de.pangaea.dataset711649unddatasetPANGAEAinfo@pangaea.dehttps://www.pangaea.de/informationpointOfContact2026-07-15T18:04:38Zhttps://doi.pangaea.de/10.1594/PANGAEA.711649
<gco:CharacterString>Pollen record of sediment core MD95-2043</gco:CharacterString>
2008-01-01publicationhttps://doi.org/10.1594/PANGAEA.711649Fletcher, William Jwilliam.fletcher@manchester.ac.ukhttps://orcid.org/0000-0001-8918-0690informationauthorSanchez Goñi, Maria Fernandamaria.sanchez-goni@u-bordeaux.frhttps://orcid.org/0000-0001-8238-7488informationauthorPANGAEAinfo@pangaea.dehttps://www.pangaea.de/informationpublishertableDigitalSupplement to: Fletcher, William J; Sanchez Goñi, Maria Fernanda (2008): Orbital- and sub-orbital-scale climate impacts on vegetation of the western Mediterranean basin over the last 48,000 yr. Quaternary Research, 70(3), 451-464, https://doi.org/10.1016/j.yqres.2008.07.002High-resolution pollen analysis of Alborán Sea core MD95-2043 provides a 48-ka continuous vegetation record that can be directly correlated with sea surface and deep-water changes. The reliability of this record is supported by comparison with that of Padul (Sierra Nevada, Spain). Marine Isotope Stage (MIS) 3 was characterised by fluctuations in Quercus forest cover in response to Dansgaard-Oeschger climate variability. MIS 2 was characterised by the dominance of semi-desert vegetation. Despite overall dry and cold conditions during MIS 2, Heinrich events (HEs) 2 and 1 were distinguished from the last glacial maximum by more intensely arid conditions. Taxon-specific vegetation responses to a tripartite climatic structure within the HEs are observed. In MIS 1, the Bölling-Allerød was marked by rapid afforestation, while a re-expansion of semi-desert environments occurred during the Younger Dryas. The maximum development of mixed Quercus forest occurred between 11.7 and 5.4 cal ka BP, with forest decline since 5.4 cal ka BP. On orbital timescales, a long-term expansion of semi-desert vegetation from MIS 3 into MIS 2 reflects global ice-volume trends, while Holocene arboreal decline reflects summer insolation decrease. The influence of precession on the amplitude of forest development and vegetation composition is also detected.completedSanchez Goñi, Maria Fernandamaria.sanchez-goni@u-bordeaux.frhttps://orcid.org/0000-0001-8238-7488informationprincipalInvestigatorIMAGESInternational Marine Global Change Studytheme
<gco:CharacterString>PANGAEA Project List</gco:CharacterString>
1995-01-01creationPANGAEAinfo@pangaea.dehttps://www.pangaea.de/informationpointOfContactcopyrightcopyrightCC-BY-3.0: Creative Commons Attribution 3.0 UnportedtextTableundgeoscientificInformation-2.6211666666667-2.621166666666736.14333333333336.1433333333331995-07-09T00:00:001995-07-09T00:00:000.0715.75DEPTH, sediment/rockphysicalMeasurementmmAGEphysicalMeasurementka BPka BPAbiesphysicalMeasurementCounting, palynology##AcerphysicalMeasurementCounting, palynology##AlnusphysicalMeasurementCounting, palynology##Ambrosia-typephysicalMeasurementCounting, palynology##Anthemis-typephysicalMeasurementCounting, palynology##ApiaceaephysicalMeasurementCounting, palynology##ArceuthobiumphysicalMeasurementCounting, palynology##ArtemisiaphysicalMeasurementCounting, palynology##AsphodelusphysicalMeasurementCounting, palynology##Aster-typephysicalMeasurementCounting, palynology##BetulaphysicalMeasurementCounting, palynology##BoraginaceaephysicalMeasurementCounting, palynology##BrassicaceaephysicalMeasurementCounting, palynology##Bupleurum-typephysicalMeasurementCounting, palynology##BuxusphysicalMeasurementCounting, palynology##CallunaphysicalMeasurementCounting, palynology##CampanulaceaephysicalMeasurementCounting, palynology##CarpinusphysicalMeasurementCounting, palynology##CaryophyllaceaephysicalMeasurementCounting, palynology##CedrusphysicalMeasurementCounting, palynology##Centaurea nigra-typephysicalMeasurementCounting, palynology##Centaurea