Citation:

PANGAEA.924771

Name: Hydrochemical data of samples from Van Phuc village, Hanoi, Vietnam
Published: 2020-11-12
License: https://creativecommons.org/licenses/by/4.0/
Keywords: aquifers; arsenic; contamination; groundwater; iron; Methane; microorganisms

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Keyword(s):

aquifers; arsenic; contamination; groundwater; iron; Methane; microorganisms

Related to:

Glodowska, Martyna; Stopelli, Emiliano; Schneider, Magnus; Rathi, Bhasker; Straub, Daniel; Lightfoot, Alex; Kipfer, Rolf; Berg, Michael; Jetten, Mike S M; Kleindienst, Sara; Kappler, Andreas; AdvectAs Team Members (2020): Arsenic mobilization by anaerobic iron-dependent methane oxidation. Communications Earth & Environment, 1, 42, https://doi.org/10.1038/s43247-020-00037-y

Comment:

Sample ID (treatment)

CON- abiotic controls (including CH4)

CON+ biotic controls (without CH4)

CH4 main biotic setup (including CH4)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Time, incubation	T incubation	day	Glodowska, Martyna
2	Time point, descriptive	Time point		Glodowska, Martyna
3	Sample ID	Sample ID		Glodowska, Martyna
4	Dilution factor	Dilution		Glodowska, Martyna
5	Arsenic	As	µg/l	Glodowska, Martyna	ICP-MS, Agilent 8900	LOQ 0.1
6	Manganese	Mn	mg/l	Glodowska, Martyna	ICP-MS, Agilent 8900	LOQ 0.002
7	Iron	Fe	mg/l	Glodowska, Martyna	ICP-MS, Agilent 8900	LOQ 0.01
8	Sodium	Na+	mg/l	Glodowska, Martyna	ICP-MS, Agilent 8900	LOQ 0.4
9	Magnesium	Mg2+	mg/l	Glodowska, Martyna	ICP-MS, Agilent 8900	LOQ 0.08
10	Potassium	K+	mg/l	Glodowska, Martyna	ICP-MS, Agilent 8900	LOQ 0.4
11	Calcium	Ca2+	mg/l	Glodowska, Martyna	ICP-MS, Agilent 8900	LOQ 0.1
12	Phosphorus	P	mg/l	Glodowska, Martyna	ICP-MS, Agilent 8900	LOQ 0.02
13	Sulfur	S	mg/l	Glodowska, Martyna	ICP-MS, Agilent 8900	LOQ 0.1
14	Boron	B	µg/l	Glodowska, Martyna	ICP-MS, Agilent 8900	LOQ 400
15	Copper	Cu	µg/l	Glodowska, Martyna	ICP-MS, Agilent 8900	LOQ 1
16	Zinc	Zn	µg/l	Glodowska, Martyna	ICP-MS, Agilent 8900	LOQ 4
17	Strontium	Sr	µg/l	Glodowska, Martyna	ICP-MS, Agilent 8900	LOQ 0.3
18	Molybdenum	Mo	µg/l	Glodowska, Martyna	ICP-MS, Agilent 8900	LOQ 0.4
19	Barium	Ba	µg/l	Glodowska, Martyna	ICP-MS, Agilent 8900	LOQ 10
20	Lead	Pb	µg/l	Glodowska, Martyna	ICP-MS, Agilent 8900	LOQ 0.1

License:

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

Size:

