., Vazhenina L.N., Matrosova T.V., Kotov A.N., 2005. New radiocarbon and palaeobotany data about the development of glacial lake of Chukotka. Report Academy of Science. Vol. 404, N 5. 1-3.


FULL_CITATION:
Oksanen P.O., Kuhry P., Alekseeva R.N. (2003) Holocene development and permafrost history of the Usinsk mire, northeast European Russia. Géographie physique et quaternaire 57 (2-3), 169-187.


FULL_CITATION:
Vazhenina, L.N., 1998. Early Holocene flora from the upper Maltan River (Kolyma River basin). Environmental changes in Beringia during the Quaternary period. 88-95.


FULL_CITATION:
Kienast, F, Siegert, C, Dereviagin, A, & Mai, DH, 2001.Climatic implications of Late Quaternary plant macrofossil assemblages from the Taymyr Peninsula, Siberia. Global and Planetary Change 31: 265-281.


FULL_CITATION:
Kienast, F, Schirrmeister, L, Siegert, C, & Tarasov, P, 2005. Palaeobotanical evidence for warm summers in the East Siberian Arctic during the last cold stage. Quaternary Research 63: 283-300.


FULL_CITATION:
Vazhenina, L.N., 2003. Paleokarpology investigation of Late Pleistocene and Holocene deposits of Northeast Russia. Works of 
International Forum on problems of science, technics and education. 106-107.


FULL_CITATION:
Vazhenina, L.N., 2005. Palaeogeography of basin Upper Kolyma in the end Pleistocene and Holocene (on the paleokarpology 
 data).  Materials of the All-Russia meeting on studying  Quaternary period. 58-60.


FULL_CITATION:
Vazhenina, L.N., 1995. New data of Late Pleistocene floras from mountainous areas of northeastern Asia by fruits and seed. History of Climate and Vegetation in Beringia During the Late Cenozoic. 71-78.


FULL_CITATION:
Väliranta M., Kultti S. and Seppä H. 2006. Vegetation dynamics during the Younger Dryas - Holocene transition in the extreme northern taiga zone, north-eastern European Russia, Boreas 35, 202-212.


FULL_CITATION:
Sarmaja-Korjonen K., Kultti S. Solovieva N. and Väliranta M. 2003. Mid Holocene palaeoclimatic and palaeohydrological conditions in northeastern European Russia; a study of Vankavad lake. Journal of Paleolimnology 30, 415-426.


FULL_CITATION:
Kultti S., Väliranta, M., Sarmaja-Korjonen, K., Solovieva, N., et al. 2003. Palaeoecological evidence of changes in vegetation and climate during the Holocene in the pre-Polar Urals, Northeast European Russia. Journal of Quaternary Science 18, 503-520.


FULL_CITATION:
Väliranta M., Kaakinen, A. & Kuhry, P. 2003. Holocene climate and landscape evolution East of the Pechora delta, East-European Russian arctic. Quaternary Research 59, 335-344.


FULL_CITATION:
Vazhenina, L.N., Vartanyan S.L., Gualtieri L.M., 2004. Late Quaternary seed flora of Wrangel Island. Spatial and temporal changes in Quaternary environments of north east Asia. 89-98.


FULL_CITATION:
Peteet, D, Andreev, A, Bareen, W & Mistretta, F.  1998.  Long-term Arctic peatland dynamics, vegetation and climate history of the the Pur-Taz region, Western Siberia.  Boreas 27, 115-126.


FULL_CITATION:
F. Kienast, L. Schirrmeister, C. Siegert, P. Tarasov, Quat. Res. 63, 283-300 (2005).


FULL_CITATION:
F. Kienast, P. Tarasov, L. Schirrmeister, G. Grosse, A. Andreev, Global Planet. Change (submitted)


FULL_CITATION:
Boettger, T., Hiller, A., & Kremenetski, K., 2003: Mid-Holocene warming in the northwest Kola Peninsula, Russia: northern pine limit movement and stable isotope evidence. // The Holocene, 13, 403-410.


FULL_CITATION:
Hiller, A., Boettger, T. & Kremenetski, K., 2001: Mediaeval climatic warming recorded by radiocarbon dated alpine tree-line shift on the Kola Peninsula, Russia. // The Holocene, 11: 491-497.


FULL_CITATION:
Kremenetski, K.V., Sulerzhitsky, L.D., Hantemirov, R., 1998. Holocene History of the Northern Range Limits of Some Trees and Shrubs in Russia. Arctic and Alpine Research, 30, 317-333.