scabiosa-typephysicalMeasurementCounting, palynology##CentauriumphysicalMeasurementCounting, palynology##Cerealia-typephysicalMeasurementCounting, palynology##ChenopodiaceaephysicalMeasurementCounting, palynology##Cirsium-typephysicalMeasurementCounting, palynology##CistusphysicalMeasurementCounting, palynology##Coriaria myrtifoliaphysicalMeasurementCounting, palynology##CorylusphysicalMeasurementCounting, palynology##CrassulaceaephysicalMeasurementCounting, palynology##CupressaceaephysicalMeasurementCounting, palynology##CyperaceaephysicalMeasurementCounting, palynology##EchinopsphysicalMeasurementCounting, palynology##Ephedra distachya-typephysicalMeasurementCounting, palynology##Ephedra fragilis-typephysicalMeasurementCounting, palynology##EricaceaephysicalMeasurementCounting, palynology##ErodiumphysicalMeasurementCounting, palynology##EuphorbiaphysicalMeasurementCounting, palynology##FabaceaephysicalMeasurementCounting, palynology##FilipendulaphysicalMeasurementCounting, palynology##Fraxinus excelsior-typephysicalMeasurementCounting, palynology##Galium-typephysicalMeasurementCounting, palynology##GentianaceaephysicalMeasurementCounting, palynology##GeraniumphysicalMeasurementCounting, palynology##HalimiumphysicalMeasurementCounting, palynology; including Tuberaria##Hedera helixphysicalMeasurementCounting, palynology##HelianthemumphysicalMeasurementCounting, palynology##HippophaephysicalMeasurementCounting, palynology##LamiaceaephysicalMeasurementCounting, palynology##LiliaceaephysicalMeasurementCounting, palynology##LinumphysicalMeasurementCounting, palynology##Lygeum spartumphysicalMeasurementCounting, palynology##LythrumphysicalMeasurementCounting, palynology##Mentha-typephysicalMeasurementCounting, palynology##Mercurialis-typephysicalMeasurementCounting, palynology##MyricaphysicalMeasurementCounting, palynology##OleaphysicalMeasurementCounting, palynology##PedicularisphysicalMeasurementCounting, palynology##PhillyreaphysicalMeasurementCounting, palynology##PiceaphysicalMeasurementCounting, palynology##PistaciaphysicalMeasurementCounting, palynology##PlantagophysicalMeasurementCounting, palynology##Plantago lanceolata-typephysicalMeasurementCounting, palynology##PlumbaginaceaephysicalMeasurementCounting, palynology##PoaceaephysicalMeasurementCounting, palynology##Polygonum aviculare-typephysicalMeasurementCounting, palynology##PopulusphysicalMeasurementCounting, palynology##PrimulaceaephysicalMeasurementCounting, palynology##Quercus, deciduous-typephysicalMeasurementCounting, palynology##Quercus evergreen-typephysicalMeasurementCounting, palynology##Quercus suber-typephysicalMeasurementCounting, palynology##RanunculaceaephysicalMeasurementCounting, palynology##Rhamnus-typephysicalMeasurementCounting, palynology##RosaceaephysicalMeasurementCounting, palynology##RumexphysicalMeasurementCounting, palynology##SalixphysicalMeasurementCounting, palynology##Sanguisorba minorphysicalMeasurementCounting, palynology##Sanguisorba officinalisphysicalMeasurementCounting, palynology##ScabiosaphysicalMeasurementCounting, palynology##ScrophulariaceaephysicalMeasurementCounting, palynology##Serratula-typephysicalMeasurementCounting, palynology##Spergularia-typephysicalMeasurementCounting, palynology##TamarixphysicalMeasurementCounting, palynology##TaraxacumphysicalMeasurementCounting, palynology##TaxusphysicalMeasurementCounting, palynology##ThalictrumphysicalMeasurementCounting, palynology##TiliaphysicalMeasurementCounting, palynology##Ulex-typephysicalMeasurementCounting, palynology##UlmusphysicalMeasurementCounting, palynology##UrticaphysicalMeasurementCounting, palynology##ValerianaceaephysicalMeasurementCounting, palynology##Veronica-typephysicalMeasurementCounting, palynology##Vicia-typephysicalMeasurementCounting, palynology##VitisphysicalMeasurementCounting, palynology##PinusphysicalMeasurementCounting, palynology##Alisma-typephysicalMeasurementCounting, palynology##LemnaphysicalMeasurementCounting, palynology##Polygonum