Citation:

PANGAEA.931658

Name: (Table 2) Sedimentation rate and mean accumulation rate of sediment in Europe
Published: 2021-05-18
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Eurasia; Last Glacial Maximum; Loess; Mass accumulation rates; Millennial scale variability; sedimentation rate

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Keyword(s):

Eurasia; Last Glacial Maximum; Loess; Mass accumulation rates; Millennial scale variability; sedimentation rate

Related to:

Rousseau, Denis-Didier; Antoine, Pierre; Sun, Youbin (2021): How dusty was the last glacial maximum over Europe? Quaternary Science Reviews, 254, 106775, https://doi.org/10.1016/j.quascirev.2020.106775

Project(s):

Tipping Points in the Earth System (TiPES)

Funding:

Horizon 2020 (H2020), grant/award no. 820970 : Tipping Points in the Earth System

Coverage:

Median Latitude: 49.299860 * Median Longitude: 13.587850 * South-bound Latitude: 45.069210 * West-bound Longitude: 1.044720 * North-bound Latitude: 50.695800 * East-bound Longitude: 30.898670

Minimum Elevation: 45.0 m * Maximum Elevation: 194.0 m

Event(s):

Dolni-Vestonice * Latitude: 48.886540 * Longitude: 16.654440 * Elevation: 165.0 m * Location: Czech Republic * Method/Device: Core (CORE)

Harmignie * Latitude: 50.420480 * Longitude: 4.018350 * Elevation: 65.0 m * Location: Belgium * Method/Device: Core (CORE)

Nussloch * Latitude: 49.316390 * Longitude: 8.731670 * Elevation: 175.0 m * Location: Germany * Method/Device: Core (CORE)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Event label	Event		Rousseau, Denis-Didier
2	Layer description	Layer		Rousseau, Denis-Didier	Reference strati (Nussloch), Eolian sedimentation
3	Layer description	Layer		Rousseau, Denis-Didier	Paleosols
4	Age, minimum/young	Age min	ka	Rousseau, Denis-Didier	NGRIP (Greenland)
5	Age, maximum/old	Age max	ka	Rousseau, Denis-Didier	NGRIP (Greenland)
6	Duration	Duration	a	Rousseau, Denis-Didier	NGRIP (Greenland)
7	Layer thickness	Thickness	m	Rousseau, Denis-Didier
8	Layer thickness	Thickness	m	Rousseau, Denis-Didier	for MAR/SR
9	Sedimentation rate	SR	cm/ka	Rousseau, Denis-Didier
10	Accumulation rate, sediment, mean per year	MAR	g/m²/a	Rousseau, Denis-Didier
11	Comment	Comment		Rousseau, Denis-Didier	Bond Cycle

