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| Main Authors: | , , , , |
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| Format: | Dataset Open Access |
| Language: | en |
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PANGAEA
2026
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| Online Access: | https://doi.org/10.1594/PANGAEA.931920 |
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| _version_ | 1867171027076775936 |
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| author | Li, Chenzhi Postl, Alexander Böhmer, Thomas Dolman, Andrew M Herzschuh, Ulrike |
| author_facet | Li, Chenzhi Postl, Alexander Böhmer, Thomas Dolman, Andrew M Herzschuh, Ulrike |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | This dataset presents global revised age models for taxonomically harmonized fossil pollen records. The age-depth models were established from mostly Intcal20-calibrated radiocarbon datings with a predefined parameter setting. 986 sites are located in North America, 1011 sites in Europe, 470 sites in Asia. On the Southern Hemisphere, there are 145 sites in South America, 52 in Africa and 24 in the Indopacific. Datings, mostly ¹⁴C, were retrieved from Neotoma ([https://www.neotomadb.org/]), with additional data from Cao et al. (2019; [https://doi.pangaea.de/10.1594/PANGAEA.898616]) and Cao et al. (2014, [https://doi.org/10.1016/j.revpalbo.2014.08.007]). The related age records were revised by applying a similar approach i.e. using the Bayesian age-depth modelling routine in R-BACON software. We complement the data publication by providing the source information on the references (most data are related to Neotoma) as a table linked to each Dataset ID, The data set and site IDs are from Neotoma if the data sets are derived from the Neotoma repository. In case of our own data collection efforts Cao et al. (2019) and Cao et al. (2014), we used the already published PANGAEA event names in case they are related to the data or created own site names with referencing to geographical regions similar to the Neotoma data naming principle. |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_931920 |
| institution | PANGAEA |
| language | en |
| publishDate | 2026 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Harmonized age-depth models of African Late Quaternary pollen data - full age data Li, Chenzhi Postl, Alexander Böhmer, Thomas Dolman, Andrew M Herzschuh, Ulrike 02GUIERS; Aage depth model; Africa; AGE; Age, maximum/old; Age, minimum/young; ALB3PC; ALBITR1; Albitrunca Cliff; Algeria; ANDOLO; ASIG1; ASIG2; Asi Gonia; AWI_Envi; BACON; BADDA; Badda bog; BAMBILI1; Bambili 1; BAMBILI2; Bambili 2; BM1; Bois de Bilanko; BurMarrad ria, Malta; CDRILL; Comment; COMPCORE; Composite Core; Continent; CORAF; CORAF2; CORAFT; Core drilling; CoreS2; CoreS6; CoreS7; CoreS8; CRAIG; Craigrossie; DEPTH, sediment/rock; Deva-Deva; DEVA-DEVA; Driehoek; E96-1P; E96-5M; Ein Gedi; ELIMSEQ; Elim Swamp; ELKHALED; EV13; Event label; fossil pollen; GDV4; GEDI97; Greece; GROOTDRIFT; Grootdrift - Verlorenvlei; Hand push corer; HARUB2; Harubes; HILB; Hiller borer; HSR; HULEH; Huleh, Israel; Identification; Israel; KA1; KA3; Kashiru Swamp; Kitumbako; KITUMBAKO; KLAARFONT; Klaarfontein Springs; Lake Albert WHOI core 3PC; Lake Andolonomby; Lake Edward; Lake Eilandvlei; Lake Guiers; Lake Malawi MAL05-2; Lake Tritrivakely; Lake Zeribar, Iran; LATITUDE; LH1; LH3; Livingstone piston sampler; LONGITUDE; LPS; MAHARLOU; Maharlou Lake, Islamic Republic of Iran; MAHOMA; Mahoma Lake; MAL05-2A; MALAHLAPAN; Malahlapanga; Mare aux Songes; Mare dOursi; MAS1TR4C3; Mt Shengena; MULT; Multiple investigations; Neotoma; Nile Delta S2, Egypt; Nile Delta S6, Egypt; Nile Delta S7, Egypt; Nile Delta