FULL_CITATION:
Surova, T.G., Troitski, L.S., Punning, Y.-M., 1975:  Paleogeografiya i absolutnaya khronologiya holocena Polyarnogo Urala [Palaeogeography and absolute chronology of the HOlocene in the Polar Ural Mountains]. Izvestia of the Estonian SSR Academy of Scienc


FULL_CITATION:
Shiyatov, S.G., Hantemirov, R.M., Schweingruber, F.H., Briffa, K.R., Moell, M., 1996; Potential long chronology development of the northwest Siberian plain: Early results.Dendrochrolonogia, 14: 13-29; Kremenetski, K.V., Sulerzhitsky, L.D., Hantemirov, R.,


FULL_CITATION:
Vasilchuk, Yu.K., Petrova, E.A., Serova, A.K., 1983: Nekotorye cherty paleogeografii holocena Yamala [Some features of the Yamal palaeogeography in Holocene]. Bulltene Komissii po Izucheniu Chentvertichnogo Perioda, 52: 73-89


FULL_CITATION:
Serebryanny, L., Andreev, A., Malyasova, E., Taravos, P., Romanenko, F., 1998: Lateglacial and early-Holocene environment of Novaya Zemlya and the Kara Sea Region of the Russian Arctic. The Holocene, 8:323-330.


FULL_CITATION:
Ukraintseva, V.V., 1982: Prirodnaya sreda I uslovya gibeli mamonta v verkhnem techenii reki Yuribei (Gydanskii poluostrov) [Environment and situation of death of mammoth in upper part of the Yuribey River basin (Gydan Peninsula]. In: Sokolov, V.E. (Ed.) Y


FULL_CITATION:
Danilov, I.D., Poliakova, E.I., 1978: K metodike vosstanovleniya paleoklimaticheskikh uslovi po palynologicheskim dannym [On methods of reconstructing paleoclimates by pollen]. Vestnik Moskovskogo Universiteta, Series 5, Geography, 2: 101-107.


FULL_CITATION:
Firsov, L.V., Troitski, S.L., Levina, T.P., Panycherv, V.A., 1974: Absolutnyi vozrast I pervaya dlia severa Sibiri standartnaya pyltsevaya diagramma holocenovogo torfianika [Absolute age and pollen diagram of the peatland in north Siberia]. Biulleten po I


FULL_CITATION:
Badinova, V.P., Zubakov, V.A., Itsikson, E.M., Rudnev, Yu.P., 1976: Radiouglerodnye datirovki laboratorii VSEGEI. Spisok III. [Radiocarbon dates of VSEGEI laboratory. List III]. Bulleten Komissii po Izucheniu Chetvertichnogo Perioda, 46: 154-167.


FULL_CITATION:
Nikolskaya, M.V., 1982: Paleobotanicheskie I paleoklimaticheskie rekonstruktsii holocena Taimyra [Paleobotanical and paleoclimatic reconstructions of the Taimyr Peninsula Holocene]. In Kind, N.V., Leonov, B.N. (eds) Antropogen Taimyra. Moscow, Nauka, 148-


FULL_CITATION:
Belorusova, Zh. M., Lovelius, N.V., Ukraintseva, V.V., 1987: Regionalnye osobernnosti izmeneniya prirody taimyra v holocene [Regional differences of the environmental changes in taimyr in Holocene]. Botanicheski zhurnal, 72(5): 610-618


FULL_CITATION:
Alekseev, M.N., Golubeva,L.V., Liskun, I.G., Sokolovskaya, V.T., 1986: Klimatostratigrafiya chetvertichnykh otlozheni severa Vostochnoi Sibiri. Bulleten Komissii po Izucheniu Chentvertichnogo Perioda, 55: 14-26.


FULL_CITATION:
Korzhuev, S.S., Fedorova, R.V., 1970: O vozraste doliny proryva nizhnei Leny. In Florensov, N.A., (Ed.), Problemy Geomorpfologii I Neotektoniki Platformennykh Oblastei. Novosibirsk, Nauka, 250-263.


FULL_CITATION:
Kostiukevich, V.V., Ivanov, I.E., Nesterenko, S.A., 1978: Radiouglerodnye dannye laboratorii geokhimii Instituta merslotovedeniya SOAN SSSR. Bulleten Komissii po Izucheniu Chentvertichnogo Perioda, 48: 213-220.


FULL_CITATION:
Kaplina, T.N., Lozhkin, A.V., 1979: Vozrast alasnykh otlozheni Primorskoi nizmennosti Yakutii. Izvestia Akademii Nauk SSSR. Ser. Geologiya, 2: 69-76


FULL_CITATION:
Lavrushin, Yu.A., Devirtz, A.L., Giterman, R.E., Markova, N.G., 1963: Pervye dannye ob absolutnoi khronologii osnovnykh sobytii holocena Severo-Vostoka SSSR. Bulleten Komissii po Izucheniu Chentvertichnogo Perioda,28: 112-126


FULL_CITATION:
Tarakanov, L.V., Biriukov, V.Yu, Novikov, V.N., Grabetskaya, N.A., Boyarskaya, T.D., 1976: Stroenie, usloviya I vremya formirovaniya rykhlykh otlozheni rayona Vankonoi guby morya Laptevykh. Bulleten Komissii po Izucheniu Chentvertichnogo Perioda, 46: 47-6


