Palynological investigations reveal Eemian interglacial vegetation dynamics at Spiezberg, Bernese Alps, Switzerland

Palynological investigations reveal Eemian interglacial vegetation dynamics at Spiezberg, Bernese Alps, Switzerland

Interglacial pollen records are valuable archives of past vegetation dynamics and provide important information about vegetation responses to different-than-today climates. Interglacial pollen archives pre-dating the Last Glacial Maximum (LGM) are scarce on the Swiss Plateau in contrast to the many...

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Bibliographic Details
Main Authors: Bandou, D. (Author), Douillet, G.A (Author), Gobet, E. (Author), Schläfli, P. (Author), Schlunegger, F. (Author), Schwenk, M.A (Author), Tinner, W. (Author), van Leeuwen, J.F.N (Author), Vescovi, E. (Author)
Format: Article
Language:English
Published: Elsevier Ltd 2021
Subjects:
Abies alba
analytical method
biostratigraphy
Carpinus
coniferous tree
deciduous tree
Dynamics
Eemian
environmental conditions
Environmental conditions
Forestry
Glacial geology
Hedera
Holocene
Last Glacial Maximum
marine isotope stage
MIS 7a
Numerical methods
paleoenvironment
palynology
Picea abies
pollen
Pollen biostratigraphy
preservation
principal component analysis
Swiss plateau
Swiss Plateau
Switzerland
temperate forest
Vegetation
vegetation dynamics
Vegetation dynamics
Vegetation response
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