Pollen and Spores of sediment core MD96-2048 Pleistocene
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| Format: | Dataset Open Access |
| Langue: | en |
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PANGAEA
2019
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| _version_ | 1867169131493588992 |
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| author | Dupont, Lydie M Caley, Thibaut Castañeda, Isla S |
| author_facet | Dupont, Lydie M Caley, Thibaut Castañeda, Isla S |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | To study the influence of pCO2 on the Pleistocene development of the SE African vegetation, we used the pollen record of a marine core (MD96-2048) retrieved from Delago Bay south of the Limpopo River mouth in combination with stable isotope and geochemical proxies. Applying endmember analysis four pollen assemblages could be distinguished representing different biomes: heathland, mountain forest, shrubland and woodland. It turned out that the vegetation of the Limpopo River catchment and the coastal region of southern Mozambique is not only influenced by hydroclimate but by temperatures and atmospheric pCO2, as well. Our results suggest that the extension of either open ericaceous vegetation including C4 sedges or mountain forest depended on glacial pCO2 levels and that the main development of woodlands in the area took place after the Mid-Brunhes Event when interglacial pCO2 levels rose over 270 ppmv. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_897922 |
| institution | PANGAEA |
| language | en |
| publishDate | 2019 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Pollen and Spores of sediment core MD96-2048 Pleistocene Dupont, Lydie M Caley, Thibaut Castañeda, Isla S Acacia; Acalypha; Acanthaceae; Adenia; Afraegle; Afzelia; AGE; Aizoaceae; Alchemilla; Alchornea; Allanblackia; Allophylus; Aloe; Amaranthaceae; Ammannia; Anemia-type; Anthoceros; Anthocleista; Anthospermum; Asteraceae Liguliflorae; Asteraceae Tubuliflorae; Asteraceae Vernoniae; atmospheric carbon dioxide; Avicennia; Balanites; Baphia; Barringtonia; Basella; Berlinia-type; Blighia-type; Borassus; Boscia-Maerua-type; Brachystegia; Brassicaceae; Bridelia; Burkea africana; Buxus hildebrandtii-type; Buxus macowani-type; Buxus madagascaria-type; Caesalpiniaceae; Calamus; CALYPSO; Calypso Corer; Campanulaceae; Canarium; Canthium-Morelia-type; Caperonia-type; Capparis; Caryophyllaceae; Cassia-type; Casuarina; Celastraceae; Celtis; Centaurea; Cephalosphaera; cf. Laccosperma; Chrysophyllum; Cissus; Clematis-type; Cleome; Cliffortia; Clutia; Cnestis-type; Coccinia; Coffea-type; Colophospermum mopane; Combretaceae; Commelinaceae; Commiphora; Corchorus; Cordia; Cotula-type; Counting, palynology; Crossopteryx-type; Crotalaria; Croton; Cucumis; Cussonia; Cuviera; Cynometra; Cyperaceae; Daisy-type; Daniellia-type; Depth, composite; DEPTH, sediment/rock; Detarium; Dialium; Dichostemma-Anthostema-type; Diospyros; Dodonaea viscosa; Dombeya; Dracaena; Drosera; Elaeis guineensis; Ericaceae; Eriocaulon; Erythrina; Euclea; Eugenia; Euphorbia-type; Fabaceae; Fagonia; Fern spores; Flabellaria; Flagellaria; Flueggea; Gaertnera; Galium; Garcinia