FULL_CITATION:
Veinbergs, I.G., Voschilko, M.E., Stelle, V.Y., Savvaitov, A.V., Rosenblats, M.A., Kovalenko, F.Y., Veksler, V.S., 1976: Sporovo-pyltsevye kompleksy pozdnechetvertichnykh otlozheni I izmenenie klimata I rastitelnosti rayona Chaunskoi guby. In bartosh (Ed)


FULL_CITATION:
Makeev, V.M., Arslanov, Kh.A., Baranovskaya, O.F., Kosmodamiansky, A.V., Onomareva, D.P., Tertychnaya, T.V., 1989: Stratigrafiya, geokhoronologya I paleogeografiya pozdnego pleistocena I holocena ostrova Kotelny. Bulleten Komissii po Izucheniu Chentvertic


FULL_CITATION:
Mochanov, Yu.A., 1977: Drevneishie Etapy Zaseleniya Chelovekom Severo-Vostochnoi Asii. Novosibirsk, Nauka. 264 pp.


FULL_CITATION:
Kremenetski, K., Vaschalova, T., Goriachkin, S., Cherkinsky, A. & Sulerzhitsky, L., 1997: Holocene pollen stratigraphy and bog development in the western part of the Kola peninsula, Russia. Boreas, 26: 91-102


FULL_CITATION:
R/c dates published in: Smith, L.C., MacDonald, G.M., Velichko, A.A., et al., 2004. Siberian Peatlands a Net Carbon Sink and Global Methane Source Since the Early Holocene. Science, 303, 353-356


FULL_CITATION:
Колесникова Т.Д.  Послеледниковые флоры южного Приладожья  и  Ковашской котловины  (Ленинградская  область).  //  Ботанический журнал, 1966, Т. 51, N 3,. C. 404-408.

PUBLICATION_SHORT_NAME:
Serebryanny, 1969; Kessel & Punning, 1976


FULL_CITATION:
Нейштадт М.И., Федорова Р.В., Хотинский Н.А., Девирц А.Л., Добкина Э.И.  Осеченское болото (Калининская область).  // Палеогеография и хронология  верхнего плейстоцена и голоцена по данным радиоуглеродного метода. М. Наука. 1965. С. 81-87


FULL_CITATION:
Заррина Е.П.,  Спиридонова Е.А., Арсланов Х.А., Колесникова Т.Д.,
Симонова Г.Ф.  Новый  разрез  средневалдайских отложений у с.  Шенское
(Молого-Шекснинская равнина).  // Хронология плейстоцена и климатичес-
кая стратиграфия. Л. 1973. С. 160-167


FULL_CITATION:
Лийва А.А., Экман И.М., Ринне Т.С. Список радиоуглеродных датировок Института зоологии и ботаники Академии наук Эстонской ССР. Сообщение VII.  // Известия АН Эстонской ССР.  Серия биология. 1977 Т. 26. N 4. С. 325-336


FULL_CITATION:
Гайгалас А.И., Дварецкас В.В., Банис Ю.Ю., Давайнис Г.А., Кибилда З.А., Пятрошос Р.И.  Радиоуглеродный возраст речных террас южной  Прибалтики. //  Изотопные  и геохимические методы в биологии,  геологии и археологии. Тарту. 1981. С. 28-32


FULL_CITATION:
Вознячук Л.Н., Вальчик М.А. Морфология, строение и история развития долины Немана в неоплейстоцене и голоцене.  Минск. "Наука и техника". 1978. 211 с


FULL_CITATION:
Пуннинг Я.-М.К.,  Илометс М.А.,  Кофф Т.А., Раямяэ Р.А., Петерсен И.,  Тийтс Т. Комплексные стратиграфо-палеогеографические исследования озерно-болотных отложений во впадине  Вялламяги  (юго-восточная  Эстония). Таллин 1985. 58 с


FULL_CITATION:
Шулия К.С.,  Луянас В.Ю., Кибилда З.А., Банис Ю.Ю., Генутене И.К. Стратиграфия  и  хронология  озерно-болотных отложений котловины озера Бебрукас. // Труды Института геологии.  Вильнюс.  "Минтис" 1967. Т. 5. С. 231-239


FULL_CITATION:
Пуннинг Я.-М.К.,  Ильвес Э.О.,  Лийва А.А. Список радиоуглеродных датировок Института зоологии и ботаники Академии наук  Эстонской  ССР. Сообщение II.  // Известия АН Эстонской ССР.  Серия биология. 1967. Т. 16. N 4. С. 408-414

PUBLICATION_SHORT_NAME:
Punning et al., 1967;  Seglihsh et al., 1988????


