Citation:

s41598-018-25162-9

Always quote citation above when using data! You can download the citation in several formats below.

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Related to:

Kylander, Malin E; Martínez Cortizas, Antonio; Bindler, Richard; Greenwood, S; Mörth, Carl-Magnus; Rauch, Sebastian (2016): Potentials and problems of building detailed dust records using peat archives: An example from Store Mosse (the "Great Bog"), Sweden. Geochimica et Cosmochimica Acta, 190, 156-174, https://doi.org/10.1016/j.gca.2016.06.028

Coverage:

Latitude: 57.226940 * Longitude: 13.921390

Date/Time Start: 2008-11-15T00:00:00 * Date/Time End: 2008-11-15T00:00:00

Minimum DEPTH, soil: 0.50 m * Maximum DEPTH, soil: 5.68 m

Event(s):

Store_Mosse * Latitude: 57.226940 * Longitude: 13.921390 * Date/Time: 2008-11-15T00:00:00 * Location: Sweden * Method/Device: Russian peat corer (RPC)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	DEPTH, soil	Depth soil	m	Kylander, Malin E	Geocode
2	AGE	Age	ka BP	Kylander, Malin E	Geocode
3	Accumulation rate, aluminium	Acc rate Al	g/cm²/ka	Kylander, Malin E
4	Lanthanum/Lutetium ratio	La/Lu		Kylander, Malin E
5	Gadolinium/Lutetium ratio	Gd/Lu		Kylander, Malin E
6	Europium anomaly	Eu/Eu*		Kylander, Malin E	UCC

License:

Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported (CC-BY-NC-SA-3.0)

Size:

