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false3DOIDB.SDDB 10.1594/GFZ.SDDB.1162 Demske, Dieter Heumann, Georg Granoszewski, Wojciech Nita, Malgorzata Mamakowa, Kazimiera Tarasov, Pavel Oberhänsli, Hedi Deutsches GeoForschungsZentrum GFZ 2008 Vereshchagin Long Cores Expedition 2001 R/V Vereshchagin Abies sibirica Aconitum alGae Alisma Alnus hirsuta type AP-shrubs AP-trees Apiaceae undiff. aQuatics Artemisia Asteraceae asteroideae undiff. Asteraceae cichorioideae undiff. Astragalus type Athyrium filix femina Basic sum AP+NAP Betula sect. Albae Betula sect. Nanae/Fruticosae Botrychium undiff. Botryococcus Brassicaceae Bryopsida excl. Sphagnum calculation Callitriche Caltha type Carpinus Carya Caryophyllaceae undiff. Centaurea undiff. Chenopodiaceae/Amaranthaceae Cirsium type Classiopollis Cornus suecica type Corylus Crassula type Cyperaceae undiff. Cystopteris undiff. Diphasiastrum complanatum type Dipsacus Drosera Dryopteris type Duschekia fruticosa Ephedra distachya type Ephedra fragilis type Equisetum Ericaceae undiff. Eucommia eXtra-palynomorphs Fabaceae undiff. Fagopyrum Fagus Far-transported/rebedded sporomorphs Filicales Monoletae undiff. Filipendula Frangula alnus Fraxinus Galium type Herniaria type Humulus/Cannabis Huperzia Hydrocharitaceae Hypericum Ilex Indet. broken/corroded/degraded Indet. pollen, concealed/crumpled Indet. pollen, unknown Indet. spores, unknown Indeterminatae Juglans Juniperus Lab.-Number (sample) Lamiaceae undiff. Larix Lemnaceae Liliaceae undiff. Linaceae Lithospermum Lonicera LYC marker counted LYC/tab (12542 +/- 416) Lycopodiella inundata Lycopodium annotinum type Mentha type Mosses Myriophyllum spicatum NAP-dwarf shrubs and herbs no.LYCtabs (batch# 124961) Nymphaeaceae Nyssa Osmunda undiff. Pediastrum undiff. Picea obovata Pinus sibirica type Pinus sylvestris type Pleurospermum Poaceae undiff. pollen analytical standard techniques Polygonum undiff. Polypodium Populus Potamogeton Primula Pteridium aquilinum Pteridophytes Pterocarya Quercus Ranunculaceae undiff. Ranunculus acris type Ribes Rosaceae NAP undiff. Rubus type Rumex undiff. Salix sample depth mean sample volume Sanguisorba officinalis Saussurea type Saxifraga undiff. Scutellaria type Selaginella helvetica Selaginella rupestris Selaginella sanguinolenta Selaginella selaginoides Selaginella undiff. Serratula type Solanum dulcamara type Sparganium/Typha Spergula type Sphagnum Spirogyra Stachys type Succisa Sum+alGae Sum+aQuatics Sum+Far/rebedded Sum+Indeterminatae Sum+Mosses Sum+Pteridophytes Taxodiaceae/Cupressaceae Tetraedron Thalictrum Thelypteris palustris Tilia cordata type Total Sporomorph Concentrations Trifolium type Tsuga diversifolia type Ulmus Urticaceae Veronica type volume 2008-08-27 eng Dataset 10.1016/j.gloplacha.2004.09.020 Sediment slices of 0.5 cm thickness were obtained from gravity core segments and of 1 cm thickness from the Vydrino piston core. Volumetric subsamples of 5 cm3 (10 cm3 in case of the lowermost samples from Continent core) were prepared according to standard procedures, including 7-μm ultrasonic fine-sieving (Cwynar et al., 1979, Fægri et al., 1989 K. Fægri, P.E. Kaland and K. Krzywinski, Textbook of Pollen Analysis (4th edition), John Wiley & Sons, Chichester (1989) 328 pp..Fægri et al., 1989 and PALE Steering Committee, 1994). Two tablets of Lycopodium marker spores were added to each sample for calculating total pollen and spore concentrations (Stockmarr, 1971). Water-free glycerol was used for storage and preparation of microscopic slides. The palynological samples were counted at magnifications of 400–600×, applying 1000× for the identification of difficult pollen types, e.g., including Saxifragaceae, Crassulaceae, and Rosaceae. 51.5831 104.851 51.5835 104.8517