2481 data points

Data

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

1 T incubation [day]	2 Time point	3 Sample ID	4 Dilution	5 As [µg/l]	6 Mn [mg/l]	7 Fe [mg/l]	8 Na+ [mg/l]	9 Mg2+ [mg/l]	10 K+ [mg/l]	11 Ca2+ [mg/l]	12 P [mg/l]	13 S [mg/l]	14 B [µg/l]	15 Cu [µg/l]	16 Zn [µg/l]	17 Sr [µg/l]	18 Mo [µg/l]	19 Ba [µg/l]	20 Pb [µg/l]
0	T1	CON - 1	20	0.6	1.700	0.30		101	7.3	99	0.14	5.9	1416	20	2567	272	5.0	257	36.0
0	T1	CON - 2	20	0.3	1.700	0.30		104	8.0	98	0.14	4.9	1456	31	3010	272	12.0	279	34.0
0	T1	CON - 3	20	0.4	1.700	0.50		101	7.2	100	0.14	4.2	1504	17	2521	282	0.5	276	34.0
0	T1	CON + 1	20	0.2	1.600	0.40	18.4	98	7.1	99	0.13	4.2	1525	18	2728	261	0.5	168	36.0
0	T1	CON + 2	20	0.3	1.500	0.30	18.3	96	7.2	99	0.14	4.2	1469	19	2715	254	1.1	167	36.0
0	T1	CON + 3	20	0.4	1.500	0.30	18.5	100	7.3	100	0.17	4.3	1523	18	2724	257	2.0	168	36.0
0	T1	CH4 1	20	0.3	2.000	0.40	18.0	101	7.3	101	0.13	4.2	1533	18	2718	269	0.5	198	36.0
0	T1	CH4 2	20	0.3	2.100	0.30	18.5	100	7.5	102	0.12	4.1	1540	18	2718	281	0.5	198	36.0
0	T1	CH4 3	20	0.3	2.100	0.30	18.2	102	7.3	101	0.13	4.3	1566	18	2703	275	0.4	194	36.0
50	T4	CON - 1	20	0.4	1.000	0.40		104	7.8	107	0.21	8.3	4100	14	12028	308	2.5	304	99.0
50	T4	CON - 2	20	0.5	1.700	0.40		105	7.6	103	0.16	7.9	4261	14	11815	312	0.9	317	96.0
50	T4	CON - 3	20	0.5	1.700	0.30		104	7.6	103	0.15	8.0	4239	11	12024	318	0.9	295	96.0
50	T4	CON + 1	20	0.3	0.010	0.20	24.6	97	6.8	100	0.15	8.4	4352	11	12814	269	0.7	153	101.0
50	T4	CON + 2	20	0.5	0.020	0.20	24.9	99	7.0	100	0.17	8.2	4394	12	13237	271	1.7	178	105.0
50	T4	CON + 3	20	0.4	0.020	0.60	24.8	98	6.9	102	0.18	8.6	4430	19	12865	271	0.9	189	109.0
50	T4	CH4 1	20	0.9	2.500	0.20	22.3	103	7.5	102	0.11	5.3	4263	10	12867	287	0.7	198	100.0
50	T4	CH4 2	20	1.1	3.000	1.50	22.0	100	7.3	102	0.19	8.0	4311	11	12831	297	0.6	184	101.0
50	T4	CH4 3	20	0.7	2.000	0.20	21.9	100	7.1	102	0.13	7.8	4300	11	13013	287	0.7	192	100.0
65	T5	CON - 1	20	0.3	0.890	0.20		103	7.6	100	0.20	9.2	4813	12	12475	291	1.2	279	104.0
65	T5	CON - 2	20	0.4	1.700	0.90		103	7.7	103	0.17	9.2	4935	12	12498	320	1.1	344	104.0
65	T5	CON - 3	20	0.5	1.700	0.40		99	7.6	100	0.16	9.0	5002	12	12948	311	3.6	282	105.0
65	T5	CON + 1	20	0.5	0.010	0.20	24.4	94	6.6	95	0.16	9.4	5103	17	13156	259	1.1	150	108.0
65	T5	CON + 2	20	0.4	0.010	0.20	25.0	98	6.8	97	0.18	9.5	5075	13	13344	263	1.0	173	109.0
65	T5	CON + 3	20	0.4	0.020	0.30	24.4	100	6.9	101	0.16	9.4	5078	11	13371	279	0.8	169	108.0
65	T5	CH4 1	20	1.3	2.400	0.60	25.2	103	7.6	107	0.15	10.0	5064	14	13411	321	1.0	212	110.0
65	T5	CH4 2	20	1.6	3.200	1.90	26.1	103	7.5	103	0.10	5.9	5088	12	13274	300	0.7	190	108.0