752 data points

Data

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

1 Depth soil [m]	2 Age [ka BP]	3 Acc rate Al [g/cm²/ka]	4 La/Lu	5 Gd/Lu	6 Eu/Eu*
0.50	0.173	8.4507	108	30.5	0.9
0.55	0.202	2.7609	102	30.0	1.2
0.60	0.232	3.6897	83	27.3	0.9
0.65	0.265	7.7643	84	23.4	0.9
0.70	0.299	3.3464	87	25.5	1.0
0.75	0.335	1.6617	108	29.8	1.0
0.80	0.373	1.9757	107	28.4	1.0
0.85	0.414	1.4746	92	30.1	0.9
0.86	0.422	2.4904	94	30.6	0.9
0.90	0.457	3.3338	94	29.0	0.9
0.95	0.503	1.9132	121	31.6	1.0
0.96	0.512	1.2575	100	32.0	0.9
1.00	0.551	0.9400	102	28.1	1.1
1.01	0.561	1.1424	92	32.2	1.0
1.05	0.603	1.5178	82	27.7	0.9
1.10	0.657	1.7856	97	31.5	1.0
1.15	0.715	1.2204	76	29.2	0.9
1.16	0.727	0.7022	80	31.4	0.9
1.20	0.776	1.0951	75	25.8	1.0
1.25	0.841	3.5039	92	30.1	0.9
1.30	0.909	2.7228	74	21.2	1.0
1.32	0.937	4.2095	87	22.7	0.9
1.33	0.952	4.4919	85	22.2	0.9
1.37	1.010	3.0570	68	20.2	0.7
1.42	1.085	3.5349	48	18.2	0.6
1.47	1.161	5.1449	38	17.0	0.6
1.52	1.238	10.2571	41	16.8	0.6
1.57	1.315	7.1789	40	14.1	0.7
1.62	1.391	2.0388	65	19.3	0.9
1.67	1.466	1.5672	90	23.8	0.9
1.72	1.542	1.1567	75	27.4	0.8
1.77	1.616	0.9598	75	28.2	0.8
1.81	1.676	0.9487	85	29.0	0.7
1.86	1.751	0.7506	83	23.0	1.0
1.91	1.826	2.1114	76	19.6	0.7
1.96	1.902	2.4978	59	17.6	0.6
2.01	1.979	2.5121	52	16.8	0.6
2.06	2.058	2.7493	35	13.9	0.6
2.11	2.140	0.6922	22	11.0	0.6
2.14	2.190	2.9377	29	13.5	0.6
2.16	2.224	3.0399	31	12.7	0.6
2.20	2.294	5.1322	28	12.8	0.7
2.21	2.312	2.6944	30	12.6	0.6
2.22	2.330	3.6669	27	13.1	0.6
2.24	2.367	1.3592	25	12.3	0.7
2.27	2.423	0.3765	21	14.5	0.6
2.29	2.461	1.7354	28	12.0	0.7
2.32	2.520	1.2233	26	11.7	0.7
2.37	2.622	1.3549	30	12.2	0.7
2.40	2.686	0.9967	37	12.8	0.8
2.43	2.752	0.4737	43	26.1	0.6
2.46	2.819	0.3327	56	16.9	0.8
2.48	2.866	0.5675	48	18.5	0.8
2.50	2.913	0.3225	53	18.5	0.8
2.53	2.985	0.3963	49	18.4	0.6
2.56	3.060	0.9387	54	16.7	0.8
2.58	3.110	3.0974	63	17.5	0.7
2.59	3.135	3.1235	64	17.3	0.7
2.61	3.187	2.2903	64	17.3	0.7
2.63	3.238	1.8434	64	18.2	0.7
2.65	3.290	0.9343	62	18.8	0.8
2.68	3.368	1.6103	56	17.6	0.7
2.70	3.420	1.3707	44	15.7	0.8
2.72	3.473	2.2537	43	15.2	0.8
2.73	3.499	1.7379	49	17.3	0.7
2.75	3.551	1.4278	58	18.5	0.9
2.78	3.628	0.8209	67	21.4	0.7
2.80	3.679	0.7494	71	21.5	0.8
2.82	3.729	0.8201	77	22.7	0.8
2.84	3.779	0.6021	73	21.4	0.7
2.89	3.901	0.6208	72	21.4	0.7
2.94	4.016	0.3240	71	20.2	0.8
3.00	4.148	0.8249	81	24.4	0.9
3.01	4.169	0.2929	76	21.6	0.8
3.03	4.210	1.3987	46	26.0	0.6
3.05	4.250	0.2843	78	25.7	0.8
3.07	4.289	0.5944	83	25.0	0.9
3.10	4.346	0.5290	63	25.2	0.8
3.11	4.365	0.5612	86	26.1	0.9
3.13	4.400	0.7794	101	26.6	1.1
3.15	4.435	1.1985	111	27.0	1.0
3.17	4.469	0.5797	101	25.6	1.0
3.18	4.485	0.5151	103	27.1	1.0
3.20	4.517	0.6202	104	28.1	0.9
3.21	4.533	0.5604	107	28.1	1.0
3.23	4.563	0.7503	94	26.3	1.2
3.25	4.593	1.2668	106	27.4	1.1
3.27	4.621	0.4825	91	28.4	1.3
3.29	4.648	1.2912	95	31.2	1.0
3.30	4.661	1.1534	104	27.5	1.1
3.34	4.711	0.9108	76	27.3	1.1
3.35	4.723	0.5813	95	28.4	1.2
