Miocene palaeoclimate reconstructions from the North Alpine Foreland Basin in Germany

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Autores principales: Böhme, Madelaine, Bruch, Angela A, Selmeier, Alfred
Formato: Dataset Open Access
Lenguaje:en
Publicado: PANGAEA 2007
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author Böhme, Madelaine
Bruch, Angela A
Selmeier, Alfred
author_facet Böhme, Madelaine
Bruch, Angela A
Selmeier, Alfred
collection Datos científicos de ciencias marinas y ambientales
contents Early- and Middle-Miocene sediments of the North Alpine Foreland Basin (NAFB) in Southern Germany contain one of the world richest regional records of silicified wood. Here we analyze over 1,000 identifiable samples, belonging to 80 wood anatomical taxa from 61 stratigraphically well-dated localities using principally the Coexistence Approach. The samples investigated originate from fluvial sediments representing periods of intensified surface runoff in the NAFB and therefore represent and provide information pertaining to the wet end-member of the fluctuating climate system. The dry end of the climate system is represented in the profiles either by hiatuses or palaeosoils. The dataset is split into four xylofloras: (I) the Ortenburg xyloflora (Late Ottnangian; ~17.5 to 17.3 Ma) originating from a paratropical evergreen Carapoxylon (Xylocarpus) forest; (II) the Southern Franconian Alb xyloflora (Late Karpatian; 17.0 to ~16.3 Ma) originating from a subtropical semideciduous limestone forest; (III) the upper Older Series xyloflora (Early Badenian; ~16.3 to ~15.3 Ma) originating from a subtropical oak-laurel forest; and (IV) the upper Middle Series xyloflora (Middle Badenian; 14.3 to ~13.8 Ma) originating from a subtropical dry deciduous forest.
format Dataset Open Access
id pangaea_https___doi_org_10_1594_PANGAEA_587447
institution PANGAEA
language en
publishDate 2007
publisher PANGAEA
record_format pangaea
spellingShingle Miocene palaeoclimate reconstructions from the North Alpine Foreland Basin in Germany
Böhme, Madelaine
Bruch, Angela A
Selmeier, Alfred
Early Badenian; Germany, Bavaria; Late Karpatian; Late Ottnangian; Middle Badenian; NECLIME; NECLIME_campaign; Neogene Climate Evolution in Eurasia; North_Alpine_Foreland_1; North_Alpine_Foreland_2; North_Alpine_Foreland_3; North_Alpine_Foreland_4
Early- and Middle-Miocene sediments of the North Alpine Foreland Basin (NAFB) in Southern Germany contain one of the world richest regional records of silicified wood. Here we analyze over 1,000 identifiable samples, belonging to 80 wood anatomical taxa from 61 stratigraphically well-dated localities using principally the Coexistence Approach. The samples investigated originate from fluvial sediments representing periods of intensified surface runoff in the NAFB and therefore represent and provide information pertaining to the wet end-member of the fluctuating climate system. The dry end of the climate system is represented in the profiles either by hiatuses or palaeosoils. The dataset is split into four xylofloras: (I) the Ortenburg xyloflora (Late Ottnangian; ~17.5 to 17.3 Ma) originating from a paratropical evergreen Carapoxylon (Xylocarpus) forest; (II) the Southern Franconian Alb xyloflora (Late Karpatian; 17.0 to ~16.3 Ma) originating from a subtropical semideciduous limestone forest; (III) the upper Older Series xyloflora (Early Badenian; ~16.3 to ~15.3 Ma) originating from a subtropical oak-laurel forest; and (IV) the upper Middle Series xyloflora (Middle Badenian; 14.3 to ~13.8 Ma) originating from a subtropical dry deciduous forest.
title Miocene palaeoclimate reconstructions from the North Alpine Foreland Basin in Germany
topic Early Badenian; Germany, Bavaria; Late Karpatian; Late Ottnangian; Middle Badenian; NECLIME; NECLIME_campaign; Neogene Climate Evolution in Eurasia; North_Alpine_Foreland_1; North_Alpine_Foreland_2; North_Alpine_Foreland_3; North_Alpine_Foreland_4
url https://doi.org/10.1594/PANGAEA.587447