de.pangaea.dataset988684 und dataset PANGAEA

info@pangaea.de

https://www.pangaea.de/ information pointOfContact 2026-04-15T05:58:05Z https://doi.pangaea.de/10.1594/PANGAEA.988684 2026-04-02T13:09:10 publication Oliveira, Dulce https://orcid.org/0000-0002-3016-532X information author Desprat, Stéphanie

stephanie.desprat@u-bordeaux.fr

https://orcid.org/0000-0003-4400-679X information author Yin, Qiuzhen

qiuzhen.yin@uclouvain.be

https://orcid.org/0000-0002-7189-8335 information author Rodrigues, Teresa

teresa.rodrigues@ipma.pt

https://orcid.org/0000-0001-7811-7506 information author Naughton, Filipa https://orcid.org/0000-0002-3055-9396 information author Trigo, Ricardo M

rmtrigo@fc.ul.pt

https://orcid.org/0000-0002-4183-9852 information author Grimalt, Joan O

joan.grimalt@idaea.csic.es

https://orcid.org/0000-0002-7391-5768 information author Alonso-Garcia, Montserrat

montseag@usal.es

https://orcid.org/0000-0002-0241-2178 information author Voelker, Antje H L

antje.voelker@ipma.pt

https://orcid.org/0000-0001-6465-6023 information author Abrantes, Fatima F

fatima.abrantes@ipma.pt

https://orcid.org/0000-0002-9110-0212 information author Sanchez Goñi, Maria Fernanda

maria.sanchez-goni@u-bordeaux.fr

https://orcid.org/0000-0001-8238-7488 information author PANGAEA

info@pangaea.de

https://www.pangaea.de/ information publisher tableDigital Pollen-based vegetation reconstruction from IODP Site 339-U1385, drilled on the SW Iberian margin during IODP Expedition 339 (37°34.285′ N, 10°7.562′ W; 2578 m water depth). The studied interval between 537 and 460 ka includes Marine Isotope Stage 13 (MIS 13, ~533-478 ka) and provides a centennial-scale resolution record of SW Iberian vegetation and associated changes in regional hydroclimate. The dataset contains counts of all identified pollen and spore morphotypes, as well as the main ecological groups: Mediterranean forest (including Mediterranean sclerophylls and all temperate trees and shrubs, excluding Pinus, Cedrus and Cupressaceae), Mediterranean taxa s.s. (or sclerophylls), and semi-desert plants. Pollen analysis: A total of 265 levels from Site U1385 were sampled for pollen analysis every 2-4 cm. Samples were prepared following the standard marine palynological protocol, which includes coarse sieving at 150 µm, successive cold HCl and HF treatments to remove carbonates and silicates, a final 25 % HCl step to eliminate fluorosilicates, and micro-sieving at 10 µm. Residues were mounted unstained in glycerol. Pollen analysis was carried out using a Nikon light microscope at ×500 and ×1000 (oil immersion) magnification. completed Oliveira, Dulce https://orcid.org/0000-0002-3016-532X information principalInvestigator Iberian margin Interglacial Marine Isotope Stage 13 (MIS 13) Mediterranean vegetation pollen analysis theme 1995-01-01 creation PANGAEA