ovalifolia-type; Gazania-type; Grewia; Gunnera; Hagenia; Heritiera-type; Hermannia; Hymenocardia; Hyphaene; Hypoestes-Dicliptera-type; Ilex mitis; Impatiens; Indeterminata; Indigofera-type; Ipomoea; Juniperus; Justicia-type; Khaya; Kigelia africana; Klaineanthus; Kohautia; Lannea-type; Leea; Leonotis; Liliaceae; Limpopo River catchment; Lobelia; Lophira; Ludwigia; Luffa; Lumnitzera-type; Lycopodium; Lycopodium cernuum-type; Macaranga; Manilkara; Marion Dufresne (1995); Marker, added; Marker, found; Markhamia; MD104; MD96-2048; Meliaceae/Sapotaceae; Melochia; Merremia-Hildebrandtia-type; Mid-Brunhes Event; Millettia; Mimosaceae; Mitracarpus; Mitragyna; Monolete psilate; Moraceae; Morella; Myriophyllum; Myrsine africana; Neuradaceae; Nyctaginaceae; Nymphaea; Nypa; Ocimum-type; Olea; Ormocarpum; Oxygonum; Palynology; Pandanus; Parinari; Passerina; PEGASE; Pelargonium-type; Peltophorum africanum; Pentzia-type; Pericopsis; Persicaria senegalensis-type; Petalidium; Phaeoceros; Philenoptera-type; Phoenix; Phyllanthus; Piliostigma cf. reticulatum; Piptadeniastrum-Entada-type; Plantago; Pleistocene; Plicosepalus; Poaceae; Podocarpus; Pollen, total; Polycarpaea; Polycarpon; Polygala; Polygonum aviculare-type; Polypodiaceae; Protea-type; Pseudolachnostylis-type; Psychotria; Psydrax; Pteridium-type; Pteris; Pterocarpus-type; Pycnanthus; Raphia-type; Rauvolfia caffra; Restionaceae; Restionaceae-type perforations; Rhamnaceae; Rhizophoraceae; Rhus-type; Rhynchosia; Riccia-type; Rubiaceae; Rumex; Rytigynia-Fadogia-type; Sample volume; Scabiosa-Cephalaria-type; Schefflera; Schrebera-type; Scrophulariaceae; Seddera-Evolvulus-type; Solanum; Sorindeia juglanifolia-type; Spermacoce; Spirostachys; Spores, monolete; Spores, trilete; Stephanocolporate striatoreticulate; Sterculia; Stereospermum; Stipularia africana; Stoebe-type; Strophanthus; Strychnos; Tamarindus; Tapinanthus; Tarchonanthus/Artemisia-type; Tephrosia-type; Thymelaeaceae; Tribulus; Typha; Uapaca; Urticaceae; Varia; Vigna; Waltheria; Zanthoxylum; Ziziphus-type; Zygophyllum To study the influence of pCO2 on the Pleistocene development of the SE African vegetation, we used the pollen record of a marine core (MD96-2048) retrieved from Delago Bay south of the Limpopo River mouth in combination with stable isotope and geochemical proxies. Applying endmember analysis four pollen assemblages could be distinguished representing different biomes: heathland, mountain forest, shrubland and woodland. It turned out that the vegetation of the Limpopo River catchment and the coastal region of southern Mozambique is not only influenced by hydroclimate but by temperatures and atmospheric pCO2, as well. Our results suggest that the extension of either open ericaceous vegetation including C4 sedges or mountain forest depended on glacial pCO2 levels and that the main development of woodlands in the area took place after the Mid-Brunhes Event when interglacial pCO2 levels rose over 270 ppmv. |
| title | Pollen and Spores of sediment core MD96-2048 Pleistocene |