FULL_CITATION:
Пуннинг Я.-М.К.,  Ильвес Э.О.,  Лийва А.А. Список радиоуглеродных датировок Института зоологии и ботаники Академии наук  Эстонской  ССР. Сообщение II.  // Известия АН Эстонской ССР.  Серия биология. 1967. Т. 16. N 4. С. 408-415


FULL_CITATION:
Пуннинг Я.-М.К.,  Ильвес Э.О.,  Лийва А.А. Список радиоуглеродных датировок Института зоологии и ботаники Академии наук  Эстонской  ССР. Сообщение II.  // Известия АН Эстонской ССР.  Серия биология. 1967. Т. 16. N 4. С. 408-416


FULL_CITATION:
Арсланов Х.А., Ауслендер В.Г., Громова Л.И., Зубков А.И., Хомутова В.И.  Палеогеографические  особенности  и абсолютный возраст максимальной стадии Валдайского оледенения в районе  Кубенского  озера.  // Доклады АН СССР 1970. Т. 195. N 6. С. 1395-1398


FULL_CITATION:
Tolonen K.,  Ruuhijarvi R. Standard pollne diagrams from the Salpausselka region of Southern Finland.  //  Annales  Botanici  Fennici. 1976. V. 13. N. 4. P. 155-196


FULL_CITATION:
Väliranta M., Kultti, S. Nyman, M. and Sarmaja-Korjonen, K. 2005. Holocene development of aquatic vegetation in shallow Lake Njargajavri, Finnish Lapland, with evidence of water-level fluctuations and drying. Journal of Paleolimnology 34, 203-215


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Зименков О.И.,  Вальчик М.А. Геохронология и палеогеография аллереда на территории Белоруссии.  // Изотопно-геохимические исследования в Прибалтике и Белоруссии. Таллин. 1986. С. 104-116


FULL_CITATION:
Pashkevich, G.A., 1987. Palynologicheskaya kharakteristika otlozhenii mnogosloinoi stoianki Molodova V.In: Ivanova, I.K. & Tseitlin, S.M. (eds.) Mnogosloinaya paleoliticheskaya stoyanka Molodova V. p.141-151 (in Russian).


FULL_CITATION:
Praslov, N.D., Ivanova, M.A., Gugalinskaya, L.A., et al., 1981. - Kostenki 21. In: Velichko, A.A. (ed.) Arkheologiya i paleogeografia pozdnego paleolita Russkoi ravniny, Nauka, Moscow, p. 6-18. (in Russian)


FULL_CITATION:
Пуннинг Я.-М.К., Раямяэ Р.А., Йыерс К., Путник Х. Список радиоуглеродных датировок Института геологии АН Эстонской ССР. Сообщение VII. Таллин 1983. 24 с


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Ильвес Э.О.,  Сарв А.А., Валк У.А. Датирование фаз развития голоценовых  лесов методом С14 по материалу болота Тэосааре (Средняя Эстония).  // Известия АН Эстонской ССР.  Серия химия,  геология. 1968. Т. 17. N 1. С. 53-58


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Пуннинг Я.-М.К., Ильвес Э.О., Лийва А.А., Ринне Т.С. Список радиоуглеродных  датировок Института зоологии и ботаники Академии наук Эстонской ССР.  Сообщение V.  // Известия АН Эстонской ССР. Серия биология. 1971. Т. 20. N 2. С. 174-178


FULL_CITATION:
Ильвес Э.О.,  Пуннинг Я.-М.К.,  Лийва А.А. Список радиоуглеродных датировок Института зоологии и ботаники Академии наук  Эстонской  ССР. Сообщение IV.  // Известия АН Эстонской ССР.  Серия биология. 1969. Т. 18. N 4. С. 417-426


FULL_CITATION:
Векслер В.С.,  Стелле В.Я.  Космический фактор в  радиоуглеродном возрасте древесины из разреза "Ракани". // Изотопно-геохимические исследования в Прибалтике и Белоруссии. Таллин. 1986. С. 36-41


FULL_CITATION:
Ильвес Э.О.,  Лийва А.А., Пуннинг Я.-М.К. Радиоуглеродный метод и его применение в четвертичной геологии и археологии  Эстонии.  Таллин. 1974. 231 с


FULL_CITATION:
Пуннинг Я.-М.К.,  Лийва А.А.,  Ильвес Э.О. Список радиоуглеродных датировок Института зоологии и ботаники Академии наук  Эстонской  ССР. Сообщение III.  // Известия АН Эстонской ССР. Серия биология. 1968. Т. 17. N 4. С. 426-430


FULL_CITATION:
Серебрянный Л.Р.,  Пуннинг  Я.-М.  Результаты палинологического и радиохронометрического исстедования погребенного голоценового торфяника в районе Горелово-Койерово под Ленинградом .  // Голоцен.  М. Наука 1969. С. 101-110


FULL_CITATION:
Кошкарова В.Л. Семенные флоры торфяников Сибири. Новосибирск. Наука, 1986. 121 с


FULL_CITATION:
Левина Т.П., Орлова Л.А., Панычев В.А., Пономарева Е.А. Палеогеография и радиоуглеродная хронология Тоджинской впадины на рубеже позднеледниковья и раннего голоцена. // Оледенения и палеоклиматы Сибири в плейстоцене. Новосибирск. 1983. С. 119-127


FULL_CITATION:
Нащокин В.Д., Стариков Э.В., Жидовленко В.А. Радиоуглеродные датировки Лаборатории истории лесов Сибири и Дальнего Востока Института леса и древесины им. В.Н. Сукачева СОАН СССР. (Сообщение I). // Бюллетень комиссии по изучению четвертичного периода 1973.


