de.pangaea.dataset988588 und dataset PANGAEA

info@pangaea.de

https://www.pangaea.de/ information pointOfContact 2026-08-03T13:05:50Z https://doi.pangaea.de/10.1594/PANGAEA.988588 2026-01-15T06:26:59 publication https://doi.org/10.1594/PANGAEA.988588 Oliveira, Dulce

dulce_oliveiraa@hotmail.com

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 Rodrigues, Teresa

teresa.rodrigues@ipma.pt

https://orcid.org/0000-0001-7811-7506 information author Naughton, Filipa

filipa.naughton@ipma.pt

https://orcid.org/0000-0002-3055-9396 information author Hodell, David A

dah73@cam.ac.uk

https://orcid.org/0000-0001-8537-1588 information author Trigo, Ricardo M

rmtrigo@fc.ul.pt

https://orcid.org/0000-0002-4183-9852 information author Rufino, Marta M https://orcid.org/0000-0002-0734-7491 information author Lopes, Cristina

cris.lopes@softhome.net

https://orcid.org/0000-0001-9884-5914 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 ~435 and 363 ka, encompasses Marine Isotope Stage (MIS) 11 and provides a high-resolution record of vegetation and terrestrial climate variability in southwestern Europe. The dataset contains percentages 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: Holes E and D of Site 339-U1385 were sampled every 4 cm between 50.27 and 56.01 crmcd, with increased resolution (2 cm) between 54.50 and 56.01 crmcd during interglacial MIS 11c. Processing followed the standard protocol for marine samples: coarse sieving (150 µm mesh), sequential treatments with cold HCl (10-50 %) and cold HF (45-70 %) to remove carbonates and silicates, a final cold HCl (25 %) treatment to eliminate fluorosilicates, and micro-sieving at 10 µm. Residues were mounted unstained in glycerol. Pollen analysis of 164 samples was carried out using a Nikon light microscope at ×500 and ×1000 (oil immersion) magnification. completed Oliveira, Dulce

dulce_oliveiraa@hotmail.com

https://orcid.org/0000-0002-3016-532X information principalInvestigator Iberian margin Interglacials IODP Mediterranean vegetation Millennial scale variability MIS 11 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 2011-11-27T20:45:00 2011-11-28T15:20:00 Further fundings: * WarmClim, Award: French research program LEFE (INSU-CNRS) * PuLSE, Award: French research program LEFE (INSU-CNRS) * IODP-France grant 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] % % 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] % % 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] % % Ilex physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] % % Juglans physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] % % Populus physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] % % Tilia 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 macrolepis-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] % % Carpinus orientalis/Ostrya physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] % % Ligustrum-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] % % Pterocarya 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] % % 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] % % Rhus-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] % % 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] % % 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] % % 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] % % 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] % % 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] % % Lythrum physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] % % Malvaceae physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] % % Mentha-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] % % Polygonum aviculare-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] % % Primulaceae 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] % % Vicia-type physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] % % Myriophyllum verticillatum physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] % % Potamogeton physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] % % Typha/Sparganium 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] % % Pteridium 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] % % Pollen, broken 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] % % Pollen, hidden physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification] % % Unknown 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] % % Pollen, semi-desert physicalMeasurement Light microscope, Nikon, [×500 and ×1000 (oil immersion) magnification]; Sensu stricto % % Analyst thematicClassification text/tab-separated-values unknown https://doi.pangaea.de/10.1594/PANGAEA.988588?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 * DATE/TIME: 2011-11-27T20:45:00 * 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 2011-11-27T20:45:00 EVENT LABEL: 339-U1385E * LATITUDE: 37.571308 * LONGITUDE: -10.126153 * DATE/TIME: 2011-11-28T15:20:00 * 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 2011-11-28T15:20:00 References 2016-01-01 publication https://doi.org/10.1016/j.yqres.2016.09.002 Oliveira, Dulce

dulce_oliveiraa@hotmail.com

https://orcid.org/0000-0002-3016-532X information author Desprat, Stephanie author Rodrigues, Teresa

teresa.rodrigues@ipma.pt

https://orcid.org/0000-0001-7811-7506 information author Naughton, Filipa

filipa.naughton@ipma.pt

https://orcid.org/0000-0002-3055-9396 information author Hodell, David A

dah73@cam.ac.uk

https://orcid.org/0000-0001-8537-1588 information author Trigo, Ricardo M

rmtrigo@fc.ul.pt

https://orcid.org/0000-0002-4183-9852 information author Rufino, Marta M https://orcid.org/0000-0002-0734-7491 information author Lopes, Cristina

cris.lopes@softhome.net

https://orcid.org/0000-0001-9884-5914 information author Abrantes, Fatima F

fatima.abrantes@ipma.pt

https://orcid.org/0000-0002-9110-0212 information author Goni, Maria Fernanda Sánchez author documentDigital Quaternary Research 86(3) 373-387 References 2018-01-01 publication https://doi.org/10.1007/s00382-017-3948-7 Oliveira, Dulce

dulce_oliveiraa@hotmail.com

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 Naughton, Filipa

filipa.naughton@ipma.pt

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 Rodrigues, Teresa

teresa.rodrigues@ipma.pt

https://orcid.org/0000-0001-7811-7506 information author Abrantes, Fátima author Maria Fernanda, Sánchez Goñi author documentDigital Climate Dynamics 51(1-2) 667-686