persicaria-typephysicalMeasurementCounting, palynology##PotamogetonphysicalMeasurementCounting, palynology##TyphaphysicalMeasurementCounting, palynology; including Sparganium##IsoetesphysicalMeasurementCounting, palynology##Polypodium vulgare-typephysicalMeasurementCounting, palynology##Spores, monolete psilatephysicalMeasurementCounting, palynology##Spores, monolete ornamentedphysicalMeasurementCounting, palynology##Anogramma leptophyllaphysicalMeasurementCounting, palynology##Botrychium-typephysicalMeasurementCounting, palynology##CryptogrammaphysicalMeasurementCounting, palynology##Ophioglossum lusitanicumphysicalMeasurementCounting, palynology##Pilularia globuliferaphysicalMeasurementCounting, palynology##Selaginella denticulataphysicalMeasurementCounting, palynology##Spores, trilete ornamentedphysicalMeasurementCounting, palynology##Spores, trilete psilatephysicalMeasurementCounting, palynology##Spores, trilete reworkedphysicalMeasurementCounting, palynology##Indeterminable: brokenphysicalMeasurementCounting, palynology##Indeterminable: hiddenphysicalMeasurementCounting, palynology##Indeterminable: corrodedphysicalMeasurementCounting, palynology##Indeterminable: crumpledphysicalMeasurementCounting, palynology##Indeterminable: unknownphysicalMeasurementCounting, palynology##ConcentricystesphysicalMeasurementCounting, palynology##Pollen, temperate Mediterranean forestphysicalMeasurementCounting, palynology; includes Acer, Alnus, Betula, Carpinus, Cistus, Coriaria myrtifolia, Corylus, Fraxinus excelsior type, Olea, Phillyrea, Pistacia, Populus, Quercus deciduous type, Quercus evergreen type, Quercus suber type, Taxus, Ulmus.##Pollen, mainphysicalMeasurementCounting, palynology; includes all terrestrial pollen excluding Pinus##Pollen and sporesphysicalMeasurementCounting, palynology; total##Taxa analyzedphysicalMeasurementCounting, palynology##Marker, foundphysicalMeasurementCounting, palynology; Exotic##Sample volumephysicalMeasurementCounting, palynologycm**3cm**3Marker, addedphysicalMeasurementCounting, palynology; Exotic##Pollen, main concentrationphysicalMeasurementCounting, palynology#/cm**3#/cm**3Pollen, totalphysicalMeasurementCounting, palynology#/cm**3#/cm**3text/tab-separated-valuesunknownhttps://doi.pangaea.de/10.1594/PANGAEA.711649?format=textfiledownloaddatasetThe 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: MD95-2043 (MD952043) * LATITUDE: 36.143333 * LONGITUDE: -2.621167 * DATE/TIME: 1995-07-09T00:00:00 * ELEVATION: -1841.0 m * RECOVERY: 37 m * LOCATION: Alboran Sea * CAMPAIGN: MD101__Campaign * BASIS: Marion Dufresne (1995) * METHOD/DEVICE: Calypso CorerXXV Sections, OK; liner exploded in section VIII1995-07-09T00:00:00Related to
<gco:CharacterString>Abrupt climate changes of the last deglaciation detected in a Western Mediterranean forest record</gco:CharacterString>
2010-01-01publicationhttps://doi.org/10.5194/cp-6-245-2010Fletcher, William Jwilliam.fletcher@manchester.ac.ukhttps://orcid.org/0000-0001-8918-0690informationauthorSanchez Goñi, Maria Fernandamaria.sanchez-goni@u-bordeaux.frhttps://orcid.org/0000-0001-8238-7488informationauthorPeyron, Odileodile.peyron@umontpellier.frauthorDormoy, IsabelleauthordocumentDigitalClimate of the Past6(2)245-264Related to
<gco:CharacterString>Synchroneity between marine and terrestrial responses to millenial scale climatic variability during the last glacial period in the mediterranian Region</gco:CharacterString>
2002-01-01publicationhttps://doi.org/10.1007/s00382-001-0212-xSanchez Goñi, Maria Fernandamaria.sanchez-goni@u-bordeaux.frhttps://orcid.org/0000-0001-8238-7488informationauthorCacho, Isabelicacho@ub.eduhttps://orcid.org/0000-0002-6512-0770informationauthorTuron, Jean-Louisturon@epoc.u-bordeaux.frauthorGuiot, Joelguiot@cerege.frauthorSierro Sánchez, Francisco Javiersierro@usal.esauthorPeypouquet, Jean PierreauthorGrimalt, Joan Ojoan.grimalt@idaea.csic.eshttps://orcid.org/0000-0002-7391-5768informationauthorShackleton, Nicholas Jhttp://en.wikipedia.org/wiki/Nicholas_ShackletoninformationauthordocumentDigitalClimate Dynamics19(1)95-105