Citation:

PANGAEA.818303

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

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Related to:

Larina, N S; Larin, S I; Moiseenko, Tatyana I (2013): Geochemical differentiation in the stratigraphy of a peat bed as an indicator of its evolution in the Holocene. Translated from Geokhimiya, 2013, 51(2), 145-155, 51(2), 129-139, https://doi.org/10.1134/S0016702913020067

Project(s):

Archive of Ocean Data (ARCOD)

Coverage:

Latitude: 56.143000 * Longitude: 69.595000

Event(s):

KBrb * Latitude: 56.143000 * Longitude: 69.595000 * Location: East Siberia * Method/Device: Digging pit (DPIT)

Comment:

Data were digitized from the plot.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	AGE	Age	ka BP			Geocode
2	Phosphorus pentoxide	P2O5	%	Larina, N S	Photometry
3	Potassium	K	%	Larina, N S	Atomic absorption spectrometry (AAS)
4	Iron	Fe	%	Larina, N S	Photometry

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

346 data points

Data

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

1 Age [ka BP]	2 P2O5 [%]	3 K [%]	4 Fe [%]
0.01	20.1	1.60
0.02	27.7	3.27	1.20
0.04	12.2	1.20	1.80
0.07		1.87	1.65
0.07		0.80	1.94
0.10	11.8	1.08	2.26
0.12	21.6	1.04	1.80
0.16	16.2	0.71	3.14
0.19	17.2	0.53	1.47
0.23	11.3	0.55	0.90
0.25	20.8		1.11
0.27	11.1	0.66	0.61
0.29	14.5		0.79
0.30	26.3		1.74
0.32	37.3		2.91
0.35	19.2		1.33
0.40	25.0	1.47	1.35
0.43	15.0		1.33
0.46	13.3		1.60
0.49	22.1	0.91	2.80
0.53	14.7	0.98	2.32
0.56	9.8	1.09	1.13
0.59	11.0	0.64	1.67
0.63	14.7		2.01
0.74	18.1		1.87
0.83	9.5	0.67	1.15
0.92	10.1		0.97
1.00	13.5		0.50
1.09	8.4		0.97
1.16	18.9	0.80	1.71
1.23	18.9	0.89	1.76
1.30	21.6		2.05
1.37	16.2		0.99
1.44	13.7	0.46	0.92
1.51	8.9		0.50
1.57	15.9	0.66	1.04
1.71	8.9	0.94	0.88
1.79	14.9		1.33
1.85	14.9	0.53	1.96
1.93	10.5		1.02
1.97	29.5	0.59
2.00	12.0		1.13
2.02	13.0		1.62
2.07	13.8	0.89
2.09	8.6	0.66	2.01
2.12	7.8		1.08
2.15	13.5	0.91	1.56
2.18	7.9		1.98
2.21	9.6	0.73	1.47
2.25	6.9		1.60
2.27	14.5		0.72
2.30	4.4		2.41
2.33	9.5		0.52
2.36		0.66	0.81
2.40	6.2	0.63	0.68
2.42	13.8		0.68
2.45	15.0	0.55	1.11
2.49	5.2		1.31
2.52	11.1	0.59	0.54
2.55	11.5		1.69
2.57	1.5		1.69
2.61	10.5	0.13	0.25
2.65	5.2	0.58	1.71
2.67	10.1		1.40
2.70	11.6	1.12	1.71
2.73			2.05
2.77	8.4	0.62	2.62
2.80	14.0		1.35
2.83	14.2	1.22	1.80
2.86	6.4		2.89
2.89	4.1	0.75	1.29
2.91	9.5		0.90
2.95	12.0	0.52	1.40
2.98	6.9		1.49
3.01	15.9	0.85	2.01
3.05	6.9		3.36
3.07	5.4	0.44	1.76
3.10	7.6		1.02
3.14	5.6	0.70	0.95
3.17	5.7		0.90
3.20	3.7	0.30	0.88
3.23	11.3		0.72
3.26	11.1	0.50	1.31
3.29			2.03
3.33	11.5	0.86	3.27
3.36	6.2		3.16
3.42	6.4	0.61	1.76
3.45	7.6		2.26
3.48	9.8	0.66	2.59
3.51		0.35	1.80
3.54	5.9		2.28
3.58	8.3	0.50	2.03
3.60	3.2		1.29
3.61	5.2		0.86
3.65	8.4	0.40	0.99
3.65	7.3	1.21	1.51
3.69	4.7		1.56
3.74	28.5	0.48	1.42
3.76	5.7		6.18
3.83	8.1	0.62	1.22
3.85	7.3		1.98
3.88	15.9		1.51
3.92	6.9	1.22	3.99
3.94	7.4	0.42	1.42
3.98	5.4		1.67
3.99	4.6
4.01	6.4	0.57	1.22
4.03	4.4		1.87
4.07		0.39	1.67
4.10	5.2		1.44
4.12	3.2	0.39	1.67
4.16	5.7		1.78
4.18	6.9	0.53	1.60
4.20	8.4	0.55
4.22	9.5	0.85	2.03
4.23		0.45	1.26
4.24	11.3		1.80
4.26		0.46	1.02
4.27		0.35	1.40
4.28	8.3	0.28	1.74
4.29			1.56
4.30	4.6		1.40
4.30			0.99
4.33	8.1		0.72
4.37	4.9	0.21	1.20
4.40	5.2		0.63
4.45	7.6	0.30	0.68
4.53	6.6	0.21	1.20
4.63	6.1	0.27	1.38
4.66		0.21	1.38
4.86	4.7	0.32	1.11
5.03	5.4		1.44
5.22	5.9	0.35	1.38
5.39	6.1	0.18	0.83
5.42	4.4	0.35	0.56
5.45	2.9	0.33	0.81
5.50	5.1	0.40	0.56
5.55	0.8	0.32	1.51
5.65	0.8	0.41	0.38
5.70	0.7	0.33	0.41
5.76	0.7	0.44	0.43
5.81		0.35	0.43