| topic | Acacia; Acalypha; Acanthaceae; Adenia; Afraegle; Afzelia; AGE; Aizoaceae; Alchemilla; Alchornea; Allanblackia; Allophylus; Aloe; Amaranthaceae; Ammannia; Anemia-type; Anthoceros; Anthocleista; Anthospermum; Asteraceae Liguliflorae; Asteraceae Tubuliflorae; Asteraceae Vernoniae; atmospheric carbon dioxide; Avicennia; Balanites; Baphia; Barringtonia; Basella; Berlinia-type; Blighia-type; Borassus; Boscia-Maerua-type; Brachystegia; Brassicaceae; Bridelia; Burkea africana; Buxus hildebrandtii-type; Buxus macowani-type; Buxus madagascaria-type; Caesalpiniaceae; Calamus; CALYPSO; Calypso Corer; Campanulaceae; Canarium; Canthium-Morelia-type; Caperonia-type; Capparis; Caryophyllaceae; Cassia-type; Casuarina; Celastraceae; Celtis; Centaurea; Cephalosphaera; cf. Laccosperma; Chrysophyllum; Cissus; Clematis-type; Cleome; Cliffortia; Clutia; Cnestis-type; Coccinia; Coffea-type; Colophospermum mopane; Combretaceae; Commelinaceae; Commiphora; Corchorus; Cordia; Cotula-type; Counting, palynology; Crossopteryx-type; Crotalaria; Croton; Cucumis; Cussonia; Cuviera; Cynometra; Cyperaceae; Daisy-type; Daniellia-type; Depth, composite; DEPTH, sediment/rock; Detarium; Dialium; Dichostemma-Anthostema-type; Diospyros; Dodonaea viscosa; Dombeya; Dracaena; Drosera; Elaeis guineensis; Ericaceae; Eriocaulon; Erythrina; Euclea; Eugenia; Euphorbia-type; Fabaceae; Fagonia; Fern spores; Flabellaria; Flagellaria; Flueggea; Gaertnera; Galium; Garcinia ovalifolia-type; Gazania-type; Grewia; Gunnera; Hagenia; Heritiera-type; Hermannia; Hymenocardia; Hyphaene; Hypoestes-Dicliptera-type; Ilex mitis; Impatiens; Indeterminata; Indigofera-type; Ipomoea; Juniperus; Justicia-type; Khaya; Kigelia africana; Klaineanthus; Kohautia; Lannea-type; Leea; Leonotis; Liliaceae; Limpopo River catchment; Lobelia; Lophira; Ludwigia; Luffa; Lumnitzera-type; Lycopodium; Lycopodium cernuum-type; Macaranga; Manilkara; Marion Dufresne (1995); Marker, added; Marker, found; Markhamia; MD104; MD96-2048; Meliaceae/Sapotaceae; Melochia; Merremia-Hildebrandtia-type; Mid-Brunhes Event; Millettia; Mimosaceae; Mitracarpus; Mitragyna; Monolete psilate; Moraceae; Morella; Myriophyllum; Myrsine africana; Neuradaceae; Nyctaginaceae; Nymphaea; Nypa; Ocimum-type; Olea; Ormocarpum; Oxygonum; Palynology; Pandanus; Parinari; Passerina; PEGASE; Pelargonium-type; Peltophorum africanum; Pentzia-type; Pericopsis; Persicaria senegalensis-type; Petalidium; Phaeoceros; Philenoptera-type; Phoenix; Phyllanthus; Piliostigma cf. reticulatum; Piptadeniastrum-Entada-type; Plantago; Pleistocene; Plicosepalus; Poaceae; Podocarpus; Pollen, total; Polycarpaea; Polycarpon; Polygala; Polygonum aviculare-type; Polypodiaceae; Protea-type; Pseudolachnostylis-type; Psychotria; Psydrax; Pteridium-type; Pteris; Pterocarpus-type; Pycnanthus; Raphia-type; Rauvolfia caffra; Restionaceae; Restionaceae-type perforations; Rhamnaceae; Rhizophoraceae; Rhus-type; Rhynchosia; Riccia-type; Rubiaceae; Rumex; Rytigynia-Fadogia-type; Sample volume; Scabiosa-Cephalaria-type; Schefflera; Schrebera-type; Scrophulariaceae; Seddera-Evolvulus-type; Solanum; Sorindeia juglanifolia-type; Spermacoce; Spirostachys; Spores, monolete; Spores, trilete; Stephanocolporate striatoreticulate; Sterculia; Stereospermum; Stipularia africana; Stoebe-type; Strophanthus; Strychnos; Tamarindus; Tapinanthus; Tarchonanthus/Artemisia-type; Tephrosia-type; Thymelaeaceae; Tribulus; Typha; Uapaca; Urticaceae; Varia; Vigna; Waltheria; Zanthoxylum; Ziziphus-type; Zygophyllum |
| url | https://doi.org/10.1594/PANGAEA.897922 |