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Basil A. S. Davis

Brewer S.

Davis M. B.

Ehlers J.

Firbas F.

Giesecke T.

Graciela Gil-Romera

Grimm E. C.

Heather Binney

Huntley B.

Jacques-Louis de Beaulieu

Lundqvist J.

Michelle Leydet

Norbert Kühl

Petr Kuneš

R Core Team

Ralph Fyfe

Richard H. Bradshaw

Rudolph K.

Simon Brewer

Steffen Wolters

Szafer W.

Thomas Giesecke

Walter Finsinger

Williams J. W.

Journal of Maps

International audienceThe European Pollen Database (EPD) is a community effort to archive and make available pollen sequences from across the European continent. Pollen sequences provide records that may be used to infer past vegetation and vegetation change. We present here maps based on 828 sites from the EPD giving an overview of changes in postglacial pollen assemblages in Europe over the past 15,000 years. The maps show the distribution and abundance of 54 different pollen taxa at 500 year intervals, supported by new age-depth models and associated chronological uncertainty analysis. Results show the individualistic patterns of spread of different pollen taxa, and provide a standardized dataset for further analysis, defining a spatial context for the study of past plant and vegetation changes and other aspects of environmental history in Europe

Brewer, Simon

Giesecke, Thomas

Davis, Basil A. S.

Finsinger, Walter

Wolters, Steffen

Binney, Heather

de Beaulieu, Jacques-Louis

Fyfe, Ralph

Gil-Romera, G.

Kuhl, Norbert

Kunes, P.

Leydet, Michelle

Bradshaw, Richard H. W.

HAL: Hyper Article en Ligne

Late-glacial and Holocene European pollen data

Crossref

The European Pollen Database (EPD) is a community effort to archive and make available pollen sequences from across the European continent. Pollen sequences provide records that may be used to infer past vegetation and vegetation change. We present here maps based on 828 sites from the EPD giving an overview of changes in postglacial pollen assemblages in Europe over the past 15, 000 years. The maps show the distribution and abundance of 54 different pollen taxa at 500 year intervals, supported by new age-depth models and associated chronological uncertainty analysis. Results show the individualistic patterns of spread of different pollen taxa, and provide a standardized dataset for further analysis, defining a spatial context for the study of past plant and vegetation changes and other aspects of environmental history in Europe

Brewer, S.

Giesecke, T.

Davis, B.A.S.

Finsinger, W.

Wolters, S.

Binney, H.

de Beaulieu, J.L.

Fyfe, R.

Kuhl, N.

Leydet, M.

Bradshaw, R.H.

Repositorio Universidad de Zaragoza

English

HAL AMU

De Beaulieu, Jacques-Louis

HAL Descartes

Archive Ouverte en Sciences de l'Information et de la Communication

The European Pollen Database (EPD) is a community effort to archive and make available pollen sequences from across the European continent. Pollen sequences provide records that may be used to infer past vegetation and vegetation change. We present here maps based on 828 sites from the EPD giving an overview of changes in postglacial pollen assemblages in Europe over the past 15,000 years. The maps show the distribution and abundance of 54 different pollen taxa at 500 year intervals, supported by new age-depth models and associated chronological uncertainty analysis. Results show the individualistic patterns of spread of different pollen taxa, and provide a standardized dataset for further analysis, defining a spatial context for the study of past plant and vegetation changes and other aspects of environmental history in Europe

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The European Pollen Database (EPD) is a community effort to archive and make available pollen sequences from across the European continent. Pollen sequences provide records that may be used to infer past vegetation and vegetation change. We present here maps based on 828 sites from the EPD giving an overview of changes in postglacial pollen assemblages in Europe over the past 15,000 years. The maps show the distribution and abundance of 54 different pollen taxa at 500 year intervals, supported by new age-depth models and associated chronological uncertainty analysis. Results show the individualistic patterns of spread of different pollen taxa, and provide a standardized dataset for further analysis, defining a spatial context for the study of past plant and vegetation changes and other aspects of environmental history in Europe.</p

Late-glacial and Holocene European pollen data

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