Citation:

j.csr.2020.104101

Name: Chemical composition of sediment core BT from bay Trampa in the western Magellan fjord system
Published: 2019-10-30
License: https://creativecommons.org/licenses/by/4.0/
Keywords: Carbon accumulation; Holocene; shallow fjords; western Patagonia

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Published: 2019-10-30 • DOI registered: 2022-11-16

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Keyword(s):

Carbon accumulation; Holocene; shallow fjords; western Patagonia

Coverage:

Latitude: -52.214000 * Longitude: -74.842330

Minimum DEPTH, sediment/rock: 0.270 m * Maximum DEPTH, sediment/rock: 8.995 m

Event(s):

Bahia_Trampa (BT) * Latitude: -52.214000 * Longitude: -74.842330 * Elevation: -15.0 m * Method/Device: Piston corer, UWITEC (PCUWI) * Comment: RV Gran Campo II; Sampling year: 2011; Piston corer UWITEC: 5 m length; 63 mm diameter

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Core	Core		Rios, Francisco
2	DEPTH, sediment/rock	Depth sed	m	Rios, Francisco	Geocode
3	AGE	Age	ka BP	Rios, Francisco	Geocode
4	Silicon dioxide	SiO2	%	Rios, Francisco
5	Aluminium oxide	Al2O3	%	Rios, Francisco
6	Titanium dioxide	TiO2	%	Rios, Francisco
7	Iron oxide, Fe2O3	Fe2O3	%	Rios, Francisco
8	Manganese oxide	MnO	%	Rios, Francisco
9	Magnesium oxide	MgO	%	Rios, Francisco
10	Calcium oxide	CaO	%	Rios, Francisco
11	Sodium oxide	Na2O	%	Rios, Francisco
12	Potassium oxide	K2O	%	Rios, Francisco
13	Loss on ignition	LOI	%	Rios, Francisco	wt.% at 1050°C

License:

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

Size:

616 data points

Data

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

1 Core	2 Depth sed [m]	3 Age [ka BP]	4 SiO2 [%]	5 Al2O3 [%]	6 TiO2 [%]	7 Fe2O3 [%]	8 MnO [%]	9 MgO [%]	10 CaO [%]	11 Na2O [%]	12 K2O [%]	13 LOI [%]
BT	0.270	0.227	37.31	7.82	0.14	1.85	0.03	1.86	2.43	6.44	0.85	39.9
BT	0.470	0.450	38.46	8.02	0.16	1.88	0.03	1.78	2.69	6.02	0.66	38.8
BT	0.670	0.680	39.27	8.35	0.18	2.14	0.03	1.81	2.49	5.93	0.71	37.6
BT	0.870	0.921	37.99	8.03	0.18	2.13	0.03	1.80	3.14	6.11	0.86	38.7
BT	0.990	1.071	36.07	7.11	0.16	1.84	0.04	1.67	14.70	4.43	0.64	33.6
BT	1.170	1.242	37.52	7.79	0.18	2.11	0.03	1.77	3.12	5.86	0.65	39.7
BT	1.370	1.519	38.65	8.54	0.22	2.17	0.03	1.79	2.82	6.18	0.88	37.4
BT	1.570	1.813	43.01	8.82	0.21	2.25	0.03	1.55	2.91	5.60	1.16	33.1
BT	1.770	2.119	34.12	7.20	0.20	2.22	0.03	1.83	3.13	6.02	0.67	43.5
BT	1.970	2.435	38.24	7.99	0.21	2.03	0.03	1.60	5.25	5.55	1.00	36.9
BT	2.170	2.756	39.02	7.81	0.22	2.15	0.03	1.64	4.24	5.52	0.94	37.5
BT	2.370	3.078	39.41	8.48	0.22	2.23	0.04	1.69	3.85	5.44	0.92	36.3
BT	2.530	3.300	28.67	5.99	0.17	1.61	0.03	1.65	20.14	3.99	0.49	38.4
BT	2.570	3.383	37.55	7.79	0.21	2.06	0.04	1.66	4.74	5.57	0.78	38.2
BT	2.770	3.699	40.40	8.55	0.24	2.20	0.04	1.63	4.73	5.46	1.05	34.9
BT	2.970	4.009	36.41	8.24	0.18	2.30	0.01	1.71	7.20	4.61	0.71	37.2
BT	3.075	4.200	34.70	7.90	0.18	2.18	0.03	1.66	10.23	5.17	0.59	36.9
BT	3.170	4.300	38.72	8.93	0.20	2.27	0.03	1.65	6.07	5.04	0.80	34.9
BT	3.370	4.602	35.79	8.57	0.21	2.32	0.03	1.69	7.84	4.30	0.71	38.3
BT	3.480	4.700	34.69	7.38	0.19	2.07	0.02	1.61	14.54	4.46	0.62	35.7
BT	3.670	5.031	40.35	8.82	0.22	2.31	0.04	1.49	9.00	4.59	0.80	32.8
BT	3.690	5.060	40.74	8.96	0.29	2.50	0.03	1.64	6.65	4.69	1.00	33.7
BT	3.890	5.348	38.10	8.71	0.28	2.50	0.05	1.60	9.54	4.45	0.83	34.4
BT	4.090	5.629	38.58	8.31	0.22	2.19	0.04	1.69	7.96	4.49	0.85	34.8
BT	4.290	5.903	35.78	7.92	0.23	2.34	0.05	1.65	9.95	4.38	0.96	35.9
BT	4.420	6.100	39.06	7.73	0.22	2.01	0.04	1.61	10.04	4.22	0.80	33.3
BT	4.480	6.142	38.54	7.86	0.22	2.27	0.04	1.64	7.84	4.34	0.85	34.9
BT	4.690	6.413	40.00	8.88	0.27	2.39	0.05	1.60	10.24	4.20	1.19	30.4
BT	4.890	6.662	41.71	9.71	0.30	2.73	0.06	1.71	9.29	4.22	1.25	27.7
BT	5.090	6.900	43.46	10.33	0.33	2.94	0.06	1.77	6.00	4.31	1.17	28.2
BT	5.120	7.000	47.53	9.61	0.26	2.15	0.06	1.48	11.17	3.62	1.25	23.0
BT	5.310	7.140	44.92	10.93	0.33	2.87	0.07	1.68	6.81	4.05	1.30	25.6
BT	5.510	7.357	48.27	11.84	0.35	2.88	0.07	1.67	5.41	4.12	1.44	23.4
BT	5.710	7.570	47.72	11.54	0.36	2.89	0.08	1.68	4.97	4.03	1.30	24.3
BT	5.910	7.784	49.96	12.37	0.38	3.08	0.08	1.74	3.95	4.13	1.46	21.7
BT	6.110	8.008	51.46	13.23	0.39	3.17	0.08	1.73	3.63	3.94	1.68	19.4
BT	6.310	8.250	54.40	13.57	0.39	3.16	0.08	1.65	3.97	3.81	1.87	16.4
BT	6.510	8.515	54.56	13.65	0.40	3.20	0.08	1.64	3.43	3.78	1.88	17.0
BT	6.710	8.813	53.07	13.30	0.39	3.23	0.09	1.72	3.54	3.92	1.97	19.3
BT	6.740	8.900	65.21	11.97	0.29	2.25	0.08	1.05	4.53	3.48	1.84	9.2
BT	6.910	9.132	57.74	14.20	0.37	3.13	0.08	1.52	2.56	3.64	2.10	14.6
BT	7.110	9.508	61.30	14.54	0.37	3.08	0.08	1.41	2.54	3.58	2.32	11.5
BT	7.310	9.922	53.87	14.22	0.40	4.01	0.08	1.49	2.40	3.50	2.13	17.1
BT	7.510	10.366	48.98	13.58	0.41	4.66	0.07	1.42	2.14	3.65	1.70	22.2
BT	7.580	10.528	56.36	16.35	0.42	2.94	0.06	1.45	2.16	3.57	2.61	12.6
BT	7.710	10.835	46.65	13.35	0.41	5.75	0.14	1.38	2.04	3.58	1.60	23.6
BT	7.765	10.944	54.55	16.63	0.44	2.60	0.06	1.49	2.09	3.46	2.38	14.9
BT	8.010	11.574	51.99	14.53	0.43	3.97	0.10	1.50	2.18	3.57	2.12	18.2
BT	8.210	12.081	62.81	15.11	0.41	2.48	0.05	1.32	2.07	3.28	2.77	8.6
BT	8.240	12.120	63.83	15.78	0.51	2.60	0.05	1.81	2.11	3.01	3.00	6.3
BT	8.340	12.250	70.89	12.92	0.38	2.32	0.04	0.90	1.47	3.31	2.86	4.4
BT	8.410	12.388	63.38	15.82	0.47	2.44	0.05	1.56	1.98	3.08	2.93	6.8
BT	8.560	12.625	72.69	12.34	0.37	1.69	0.04	0.74	1.37	3.40	2.79	3.4
BT	8.610	12.712	61.52	16.02	0.49	2.66	0.05	1.45	2.45	3.21	2.71	8.1
BT	8.800	13.035	62.55	15.93	0.51	2.49	0.05	1.45	2.58	3.23	2.68	7.6
BT	8.995	13.585	69.30	12.83	0.46	2.54	0.04	0.94	1.68	3.32	2.75	4.9