FULL_CITATION:
Фирсов Л.В., Панычев В.А., Орлова Л.А. Радиоуглеродные даты лаборатории геохронологии Института геологии и геофизики СО АН СССР, Новосибирск. // Бюллетень комиссии по изучению четвертичного периода 1972. N 38. С. 190-197


FULL_CITATION:
Панычев В.А. Радиоуглеродная хронология аллювиальных отложений Предалтайской равнины. (Труды ИГиГ. Вып. 451). Новосибирск. Наука, 1979.


FULL_CITATION:
Мочанов Ю.А., Савина Г.М. Природная среда обитания человека в эпоху камня и ранних металлов Якутии (по материалам археологических памятников). // Новое в археологии Якутии. Якутск, 1980. С. 14-27.


FULL_CITATION:
Колпаков В.В., Белова А.П. Радиокарбоновое датирование в ледниковой области Верхоянья и ее обрамлении. // Геохронология четвертичного периода. М. Наука 1980. С. 230-235


FULL_CITATION:
Белорусова Ж.М., Ловелиус Н.В., Украинцева В.В. Палеогеография позднего плейстоцена и голоцена в районе находки Селериканской лошади // Фауна и флора антропогена северо-востока Сибири (Труды Зоол. Ин-та АН СССР, т. 63). Л. Наука. 1977. С. 265-276


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Neustadt M.I., Selikson E.M. Neue Angaben zur Stratigraphie der Torfmoore Westsibiriens. // Acta agralia fennica. 1971.  V. 123. P. 27-32.


FULL_CITATION:
Зубаков В.А. Новейшие отложения Западно-Сибирской низменности. Л. Недра, 1972 (Труды ВСЕГЕИ. Т. 184). 311 с.


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Wohlfarth, B., Filimova, L., Bennike, O., Bjorkman, L., Brunnberg, L., Larova, N., Demidov, I., Possnert, G. 2002. Late-Glacial and Early Holocene Environmental change at Lake Tambichozero, Southeastern Russian Karelia. Quaternary Research, 58, 2002


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Wohlfarth, B., Bennike, U., Brunnberg, L., Demidov, I., Possnet, G., Vyahirev, S. 1999.  Boreas, 28, 575-586


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Wohlfarth, B., et al., 2004. Unstable early Holocene climatic and environmental conditions in northwestern Russia derived from a multidisciplinary study of a lake sediment sequence from Pichozero, southeastern Russian Karelia. The Holocene, 14, 732-746


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Kremenetski, K., Vaschalova, T., and Sulerzhitsky, L., 1999: The Holocene vegetation history of the Khibiny Mountains: implications for the postglacial expansion of spruce and alder on the Kola Peninsula, northwestern Russia. // Journal of Quaternary Scie


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Nikitin, V., 1981. The plant remains from digestive tract of the Baby Mammoth. The Magadan Baby Mammoth.


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Nikitin et al., 1973. Paleobotanical characteristics of Holocene peat in the Karginskii Cape region of the Yenisei River. The Pleistocene of Siberia and Bordering Oblasts.


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Firsov et al. 1972. The Holocene climatic changes in the Northern Siberia. Climatic Changes in Arctic Areas During the Last Ten Thousand Yars.


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Oksanen P. O. (2005) Development of palsa mires on the northern European continent in relation to Holocene climatic and environmental changes. Doctoral thesis. Acta Universitatis Ouluensis, Scientiae Rerum Naturalium A 446, 50 p.


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MacDonald, G.M., Velichko, A.A., Kremenetski, C.V., Borisova, O.K., Goleva, A.A., Andreev, A.A, and others. 2000. Holocene Treeline History and Climate Change Across Northern Eurasia.  Quaternary Research, 53, 302-311.