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

718 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 Event	2 Layer (Reference strati (Nussloch), ...)	3 Layer (Paleosols)	4 Age min [ka] (NGRIP (Greenland))	5 Age max [ka] (NGRIP (Greenland))	6 Duration [a] (NGRIP (Greenland))	7 Thickness [m]	8 Thickness [m] (for MAR/SR)	9 SR [cm/ka]	10 MAR [g/m²/a]	11 Comment (Bond Cycle)
Nussloch	Top sequece - Top G7 (GI2)		15.00	23.22	8220	3.589	3.589	43.660	720
Nussloch		G7 (GI2)	23.22	23.34	120	0.508
Nussloch	Top G7 - Top G4 (GI3)		23.34	27.54	4200	4.137	4.645	110.600	1825
Nussloch		G4 (GI3)	27.54	27.78	240	0.411
Nussloch	Top G4 - Top G3 (GI4)		27.78	28.60	820	1.113	1.524	185.850	3067
Nussloch		G3 (GI4)	28.60	28.90	300	0.387
Nussloch	Top G3 - Top G2b (GI5)		28.90	32.04	3140	2.306	2.694	85.800	1416
Nussloch		G2b (GI5)	32.04	32.50	460	0.290
Nussloch	Top G2b - Top G2a (GI6)		32.50	33.36	860	0.492	0.782	90.930	1500
Nussloch		G2a (GI6)	33.36	33.74	380	0.444
Nussloch	Top G2a - Top G1b (GI7)		33.74	34.74	1000	0.831	1.274	127.400	2102
Nussloch		G1b (G7)	34.74	35.48	740	0.145
Nussloch	Top G1b - Top LB (GI8)		35.48	36.58	1100	0.363	0.508	46.180	762
Nussloch		LB (GI8)	36.58	38.22	1640	0.452
St_Pierre-ls-Elbeuf	Top sequece - Top G7 (GI2)		15.00	23.22	8220	0.700	0.700	8.520	141
St_Pierre-ls-Elbeuf		unit3 (GI2)	23.22	23.34	120	0.200
St_Pierre-ls-Elbeuf	Top G7 - Top G4 (GI3)		23.34	27.54	4200	2.300	2.500	59.520	982
St_Pierre-ls-Elbeuf		unit5a (GI3)	27.54	27.78	240	0.300
St_Pierre-ls-Elbeuf	Top G4 - Top G3 (GI4)		27.78	28.60	820	0.300	0.600	73.170	1207
St_Pierre-ls-Elbeuf		unit5c (GI4)	28.60	28.90	300	0.250
St_Pierre-ls-Elbeuf	Top G3 - Top G2b (GI5)		28.90	32.04	3140	0.600	0.850	27.070	447
St_Pierre-ls-Elbeuf		unit7=HC6 (GI5)	32.04	32.50	460	0.200
St_Pierre-ls-Elbeuf	Top G2b - Top G2a (GI6)		32.50	33.36	860	0.200	0.400	46.510	767
St_Pierre-ls-Elbeuf		?	33.36	33.74	380
St_Pierre-ls-Elbeuf	Top G2a - Top G1b (GI7)		33.74	34.74	1000
St_Pierre-ls-Elbeuf		?	34.74	35.48	740
St_Pierre-ls-Elbeuf	Top G1b - Top LB (GI8)		35.48	36.58	1100
St_Pierre-ls-Elbeuf		unit8=LB (GI8)	36.58	38.22	1640	0.500
Harmignie	Top sequece - Top G7 (GI2)		15.00	23.22	8220	4.450	4.450	54.140	893
Harmignie		kc2=G7 (GI2)	23.22	23.34	120	0.630
Harmignie	Top G7 - Top G4 (GI3)		23.34	27.54	4200	5.130	5.760	137.140	2263
Harmignie		kb2=G4 (GI3)	27.54	27.78	240	0.510
Harmignie	Top G4 - Top G3 (GI4)		27.78	28.60	820	1.380	1.890	230.490	3803
Harmignie		kA4=G3 (GI4)	28.60	28.90	300	0.480
Harmignie	Top G3 - Top G2b (GI5)		28.90	32.04	3140	2.860	3.340	106.370	1755
Harmignie		hc6=G2b (GI5)	32.04	32.50	460	0.360
Harmignie	Top G2b - Top G2a (GI6)		32.50	33.36	860	0.610	0.970	112.790	1861
Harmignie		hc4=G2a (GI6)	33.36	33.74	380	0.550
Harmignie	Top G2a - Top G1b (GI7)		33.74	34.74	1000	1.030	1.580	158.000	2607
Harmignie		gley (G7)	34.74	35.48	740	0.180
Harmignie	Top G1b - Top LB (GI8)		35.48	36.58	1100	0.450	0.630	57.270	945
Harmignie		vxs=LB (GI8)	36.58	38.22	1640	0.560
Remicourt	Top sequece - Top G7 (GI2)		15.00	23.22	8220	0.600	0.600	7.300	120
Remicourt		unit4/HLN (GI2)	23.22	23.34	120	0.350
Remicourt	Top G7 - Top G4 (GI3)		23.34	27.54	4200	2.100	2.450	58.330	963	a
Remicourt		unit6 (GI3)	27.54	27.78	240	0.300
Remicourt	Top G4 - Top G3 (GI4)		27.78	28.60	820	0.750	1.050	128.050	2113
Remicourt		unit8 (GI4)	28.60	28.90	300	0.350
Remicourt	Top G3 - Top G2b (GI5)		28.90	32.04	3140	1.400	1.750	55.730	920	b
Remicourt		unit10b (GI5)	32.04	32.50	460	1.650
Remicourt	Top G2b - Top G2a (GI6)		32.50	33.36	860	0.100	1.750	203.490	3358
Remicourt		unit12 (GI6)	33.36	33.74	380	0.050
