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Trentelmoor / Peine / Lower Saxony / Germany Radiocarbon Datings

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Trentelmoor / Peine / Lower Saxony / Germany Radiocarbon Datings

Sample Identif. Dated material Depth (m)

KI-4941 Brown moss peat and (below 1,395 m) detritus gytt 1.355-1.45 1960 ± 25 -27.01 ± 0.1 cal AD 18 - 71 (68.3%) cal BC 38 - 8 (6.9%)

cal BC 4 - cal AD 85 (87.6%) cal AD 109 - 116 (1.0%)

KI-4942 Detritus gyttja 1.66-1.73 2350 ± 35 -27.70 ± 0.1 cal BC 474 - 444 (14.3%)

cal BC 431 - 384 (54.0%) cal BC 536 - 368 (95.4%)

KI-4943 Detritus gyttja 1.93-2.02 2910 ± 25 -27.58 ± 0.1 cal BC 1187 - 1183 (1.8%)

cal BC 1156 - 1147 (3.9%) cal BC 1128 - 1046 (62.6%) cal BC 1206 - 1203 (0.8%) cal BC 1196 - 1141 (19.5%) cal BC 1134 - 1014 (75.3%)

KIA16235 Detritus gyttja, leaching residue, 22.6 mg C 3.75-3.79 5915 ± 30 -16.60 ± 0.16 cal BC 4828 - 4815 (10,9%) cal BC 4805 - 4766 (35,7%) cal BC 4756 - 4729 (21,7%) cal BC 4847 - 4715 (95,4%)

Detritus gyttja, humic acid, 4.5 mg C 3.75-3.79 5625 ± 45 -20.01 ± 0.34

Seed, leaching residue, 2.8 mg C 3.75-3.79 5510 ± 30 -10.88 ± 0.15 cal BC 4435 - 4429 (3,2%)

cal BC 4369 - 4332 (65,1%) cal BC 4448 - 4415 (15,4%) cal BC 4405 - 4327 (78,7%) cal BC 4281 - 4274 (1,4%)

KIA16236 Detritus gyttja, leaching residue, 18,0 mg C 5.45-5.49 8715 ± 35 -28.91 ± 0.28 cal BC 7753 - 7635 (65,0%) cal BC 7622 - 7614 (3,3%) cal BC 7934 - 7929 (0,3%) cal BC 7911 - 7901 (0,8%) cal BC 7866 - 7861 (0,4%) cal BC 7842 - 7600 (94,0%)

Detritus gyttja, humic acid, 5.5 mg C 5.45-5.49 8720 ± 40 -27.25 ± 0.22

Charcoal, leaching residue, 2.5 mg C 5.45-5.49 9575 ± 40 -25.49 ± 0.09 cal BC 9128 - 9096 (9,4%)

cal BC 9091 - 8994 (29,4%) cal BC 8926 - 8832 (29,5%) cal BC 9155 - 8789 (95,4%) Cal. age ranges were calculated from the unrounded values (not shown) of the conventional 14C years.

Calibration: CALIB REV7.1 with calib data set intcal13.14c, Reimer et al. 2013 Radiocarbon 55(4). http://dx.doi.org/10.2458/azu_js_rc.55.16947 Conventional

radiocarbon years (a BP ±1s)

d13C (‰ PDB) (±1s)

Cal age ranges (±1s P=68.3%; ±2s P=95.4%

and range probabilities)

Conventional datings (Helmut Erlenkeuser)

AMS datings (Pieter M. Grootes)

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