info@pangaea.de

https://www.pangaea.de/ information pointOfContact copyright copyright CC-BY-4.0: Creative Commons Attribution 4.0 International textTable und geoscientificInformation -10.126153 -10.125932 37.571307 37.571308 Further fundings: * WarmClim, Award: French research program LEFE (INSU-CNRS) * PuLSE, Award: French research program LEFE (INSU-CNRS) This dataset has been carefully reviewed and curated in accordance with PANGAEA's exceptionally high quality standards. However, due to discontinued communication from the authors' side, it did not receive the usual formal approval by the authors and therefore lacks final scientific validation. Event label thematicClassification Latitude of event thematicClassification Longitude of event thematicClassification Date/Time of event thematicClassification Sample code/label thematicClassification DSDP/ODP/IODP sample designation Half thematicClassification Depth, composite revised, corrected physicalMeasurement IODP Depth Scale Terminology crmcd crmcd AGE physicalMeasurement ka BP ka BP Pinus physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Cedrus physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Abies physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Picea physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Acer physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Alnus physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Betula physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Carpinus physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Castanea physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Corylus physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Fagus physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Fraxinus excelsior-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Fraxinus ornus-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Ilex physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Populus physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Pterocarya physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Taxus physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Ulmus physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Quercus deciduous-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Quercus evergreen-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Quercus suber-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Quercus deciduous physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification]; Quercus macrocarpa # # Carya physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Ostrya/Carpinus orientalis physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Celtis physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Ligustrum physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Buxus physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Cistus physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Daphne physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Olea physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Phillyrea physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Pistacia physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Rhamnus-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Ulex-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Cupressaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Helianthemum physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Halimium/Tuberaria physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Hedera helix physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Hippophae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Myrica physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Salix physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Sambucus physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Vitis physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Ericaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Calluna physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Chenopodiaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Ephedra distachya-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Ephedra fragilis-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Artemisia physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Anthemis-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Aster-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Centaurea cyanus-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Centaurea nigra-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Centaurea scabiosa-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Taraxacum physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Apiaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Brassicaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Caryophyllaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Lamiaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Liliaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Asphodelus physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Mercurialis-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Plantago physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Plumbaginaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Poaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Ranunculaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Rumex physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Sanguisorba minor physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Saxifragaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Scabiosa physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Boraginaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Bupleurum-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Crassulaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Cyperaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Erodium physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Euphorbia physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Fabaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Filipendula physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Galium-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Gentianaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Geranium physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Knautia-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Linum physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Lythrum physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Mentha-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Paronychia-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] % % Papaveraceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Polygonum aviculare-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Polygalaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Primulaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Malvaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Rosaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Scrofulariaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Thalictrum physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Urtica physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Valerianaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Helleborus physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Nerium physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Myriophyllum alterniflorum physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Myriophyllum verticillatum physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Nuphar physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Polygonum persicaria-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Typha/Sparganium physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Typha latifolia physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Isoetes physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Polypodium vulgare-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Monolete psilate physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Monolete ornamented physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Botrychium-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Cryptogramma physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Osmunda physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Trilete ornamented physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Trilete psilate physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Trilete, reworked physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Pollen, broken physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Pollen, hidden physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Pollen, corroded physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Pollen, crumpled physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Unknown pollen physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Pre-Quaternary pollen physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Concentricystes physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Pollen, mediterranean forest physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Pollen, mediterranean taxa physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification]; Sensu stricto # # Pollen, semi-desert physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] # # Analyst thematicClassification text/tab-separated-values unknown https://doi.pangaea.de/10.1594/PANGAEA.988684?format=textfile download dataset The data set was checked for completeness, correctness, and consistency of metainformation. Validity of used methods was checked and - if applicable - precision and range of data. EVENT LABEL: 339-U1385D * LATITUDE: 37.571307 * LONGITUDE: -10.125932 * ELEVATION: -2584.0 m * Recovery: 153.95 m * CAMPAIGN: Exp339 * BASIS: Joides Resolution * METHOD/DEVICE: Drilling/drill rig 16 cores; 146.4 m cored; 105 % recovered; 146.4 m penetrated EVENT LABEL: 339-U1385E * LATITUDE: 37.571308 * LONGITUDE: -10.126153 * ELEVATION: -2589.0 m * Recovery: 151.32 m * CAMPAIGN: Exp339 * BASIS: Joides Resolution * METHOD/DEVICE: Drilling/drill rig 17 cores; 148.7 m cored; 102 % recovered; 148.7 m penetrated References 2020-01-01 publication https://doi.org/10.1016/j.quascirev.2020.106573 Oliveira, Dulce https://orcid.org/0000-0002-3016-532X information author Desprat, Stéphanie

stephanie.desprat@u-bordeaux.fr

https://orcid.org/0000-0003-4400-679X information author Yin, Qiuzhen

qiuzhen.yin@uclouvain.be

https://orcid.org/0000-0002-7189-8335 information author Rodrigues, Teresa

teresa.rodrigues@ipma.pt

https://orcid.org/0000-0001-7811-7506 information author Naughton, Filipa https://orcid.org/0000-0002-3055-9396 information author Trigo, Ricardo M

rmtrigo@fc.ul.pt

https://orcid.org/0000-0002-4183-9852 information author Su, Qianqian https://orcid.org/0000-0002-3651-9846 information author Grimalt, Joan O

joan.grimalt@idaea.csic.es

https://orcid.org/0000-0002-7391-5768 information author Alonso-Garcia, Montserrat

montseag@usal.es

https://orcid.org/0000-0002-0241-2178 information author Voelker, Antje H L

antje.voelker@ipma.pt

https://orcid.org/0000-0001-6465-6023 information author Abrantes, Fátima author Maria Fernanda, Sánchez Goñi author documentDigital Quaternary Science Reviews 247 106573