S8, Egypt; NILEDS2; NILEDS6; NILEDS7; NILEDS8; OBLONG; Oblong Tarn, Mt Kenya, Kenya; Oumm el-Khaled; OURSI; Polar Terrestrial Environmental Systems @ AWI; radiocarbon dates; RCD; RD6; Reference/source; Rietvlei-Still Bay; Rotary core drilling; RUMUIKU; RUMUIKU_neotoma; RUSAKA; Rusaka Swamp; RUSC; Russian corer; RVSB; SHENGENA; Site; Small Momela Lake; SMOM; Sneeuberg; Sneeuberg Vlei; Songolo; SONGOLO; South Africa; South Atlantic Ocean; TIGAL; Tigalmamine, Morocco; TRIVA; ZERIBAR This dataset presents global revised age models for taxonomically harmonized fossil pollen records. The age-depth models were established from mostly Intcal20-calibrated radiocarbon datings with a predefined parameter setting. 986 sites are located in North America, 1011 sites in Europe, 470 sites in Asia. On the Southern Hemisphere, there are 145 sites in South America, 52 in Africa and 24 in the Indopacific. Datings, mostly ¹⁴C, were retrieved from Neotoma ([https://www.neotomadb.org/]), with additional data from Cao et al. (2019; [https://doi.pangaea.de/10.1594/PANGAEA.898616]) and Cao et al. (2014, [https://doi.org/10.1016/j.revpalbo.2014.08.007]). The related age records were revised by applying a similar approach i.e. using the Bayesian age-depth modelling routine in R-BACON software. We complement the data publication by providing the source information on the references (most data are related to Neotoma) as a table linked to each Dataset ID, The data set and site IDs are from Neotoma if the data sets are derived from the Neotoma repository. In case of our own data collection efforts Cao et al. (2019) and Cao et al. (2014), we used the already published PANGAEA event names in case they are related to the data or created own site names with referencing to geographical regions similar to the Neotoma data naming principle. |
| title | Harmonized age-depth models of African Late Quaternary pollen data - full age data |
| topic | 02GUIERS; Aage depth model; Africa; AGE; Age, maximum/old; Age, minimum/young; ALB3PC; ALBITR1; Albitrunca Cliff; Algeria; ANDOLO; ASIG1; ASIG2; Asi Gonia; AWI_Envi; BACON; BADDA; Badda bog; BAMBILI1; Bambili 1; BAMBILI2; Bambili 2; BM1; Bois de Bilanko; BurMarrad ria, Malta; CDRILL; Comment; COMPCORE; Composite Core; Continent; CORAF; CORAF2; CORAFT; Core drilling; CoreS2; CoreS6; CoreS7; CoreS8; CRAIG; Craigrossie; DEPTH, sediment/rock; Deva-Deva; DEVA-DEVA; Driehoek; E96-1P; E96-5M; Ein Gedi; ELIMSEQ; Elim Swamp; ELKHALED; EV13; Event label; fossil pollen; GDV4; GEDI97; Greece; GROOTDRIFT; Grootdrift - Verlorenvlei; Hand push corer; HARUB2; Harubes; HILB; Hiller borer; HSR; HULEH; Huleh, Israel; Identification; Israel; KA1; KA3; Kashiru Swamp; Kitumbako; KITUMBAKO; KLAARFONT; Klaarfontein Springs; Lake Albert WHOI core 3PC; Lake Andolonomby; Lake Edward; Lake Eilandvlei; Lake Guiers; Lake Malawi MAL05-2; Lake Tritrivakely; Lake Zeribar, Iran; LATITUDE; LH1; LH3; Livingstone piston sampler; LONGITUDE; LPS; MAHARLOU; Maharlou Lake, Islamic Republic of Iran; MAHOMA; Mahoma Lake; MAL05-2A; MALAHLAPAN; Malahlapanga; Mare aux Songes; Mare dOursi; MAS1TR4C3; Mt Shengena; MULT; Multiple investigations; Neotoma; Nile Delta S2, Egypt; Nile Delta S6, Egypt; Nile Delta S7, Egypt; Nile Delta S8, Egypt; NILEDS2; NILEDS6; NILEDS7; NILEDS8; OBLONG; Oblong Tarn, Mt Kenya, Kenya; Oumm el-Khaled; OURSI; Polar Terrestrial Environmental Systems @ AWI; radiocarbon dates; RCD; RD6; Reference/source; Rietvlei-Still Bay; Rotary core drilling; RUMUIKU; RUMUIKU_neotoma; RUSAKA; Rusaka Swamp; RUSC; Russian corer; RVSB; SHENGENA; Site; Small Momela Lake; SMOM; Sneeuberg; Sneeuberg Vlei; Songolo; SONGOLO; South Africa; South Atlantic Ocean; TIGAL; Tigalmamine, Morocco; TRIVA; ZERIBAR |
| url | https://doi.org/10.1594/PANGAEA.931920 |