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Kullman, L. 2000.  Boreal tree taxa in the central Scandes during the Late-Glacial: implications for Late-Quaternary forest history 
Journal of Biogeography 29 (9) , 1117–1124


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MacDonald, G.M., Gervais, B.R., Snyder, J.A., Tarasov, G.A. & Borisova, O.K.  2000.  Radiocarbon dated Pinus sylvestris L. wood from beyond the tree-line on the Kola Peninsula, Russia.  The Holocene, 10, 143-147


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Andreev, A.A. et al.  2008. Weichselian and Holocene palaeoenvironmental history of the Bol’shoy Lyakhovsky Island, New Siberian Archipelago, Arctic Siberia. Boreas,


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Schirrmeister, L., et al., (2008). Periglacial landscape evolution and environmental changes of Arctic lowland areas for the last 60,000 years (Western Laptev Sea coast, Cape Mamontovy Klyk). Polar Research 27, 249-272


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Subetto D.A., B.Wohlfarth, N.N.Davydova, T.V.Sapelko, L.Björkman, N.Solovieva, S.Wastegård, G.Possnert, V.I.Khomutova, 2002. Climate and environment on the Karelian Isthmus, northwestern Russia, 13000-9000 cal. yrs BP . BOREAS.  Vol. 31. 1-19.


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Schirrmeister, L., Grosse, G., Kunitsky, V., Meyer, H., Derevyagin, A., Kuznetsova, T.  2003.  Permafrost, periglacial and palaeo-environmental studies on New Siberian islands.  Reports on Polar and Marine Research, 466, 195-341.


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Bezrukova E.V., Krivonogov S.K., Takahara H., Miyoshi N., Morita Y., Takehara A., Noi X., Shinomiya T. 1998. "Changes of the environments, vegetation and climate in the Transbaikalia during the Late Pleistocene and the Holocene".


FULL_CITATION:
Wohlfarth, B., Tarasov, P., Bennike, O., Lacourse, T., Subetto, D., Torssander, P., Romanenko, F., 2006. Late glacial and Holocene palaeoenvironmental changes in the Rostov-Yaroslavl' area, West Central Russia. J of Paleolimonology, 35, 543-569.


FULL_CITATION:
Vazhenina, L.N. 2006. Paleokarpologic studies of Upper Pleistocene sediment of Northeast of Russia. Geology, Geography and Biodiversity in Russian Northeast. 88-92


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Lozhkin, A.V., Paryi, V.P., Takmazian, E.D., Kotova, L.N., 1977: Radiouglerodnye datirovki laboratorii Severo-Vostochnogo kompleksnogo NII DVNZ AN SSSR. Soobschenie II. Biulleten Komissii po izucheniu chetvertichnogo perioda, 47: 156-160 (in Russian)


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Kremenetski, C.V., MacDonald, G.M., Galabala, R.O., Lavrov,. A.S., Chichagova, O.A. & Pustovoitov, K.E.  1996.  On the Holocene shifts of northern limits of some species of trees and shrubs.  (In Russian).  Botanicheskii zhurnal, 81(4), 10-25.


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Lozhkin A.V., Vazhenina L.N., 1987. The development of vegetation of the Kolyma lowland in early Holocene. Quaternary Period of Northeast of Asia. 135-144


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Haesaerts, P., Chekha, V.P., Damblon, F., Drozdov, N.I., Orlova, L.A., van der Plicht, J., 2005: The loess-palaeosol succession of Kurtak (Yenisei basin, Siberia): a reference record for the Karga Stage (MIS 3). Quaternaire, 16: 3-24.


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Wohlfarth, B., Lacourse, T., Bennike, O., Subetto, D., Tarasov, P., et al., 2007. Climatic and environmental changes in north-western Russia between 15,000 and 8000 cal yr BP: a review. Quaternary Science Reviews 26 ,1871–1883.


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Kultti S., Oksanen, P. and Väliranta, M. 2004. Multiproxy record of Holocene enviromental change in the Nenets Region, East-European Russian Arctic. Canadian Journal of Earth Sciences 41, 1141-1158.


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Wohlfarth, B., Bennike, O., Brunnberg, L., Demidov, I, Possnert, G. and Vyahirev, S. 1999. AMS 14C measurements and macrofossil analysis from a varved sequence near Pudozh, eastern Karelia, NW Russia. Boreas 29, 575–586.


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Vazhenina, L.N., 1996. Seed flora of the Vrangel Island peat bog. Quaternary klimates and vegetation of beringia. 43-50.


# 04_DATING_INFO_TABLE

CALIB_PROBLEMS:
Cannot find original note of the date but confirmed by Vazhenina/Lozhkin


CALIB_PROBLEMS:
Age model not possible, sample ages = 1111


CALIB_PROBLEMS:
Age-depth model - extrap to 0 at surface


CALIB_PROBLEMS:
1200 sample used in age/depth model with assumed age of 28000BC


CALIB_PROBLEMS:
1170 years were subtracted to re-asses the chronology. Corrected age 6190 BP


CALIB_PROBLEMS:
1170 years were subtracted to re-asses the chronology. Corrected age 8990 BP


CALIB_PROBLEMS:
1170 years were subtracted to re-asses the chronology. Corrected age 10600 BP


CALIB_PROBLEMS:
1800 years were subtracted to re-asses the chronology. Corrected age -50 BP


CALIB_PROBLEMS:
1800 years were subtracted to re-asses the chronology. Corrected age 2940 BP