65	T5	CH4 3	20	0.8	0.020	0.20	25.0	99	7.4	102	0.14	9.7	5012	15	13200	320	0.9	207	108.0
80	T6	CON - 1	20	0.3	1.200	0.20		100	7.4	94	0.15	5.3	1639	22	2832	297	4.7	315	43.0
80	T6	CON - 2	20	0.2	1.700	0.20		101	7.4	98	0.14	4.9	1677	20	2712	295	5.7	321	42.0
80	T6	CON - 3	20	0.3	1.800	0.30		101	7.7	101	0.14	4.8	1678	22	2831	304	0.8	290	43.0
80	T6	CON + 1	20	0.3	0.010	0.60	18.6	88	6.1	88	0.13	5.1	1685	22	2955	235	3.8	141	44.0
80	T6	CON + 2	20	2.8	0.010	0.20	22.8	97	7.9	97	0.20	6.7	1645	29	3349	261	60.0	154	46.0
80	T6	CON + 3	20	0.3	0.010	0.20	19.8	96	6.7	98	0.13	5.3	1684	21	2901	268	0.6	162	43.0
80	T6	CH4 1	20	0.9	2.100	0.30	19.9	99	7.3	99	0.13	4.9	1656	22	2974	271	0.7	178	46.0
80	T6	CH4 2	20	1.3	2.700	1.50	20.1	100	7.3	99	0.12	4.6	1654	22	2927	279	0.6	160	44.0
80	T6	CH4 3	20	0.4	1.700	0.20	19.8	100	7.0	97	0.12	4.6	1642	22	2913	272	0.6	176	44.0
94	T7	CON - 1	20	0.3	1.230	0.30		94	7.2	92	0.14	4.6	2202	32	4224	288	1.2	304	70.0
94	T7	CON - 2	20	0.4	1.800	0.32		92	7.2	102	0.14	5.0	2410	42	4324	288	1.2	338	70.0
94	T7	CON - 3	20	0.4	1.670	0.30		88	7.2	98	0.14	4.2	2340	34	4326	288	1.0	278	70.0
94	T7	CON + 1	20	0.4	0.020	0.36	22.0	88	6.0	96	0.14	5.0	2464	38	4614	254	1.0	162	74.0
94	T7	CON + 2	20	0.3	0.010	0.29	20.0	86	6.2	94	0.16	4.8	2370	36	4546	250	1.4	172	74.0
94	T7	CON + 3	20	0.3	0.010	0.31	20.0	88	6.2	96	0.14	5.2	2372	34	4526	252	1.0	180	74.0
94	T7	CH4 1	20	1.2	2.020	0.54	22.0	92	7.2	108	0.16	4.8	2366	42	4706	262	1.2	200	76.0
94	T7	CH4 2	20	1.4	2.740	2.50	20.0	90	7.0	98	0.16	4.8	2348	34	4540	264	1.2	170	74.0
94	T7	CH4 3	20	1.1	1.910	0.54	22.0	92	7.2	100	0.14	4.8	2400	42	4594	262	1.2	170	76.0
94	T7	CH4 4	20	0.8	2.260	0.35	20.0	94	7.6	96	0.14	4.6	2414	34	4550	284	1.0	184	74.0
94	T7	CH4 5	20	0.9	2.200	0.32	20.0	94	7.0	98	0.14	5.0	2314	34	4612	266	4.4	190	76.0
94	T7	CH4 6	20	0.7	2.040	0.29	20.0	90	7.0	96	0.14	4.6	2332	34	4606	258	1.2	198	74.0
108	T8	CON - 1	20	0.3	1.220	0.13		94	7.0	90	0.12	2.2	568	12	1916	282	0.6	294	12.0
108	T8	CON - 2	20	0.3	1.700	0.16		94	7.0	96	0.12	1.9	606	17	1840	282	0.4	318	12.0
108	T8	CON - 3	20	0.3	1.650	0.10		90	7.0	94	0.16	1.7	562	10	1846	278	0.4	262	12.0
108	T8	CON - 4	20	0.3	1.830	0.08		92	7.0	96	0.12	1.9	540	11	1862	300	0.6	260	12.0
108	T8	CON - 5	20	0.3	1.770	0.15		92	7.2	96	0.12	1.9	602	42	1852	282	0.4	270	11.0
108	T8	CON - 6	20	0.3	1.820	0.12		92	7.2	98	0.10	2.0	556	12	1948	304	0.6	278	13.0
108	T8	CON + 1	20	0.3	0.006	0.22	18.0	88	6.4	94	0.12	2.2	590	12	1982	248	0.6	134	12.0
108	T8	CON + 2	20	0.2	0.004	0.08	18.0	88	6.4	90	0.12	1.6	572	11	1950	240	0.6	144	12.0