3.37	4.746	0.6168	81	25.7	1.4
3.39	4.768	0.3903	99	27.9	1.2
3.40	4.779	1.0659	94	30.4	1.2
3.42	4.799	0.4764	98	33.3	1.1
3.43	4.809	1.3037	101	30.3	1.2
3.44	4.819	0.6701	106	32.4	1.3
3.45	4.828	0.5078	82	30.0	1.1
3.46	4.837	1.7507	72	29.3	1.0
3.48	4.855	1.0631	79	28.1	1.3
3.50	4.871	1.0098	97	29.2	1.3
3.52	4.886	1.9629	80	29.0	1.3
3.54	4.901	1.3487	94	30.1	1.6
3.55	4.908	1.6001	109	32.1	1.3
3.57	4.921	0.5503	93	28.7	1.4
3.58	4.927	0.9621	91	36.2	1.3
3.59	4.933	3.7643	102	29.3	1.3
3.60	4.939	3.3254	100	33.3	1.3
3.63	4.956	5.1729	69	29.3	1.0
3.64	4.961	3.7855	58	31.8	1.1
3.67	4.975	2.5038	90	33.3	1.7
3.69	4.983	2.8684	94	33.1	1.4
3.72	4.995	2.5809	76	28.7	1.4
3.74	5.002	4.4986	79	30.5	1.5
3.76	5.008	4.0879	61	31.7	1.3
3.77	5.011	5.3476	102	29.3	1.4
3.78	5.014	6.2088	108	28.0	1.6
3.79	5.017	3.0301	115	30.5	1.5
3.80	5.020	4.0089	112	31.8	1.4
3.82	5.025	3.5834	88	73.1	1.1
3.84	5.030	2.2534	105	32.4	1.5
3.86	5.035	4.5399	84	32.3	1.5
3.88	5.040	7.1511	70	36.7	1.0
3.90	5.045	4.7297	118	36.1	1.7
3.92	5.051	2.5004	122	38.3	1.4
3.94	5.057	2.3559	129	32.6	1.5
3.96	5.063	2.6235	140	36.1	1.5
3.97	5.067	1.8801	156	33.1	1.6
3.98	5.070	1.7706	152	34.6	1.5
4.00	5.079	1.7303	176	36.0	1.5
4.02	5.088	2.1936	160	33.3	1.1
4.04	5.099	1.2075	190	29.4	1.0
4.08	5.124	1.1654	188	28.8	1.1
4.12	5.157	0.9581	182	29.9	1.0
4.13	5.166	0.5935	234	35.3	0.9
4.16	5.197	0.5239	198	33.1	0.8
4.18	5.221	1.1361	212	36.5	1.0
4.20	5.248	0.8056	199	30.4	0.8
4.22	5.277	0.8993	179	30.2	0.8
4.24	5.308	1.5086	147	26.9	0.6
4.26	5.342	1.5134	142	27.4	0.8
4.27	5.360	2.1135	141	25.4	0.6
4.28	5.379	2.8520	147	25.9	0.7
4.30	5.419	2.4855	140	26.6	0.7
4.32	5.462	2.5296	137	27.7	0.7
4.33	5.484	0.9259	137	27.8	0.7
4.36	5.556	1.3011	141	27.3	0.7
4.37	5.581	1.6147	140	27.6	0.6
4.38	5.608	1.2841	139	27.0	0.6
4.39	5.635	0.8806	124	25.3	0.6
4.41	5.691	1.6123	108	24.7	0.7
4.43	5.750	2.8992	93	23.0	0.6
4.44	5.781	4.2878	115	22.4	0.6
4.46	5.844	4.8402	91	21.5	0.6
4.48	5.911	4.5546	105	22.6	0.7
4.51	6.015	4.0343	96	20.9	0.6
4.53	6.087	3.3369	91	20.3	0.6
4.55	6.161	3.5483	89	20.1	0.6
4.56	6.198	3.5927	84	20.0	0.6
4.59	6.313	5.2910	83	18.8	0.6
4.60	6.352	5.8433	77	18.1	0.6
4.61	6.391	6.0676	75	17.3	0.6
4.62	6.430	6.5900	76	17.1	0.6
4.63	6.469	4.6156	75	17.4	0.6
4.68	6.666	2.9112	49	14.1	0.6
4.73	6.863	2.4311	42	13.1	0.6
4.77	7.018	1.4243	38	12.5	0.7
4.82	7.207	0.6635	46	14.8	0.7
4.87	7.389	0.4988	50	15.7	0.7
4.92	7.562	0.4891	55	16.8	0.7
5.02	7.876	1.0691	73	18.2	0.7
5.07	8.013	1.2986	44	14.1	0.7
5.12	8.136	1.1815	39	13.6	0.7
5.17	8.246	0.9478	41	14.2	0.7
5.23	8.362	2.5267	39	14.3	0.6
5.28	8.448	3.7914	40	14.8	0.6
5.38	8.594	6.4084	65	18.1	0.6
5.51	8.748	10.0570	76	19.6	0.6
5.53	8.769	19.9087	78	20.1	0.6
5.55	8.790	41.4823	83	20.2	0.6
5.57	8.811	31.9768	84	20.4	0.6
5.58	8.821	44.4116	85	20.8	0.6
5.59	8.831	44.5584	84	20.2	0.6
5.61	8.851	67.1344	93	21.4	0.6
5.63	8.871	74.2768	90	21.7	0.6
5.67	8.911	111.7575	86	21.3	0.7
5.68	8.921	91.0806	81	20.3	0.6