CALIB_PROBLEMS:
1800 years were subtracted to re-asses the chronology. Corrected age 7000 BP


CALIB_PROBLEMS:
1800 years were subtracted to re-asses the chronology. Corrected age 9250 BP


CALIB_PROBLEMS:
1800 years were subtracted to re-asses the chronology. Corrected age 9450 BP- excluded 2nd age model


CALIB_PROBLEMS:
Original r/c date used in 2nd age model by Binney following advice from Minna Valiranta


CALIB_PROBLEMS:
1170 years were subtracted to re-asses the chronology. Corrected age 1630 BP


CALIB_PROBLEMS:
1170 years were subtracted to re-asses the chronology. Corrected age 3710 BP


GENERAL_COMMENTS:
depths (heights) m. asl because of cliff


GENERAL_COMMENTS:
depths (heights) m. asl because of cliff (Fairbanks)


CALIB_PROBLEMS:
depths (heights) m. asl because of cliff


CALIB_PROBLEMS:
>50610 beyond IntCal04 - where is the date!


CALIB_PROBLEMS:
depths (heights) m. asl because of cliff / Fairbanks


CALIB_PROBLEMS:
These are not depths but varve couplet counts


GENERAL_COMMENTS:
Material dated wood, bark fragments and charcoal


CALIB_PROBLEMS:
Radiocarbon age given as 5120-7090 +/- 80 but cannot age model with this so mid point taken (HB)


CALIB_PROBLEMS:
Can't find original details for this sample


ENTITY_NAME:
MacDonald et al 2000 QR Site 4 (Pechora River)


ENTITY_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)


ENTITY_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)


GENERAL_COMMENTS:
Assumed the r/c date is a type - used 16964 in calib


# 05_SAMPLE_TABLE

Cal_ages_Nov_comments:
Age model not poss, cannot extrapolate (161cm/156cm)


Cal_ages_Nov_comments:
Revised and R cal by Binney (30th June 2008)


Cal_ages_Nov_comments:
Estimated by Binney - could be 11408 or 11509


Cal_ages_Nov_comments:
Recalibrated by Binney following advice from Valiranta Jun 08


Cal_ages_Nov_comments:
1 date at 133cm so interpolation not possible


Cal_ages_Nov_comments:
1 r/c date at 17.5m = 36020 so no age model


Cal_ages_Nov_comments:
Too old for IntCal04 - r/c age-depth used HB


Cal_ages_Nov_comments:
Too old for IntCal - r/c age guessed by HB


PUBLICATION_SHORT_NAME:
Serebryanny, 1969; Kessel, Punning, 1976; Kolesnik


PUBLICATION_SHORT_NAME:
Rishkene, 1967; Ilves et al., 1974; Voznyachuk, Va


PUBLICATION_SHORT_NAME:
Punning et al., 1967;  Seglihsh et al., 1988


PUBLICATION_SHORT_NAME:
Punning et al., 1967;  Seglihsh et al., 1989


PUBLICATION_SHORT_NAME:
Punning et al., 1968; Ilves et al., 1969


PUBLICATION_SHORT_NAME:
Punning et al., 1968; Ilves et al., 1970


PUBLICATION_SHORT_NAME:
Voznyachuk, Valchik, 1978; Zimenkov, Valchik, 1988


PUBLICATION_SHORT_NAME:
Voznyachuk, Valchik, 1978; Zimenkov, Valchik, 1989


PUBLICATION_SHORT_NAME:
Voznyachuk, Valchik, 1978; Zimenkov, Valchik, 1990


Cal_ages_Nov_comments:
Recalibrated by Binney following advice from Valiranta Jun 08Recalibrated by Binney following advice from Valiranta Jun 08


Cal_ages_Nov_comments:
Recalibrated by Binney following advice from Valiranta Jun 08Recalibrated by Binney following advice from Valiranta Jun 08Recalibrated by Binney following advice from Valiranta Jun 08


Cal_ages_Nov_comments:
No age model - only 1 r/c date at 31cm = 2238 +/- 90 cal bp


Cal_ages_Nov_comments:
No age model - only 1 r/c date at 32cm = 2238 +/- 90 cal bp


Cal_ages_Nov_comments:
1 date at 85.5cm (3766+/- 62 cal) False date for plotting


Cal_ages_Nov_comments:
Age model not possible, only 1 date at 85.5cm (3490+/-45 r/c)


Cal_ages_Nov_comments:
Age depth no possible, 1 r/c date at 65cm = 4074+/- 80 cal bp


Cal_ages_Nov_comments:
Very thick samples & r/c samples, age-model not poss


Cal_ages_Nov_comments:
Very thick sample, age-deepth not advisable


Cal_ages_Nov_comments:
1 r/c date at 23-28cm, age-depth not advisable = 1392 +/- 86 cal bp


SAMPLE_NAME:
MacDonald et al 2000 QR Site 4 (Pechora River)_1

ENTITY_NAME:
MacDonald et al 2000 QR Site 4 (Pechora River)