Remicourt	Top G2a - Top G1b (GI7)		33.74	34.74	1000	0.350	0.400	40.000	660
Remicourt		unitX (G7)	34.74	35.48	740	0.100
Remicourt	Top G1b - Top LB (GI8)		35.48	36.58	1100	0.000
Remicourt		unit14=LB (GI8)	36.58	38.22	1640	0.650
Dolni-Vestonice	Top sequece - Top G7 (GI2)		15.00	23.22	8220	0.900	0.900	10.949	181
Dolni-Vestonice		pseudogley=G7 (GI2)	23.22	23.34	120	0.150
Dolni-Vestonice	Top G7 - Top G4 (GI3)		23.34	27.54	4200	4.800	4.950	117.857	1945
Dolni-Vestonice		unit3=G4 (GI3)	27.54	27.78	240	0.350
Dolni-Vestonice	Top G4 - Top G3 (GI4)		27.78	28.60	820
Dolni-Vestonice		G3 (GI4)	28.60	28.90	300
Dolni-Vestonice	Top G3 - Top G2b (GI5)		28.90	32.04	3140
Dolni-Vestonice		G2b (GI5)	32.04	32.50	460
Dolni-Vestonice	Top G2b - Top G2a (GI6)		32.50	33.36	860
Dolni-Vestonice		G2a (GI6)	33.36	33.74	380
Dolni-Vestonice	Top G2a - Top G1b (GI7)		33.74	34.74	1000
Dolni-Vestonice		G1b (G7)	34.74	35.48	740
Dolni-Vestonice	Top G1b - Top LB (GI8)		35.48	36.58	1100
Dolni-Vestonice		unit4=LB (GI8)	36.58	38.22	1640	0.200
Zlota	Top sequece - Top G7 (GI2)		15.00	23.22	8220	1.957	1.957	23.810	393
Zlota		G7 (GI2)	23.22	23.34	120	0.277
Zlota	Top G7 - Top G4 (GI3)		23.34	27.54	4200	1.851	2.128	50.660	836
Zlota		G4 (GI3)	27.54	27.78	240	0.191
Zlota	Top G4 - Top G3 (GI4)		27.78	28.60	820	0.745	0.936	114.170	1884
Zlota		G3 (GI4)	28.60	28.90	300	0.255
Zlota	Top G3 - Top G2b (GI5)		28.90	32.04	3140	0.426	0.681	21.680	358
Zlota		G2b (GI5)	32.04	32.50	460	0.213
Zlota	Top G2b - Top G2a (GI6)		32.50	33.36	860	0.489	0.702	81.640	1347
Zlota		G2a (GI6)	33.36	33.74	380	0.277
Zlota	Top G2a - Top G1b (GI7)		33.74	34.74	1000	0.915	1.191	119.150	1966
Zlota		G1b (G7)	34.74	35.48	740	0.255
Zlota	Top G1b - Top LB (GI8)		35.48	36.58	1100	0.553	0.809	73.500	1213
Zlota		LB (GI8)	36.58	38.22	1640	0.638
Stayky	Top sequece - Top G7 (GI2)		15.00	23.22	8220	1.500	1.500	18.250	301
Stayky		""TL2 (GI2)	23.22	23.34	120	0.100
Stayky	Top G7 - Top G4 (GI3)		23.34	27.54	4200	2.900	3.000	71.430	1179	a
Stayky		unit3DV (GI3)	27.54	27.78	240	0.300
Stayky	Top G4 - Top G3 (GI4)		27.78	28.60	820	0.550	0.850	103.660	1710
Stayky		TL4 (GI4)	28.60	28.90	300	0.150
Stayky	Top G3 - Top G2b (GI5)		28.90	32.04	3140	0.475	0.625	19.900	328	b
Stayky		paleo6a-6b (GI5)	32.04	32.50	460	0.325
Stayky	Top G2b - Top G2a (GI6)		32.50	33.36	860	0.400	0.725	84.300	1391
Stayky		paleo6c (GI6)	33.36	33.74	380	0.275
Stayky	Top G2a - Top G1b (GI7)		33.74	34.74	1000	0.525	0.800	80.000	1320
Stayky		paleo7-8 (G7)	34.74	35.48	740	0.350
Stayky	Top G1b - Top LB (GI8)		35.48	36.58	1100	0.400	0.750	68.180	1125
Stayky		Vytachiv=LB (GI8)	36.58	38.22	1640	0.300
Surduk	Top sequece - Top G7 (GI2)		15.00	23.22	8220	0.563	0.563	6.870	113
Surduk		base LE4-baseGI2 (GI2)	23.22	23.34	120	0.313	0.313	173.610	2865
Surduk	Top G7 - Top G4 (GI3)		23.34	27.54	4200	1.063	1.063	25.660	423	a
Surduk		baseLE3-base GI3 (GI3)	27.54	27.78	240	0.188	0.188	64.660	1067
Surduk	Top G4 - Top G3 (GI4)		27.78	28.60	820	0.125	0.125	17.120	283
Surduk		top GI4-base GI4 (GI4)	28.60	28.90	300	0.438	0.438	115.130	1900
Surduk	Top G3 - Top G2b (GI5)		28.90	32.04	3140	0.625	0.625	21.190	350	b
Surduk		baseLE2-base GI5 (GI5)	32.04	32.50	460	0.313	0.313	48.830	806
Surduk	Top G2b - Top G2a (GI6)		32.50	33.36	860	0.250	0.250	30.860	509
Surduk		top-baseGI6 (GI6)	33.36	33.74	380	0.438	0.438	99.430	1641
Surduk	Top G2a - Top G1b (GI7)		33.74	34.74	1000	0.313	0.313	35.920	593
Surduk		top-baseGI7 (G7)	34.74	35.48	740	0.125	0.125	14.370	237
Surduk	Top G1b - Top LB (GI8)		35.48	36.58	1100	0.500	0.500	47.620	786
Surduk		baseLE1-base Surduksoil (GI8)	36.58	38.22	1640	0.438	0.438	26.040	430