Citation:

journal.pone.0208765

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Further details:

Mackay, Anson W; Flower, R J; Kuzmina, A E; Granina, L Z; Rose, Neil L; Appleby, Peter G; Boyle, J F; Battarbee, Richard (1998): Diatom succession trends in recent sediments from Lake Baikal and their relation to atmospheric pollution and to climate change. Philosophical Transactions of the Royal Society B-Biological Sciences, 353(1371), 1011-1055, https://doi.org/10.1098/rstb.1998.0264

Coverage:

Latitude: 52.450000 * Longitude: 106.125560

Minimum DEPTH, sediment/rock: 0.0030 m * Maximum DEPTH, sediment/rock: 0.0818 m

Event(s):

BAIK13-11C * Latitude: 52.450000 * Longitude: 106.125560 * Location: Lake Baikal, Russia * Method/Device: Piston corer, UWITEC (PCUWI) * Comment: Sediment core collected in 2013 AD.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m	Swann, George E A		Geocode
2	AGE	Age	ka BP	Swann, George E A		Geocode
3	Age	Age	a AD/CE	Swann, George E A	Age, ²¹⁰Pbₓₛ/¹³⁷Cs Lead-Caesium	Year (CE)
4	Aulacoseira baicalensis	A. baicalensis	%	Swann, George E A	Counting, diatoms
5	Aulacoseira skvortzowii	A. skvortzowii	%	Swann, George E A	Counting, diatoms
6	Synedra spp.	Synedra spp.	%	Swann, George E A	Counting, diatoms
7	Cyclotella minuta	C. minuta	%	Swann, George E A	Counting, diatoms	incl. C. ornata
8	Crateriportula inconspicua	C. inconspicua	%	Swann, George E A	Counting, diatoms
9	Stephanodiscus meyeri	S. meyeri	%	Swann, George E A	Counting, diatoms
10	Diatoms, total valves, per unit sediment dry mass	TDVA	10⁶ #/g	Swann, George E A	Counting, diatoms
11	Diatom dissolution index	DDI		Swann, George E A
12	Reference/source	Reference		Swann, George E A

License:

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

Size:

408 data points

Data

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

1 Depth sed [m]	2 Age [ka BP]	3 Age [a AD/CE]	4 A. baicalensis [%]	5 A. skvortzowii [%]	6 Synedra spp. [%]	7 C. minuta [%]	8 C. inconspicua [%]	9 S. meyeri [%]	10 TDVA [10⁶ #/g]	11 DDI	12 Reference
0.0030	-0.059	2009	14.90	10.78	23.45	23.14	1.90	10.78	2.4110	0.33	Roberts et al (2018)
0.0050	-0.058	2008	13.31	9.67	15.69	22.19	1.90	12.36	2.3953	0.39	Roberts et al (2018)
0.0070	-0.057	2007	19.64	9.24	17.00	28.38	1.32	6.60	2.8912	0.38	Roberts et al (2018)
0.0090	-0.056	2006	11.84	9.54	26.81	24.34	1.64	10.53	2.2298	0.29	Roberts et al (2018)
0.0110	-0.055	2005	13.67	6.04	20.83	28.93	0.95	13.67	3.8966	0.30	Roberts et al (2018)
0.0130	-0.055	2005	15.71	6.84	21.46	29.86	0.00	10.89	1.9080	0.25	Roberts et al (2018)
0.0150	-0.053	2003	10.26	9.94	15.06	36.22	0.64	16.67	2.5948	0.35	Roberts et al (2018)
0.0170	-0.052	2002	18.74	7.84	7.16	26.92	0.00	18.40	2.5200	0.37	Roberts et al (2018)
0.0190	-0.050	2000	16.94	6.51	10.26	26.38	2.28	23.13	2.9973	0.29	Roberts et al (2018)
0.0210	-0.048	1998	23.00	10.00	11.00	39.00	8.00	18.00		0.79	Roberts et al (2018)
0.0230	-0.045	1995	26.00	10.00	8.00	35.00	6.00	12.00		0.72	Roberts et al (2018)
0.0250	-0.042	1992	16.00	11.33	9.33	22.89	9.11	12.44	0.9473	0.72	Mackay et al (1998)
0.0256	-0.041	1991	19.22	12.92	9.05	20.84	5.49	13.09	1.5161	0.60	Mackay et al (1998)
0.0270	-0.039	1989	22.15	14.32	9.84	21.03	4.92	9.17	1.9374	0.65	Mackay et al (1998)
0.0280	-0.037	1987	24.29	10.32	7.69	20.85	9.31	9.72	1.9801	0.62	Mackay et al (1998)
0.0285	-0.036	1986	22.55	13.57	6.68	21.92	6.89	12.94	2.2448	0.68	Mackay et al (1998)
0.0290	-0.034	1984	22.72	15.01	7.51	20.69	4.26	9.74	1.9383	0.60	Mackay et al (1998)
0.0295	-0.033	1983	23.73	16.67	8.24	19.61	6.27	9.80	2.5888	0.64	Mackay et al (1998)
0.0305	-0.031	1981	22.51	15.76	7.50	20.64	6.19	7.50	2.5446	0.61	Mackay et al (1998)
0.0315	-0.029	1979	20.25	15.59	8.60	17.74	6.63	10.22	2.4062	0.48	Mackay et al (1998)
0.0318	-0.028	1978	21.92	14.99	6.94	16.78	9.40	7.16	3.1054	0.58	Mackay et al (1998)
0.0328	-0.026	1976	17.61	14.68	5.66	24.74	4.61	9.22	2.5836	0.59	Mackay et al (1998)
0.0330	-0.025	1975	24.86	14.50	8.47	20.53	6.78	8.29	2.8704	0.56	Mackay et al (1998)
0.0338	-0.023	1973	22.36	12.80	8.74	19.72	4.27	13.21	2.4934	0.58	Mackay et al (1998)
0.0348	-0.021	1971	23.60	11.72	7.43	17.99	3.80	15.35	2.9639	0.56	Mackay et al (1998)
0.0356	-0.019	1969	20.08	13.07	9.09	19.89	3.60	12.69	2.8137	0.51	Mackay et al (1998)
0.0365	-0.017	1967	28.80	12.20	7.60	22.00	4.60	11.40	2.5632	0.67	Mackay et al (1998)
0.0370	-0.015	1965	22.43	12.79	7.13	17.61	7.13	12.37	3.4200	0.54	Mackay et al (1998)
0.0378	-0.013	1963	21.43	14.44	8.07	18.17	7.76	11.34	3.8227	0.56	Mackay et al (1998)
0.0385	-0.011	1961	22.61	12.24	9.13	18.67	1.66	16.39	3.3878	0.57	Mackay et al (1998)
0.0395	-0.009	1959	26.04	13.33	7.71	21.88	6.46	11.67	3.4595	0.64	Mackay et al (1998)
0.0400	-0.007	1957	21.82	12.90	7.21	20.87	4.55	14.61	4.2601	0.65	Mackay et al (1998)
0.0412	-0.004	1954	23.47	12.04	7.35	18.98	5.10	14.69	3.1586	0.66	Mackay et al (1998)
0.0435	0.002	1948	23.69	8.93	7.77	19.61	5.44	12.04	4.1811	0.61	Mackay et al (1998)
0.0450	0.005	1945	23.75	14.46	4.48	20.83	5.68	12.39	4.2361	0.53	Mackay et al (1998)
0.0478	0.012	1938	23.57	13.73	6.41	16.48	0.00	13.96	3.8041	0.57	Mackay et al (1998)
0.0525	0.022	1928	20.95	12.24	5.81	25.31	4.56	13.69	6.4855	0.58	Mackay et al (1998)
0.0600	0.033	1917	21.94	7.68	4.02	16.82	3.66	22.12	5.2853	0.42	Mackay et al (1998)
0.0720	0.044	1906	19.73	6.70	3.83	25.48	5.56	16.48	6.1264	0.47	Mackay et al (1998)
0.0790	0.056	1894	21.63	6.07	3.42	29.98	4.74	13.66	7.8737	0.61	Mackay et al (1998)
0.0818	0.066	1884	22.63	6.58	4.53	28.40	3.50	11.93	6.6215	0.48	Mackay et al (1998)