SAMPLE_NAME:
MacDonald et al 2000 QR Site 4 (Pechora River)_2


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_1

ENTITY_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_2


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_3


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_4


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_5


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_6


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_7


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_8


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_9


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_10


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_11


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_12


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_1

ENTITY_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_2


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_3


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_4


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_5


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_6


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_7


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_8


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_9


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_10


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_11


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_12


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_13


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_14


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_15


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_16


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_13


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_14


# 06_SAMPLE_TAXA_TABLE

TAXON_DESCRIPTION:
Bryum pseudotriquetrum (incl var. bimum, latifolium, crassirameum, vestitum)

TAXON_CLEAN_HB:
Bryum pseudotriquetrum (incl var. bimum, latifolium, crassirameum, vestitum)


TAXON_DESCRIPTION:
Warnstorfia fluitans (incl var. uncatus)

TAXON_CLEAN_HB:
Warnstorfia fluitans (incl var. uncatus)

TEXT_DATA:
Warnstorfia fluitans (incl var. uncatus)


TAXON_DESCRIPTION:
Chamaedaphne calyculata (incl. var. nana)

TAXON_CLEAN_HB:
Chamaedaphne calyculata (incl. var. nana)

TEXT_DATA:
Chamaedaphne calyculata (incl. var. nana)


TAXON_DESCRIPTION:
Tree type Betula seed NB! Includes also mountain birch, B. pubescens code number is applied


SAMPLE_NAME:
MacDonald et al 2000 QR Site 4 (Pechora River)_1


SAMPLE_NAME:
MacDonald et al 2000 QR Site 4 (Pechora River)_2


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_1


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_2


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_3


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_4


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_5


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_6


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_7


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_8


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_9


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_10


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_11


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_12


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_1


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_2


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_3


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_4


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_5


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_6


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_7


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_8


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_9


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_10


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_11


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_12


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_13


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_14


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_15


SAMPLE_NAME:
MacDonald et al 2000 QR Site 6 (Lena River)_16


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_13


SAMPLE_NAME:
MacDonald et al 2000 QR Site 5 (Taymyr Peninsula)_14


# MATERIAL_DATED

MAT_DATED:
bulk sediment, organic lake deposits, diatomaceous marl


MAT_DATED:
bulk sediment, organic lake deposits, diatomite


# QUANTIFICATION_TYPE

Q_TYPE:
relative abundance (e.g., rare, uncommon, etc)


# SITE_TYPE

DESCRIPTION_SITE_TYPE:
lacustrine, natural open-water, glacial origin, cirque lake


DESCRIPTION_SITE_TYPE:
lacustrine, volcanic lake, explosion crater


DESCRIPTION_SITE_TYPE:
lacustrine, natural open-water, fluvial origin (e.g. oxbow lake)


DESCRIPTION_SITE_TYPE:
lacustrine, natural open-water, glacial origin


DESCRIPTION_SITE_TYPE:
lacustrine, natural open-water, glacial origin, glacial meltwater channel


DESCRIPTION_SITE_TYPE:
lacustrine, natural open-water, glacial origin, glacial scour lake


DESCRIPTION_SITE_TYPE:
lacustrine, natural open-water, glacial origin, kettle lake


DESCRIPTION_SITE_TYPE:
lacustrine, natural open-water, glacial origin, morainally dammed lake


DESCRIPTION_SITE_TYPE:
lacustrine, natural open-water, periglacial lake


DESCRIPTION_SITE_TYPE:
lacustrine, natural open-water, solution hollow


DESCRIPTION_SITE_TYPE:
lacustrine, artificial open-water, stock pond


DESCRIPTION_SITE_TYPE:
lacustrine, natural open-water, tectonic lake


DESCRIPTION_SITE_TYPE:
lacustrine, natural open-water, thermokarst lake


DESCRIPTION_SITE_TYPE:
terrestrial, mire, fen, flood plain mire


DESCRIPTION_SITE_TYPE:
terrestrial, mire (i.e. peatland, >30cm peat)


DESCRIPTION_SITE_TYPE:
terrestrial, mire, fen, open-water transition mire


DESCRIPTION_SITE_TYPE:
terrestrial, soil, buried soil, under aeolian sediments


DESCRIPTION_SITE_TYPE:
terrestrial, soil, buried soil, under glacial sediments


DESCRIPTION_SITE_TYPE:
terrestrial, soil, buried soil, under lacustrine sediments


DESCRIPTION_SITE_TYPE:
terrestrial, mire, fen, soligenous (mineraltrophic) mire


DESCRIPTION_SITE_TYPE:
terrestrial, mire, swamp (forested wetland or peatland)


# SURVEY_TYPE

SURVEY_TYPE:
exhaustive including bryophytes and wood


SURVEY_TYPE:
exhaustive excluding bryophytes and wood