108	T8	CON + 3	20	0.3	0.010	0.33	18.0	88	6.4	94	0.14	2.4	582	24	1998	254	0.6	180	26.0
108	T8	CON + 4	20	0.5	1.450	0.21	19.0	96	7.4	96	0.24	2.0	586	14	2106	266	0.8	154	13.0
108	T8	CON + 5	20	0.5	1.530	0.10	19.0	96	7.6	96	0.12	1.8	544	11	1948	260	0.4	166	12.0
108	T8	CON + 6	20	0.5	1.410	0.13	20.0	96	7.4	94	0.12	1.9	578	13	1950	246	0.6	156	12.0
108	T8	CH4 1	20	1.1	1.970	0.38	19.0	96	7.2	100	0.12	2.0	556	17	2030	260	0.4	178	12.0
108	T8	CH4 2	20	1.6	2.800	2.70	18.0	98	7.0	98	0.12	1.9	550	11	1988	282	0.6	148	12.0
108	T8	CH4 3	20	1.1	2.120	0.81	18.0	94	6.6	96	0.10	1.7	550	11	1946	264	0.4	134	12.0
108	T8	CH4 4	20	0.8	2.320	0.28	18.0	98	7.4	96	0.10	1.7	552	12	1944	272	0.4	154	12.0
108	T8	CH4 5	20	1.0	2.140	0.53	19.0	98	7.2	100	0.14	2.6	542	30	2050	262	0.4	184	28.0
108	T8	CH4 6	20	0.6	1.840	0.17	19.0	100	7.4	96	0.12	2.6	544	10	1960	270	0.4	158	12.0
122	T9	CON - 1	20	0.3	1.180	0.06		96	7.6	86	0.14	2.2	938	10	1936	278	0.6	294	13.0
122	T9	CON - 2	20	0.4	1.700	0.08		100	7.6	90	0.14	2.1	994	9	1916	276	0.4	320	13.0
122	T9	CON - 3	20	0.3	1.630	0.06		98	7.4	90	0.12	1.9	946	9	1938	286	0.4	266	13.0
122	T9	CON + 1	20	0.2	0.004	0.19	18.0	90	6.2	88	0.12	2.4	982	10	2014	254	0.4	138	14.0
122	T9	CON + 2	20	0.2	0.004	0.06	18.0	90	6.8	86	0.16	2.4	942	9	2032	238	0.8	148	14.0
122	T9	CON + 3	20	0.2	0.004	0.06	18.0	94	6.4	88	0.12	2.4	950	10	2042	250	0.4	158	14.0
122	T9	CON + 4	20	0.5	1.510	0.07	18.0	94	7.2	90	0.14	1.8	976	9	2040	264	0.4	156	14.0
122	T9	CON + 5	20	0.5	1.520	0.06	19.0	96	7.6	90	0.14	2.0	956	9	2114	268	0.6	158	14.0
122	T9	CON + 6	20	0.6	1.420	0.06	18.0	96	7.6	92	0.16	2.2	952	10	2052	260	0.8	150	14.0
122	T9	CH4 1	20	1.1	1.960	0.34	18.0	94	7.0	90	0.14	2.2	886	9	2054	256	<0.4	160	14.0
122	T9	CH4 2	20	1.7	2.820	3.00	18.0	94	7.4	92	0.14	1.9	864	10	2102	274	0.6	154	14.0
122	T9	CH4 3	20	1.4	2.140	0.98	18.0	92	7.0	90	0.12	1.8	908	10	2036	256	<0.4	130	14.0
122	T9	CH4 4	20	1.0	2.420	0.42	18.0	96	7.4	92	0.14	1.9	856	9	2050	262	<0.4	146	14.0
122	T9	CH4 5	20	0.8	2.100	0.11	19.0	96	7.2	92	0.14	2.4	862	9	2046	262	<0.4	156	14.0
122	T9	CH4 6	20	0.7	2.060	0.10	19.0	96	7.4	92	0.14	1.9	898	9	2052	254	<0.4	168	14.0
165	T10	CON - 1	20	0.1	1.880	0.05		100	8.0	92	0.12	1.7	1002	5	944	280	0.6	262	6.4
165	T10	CON - 2	20	0.2	1.770	0.03		100	7.8	92	0.12	1.7	1112	5	918	278	0.4	286	6.6
165	T10	CON - 3	20	0.1	1.820	0.03		96	7.4	90	0.10	1.6	1076	5	910	276	<0.4	266	6.4
165	T10	CON + 1	20	0.3	1.470	0.03	16.0	92	7.4	90	0.10	1.7	1130	5	962	254	<0.4	152	6.6
165	T10	CON + 2	20	0.3	1.470	0.03	17.0	96	7.4	90	0.10	1.6	1112	5	1018	254	0.4	156	6.6
165	T10	CON + 3	20	0.3	1.410	0.04	16.0	96	7.4	90	0.12	1.5	1150	15	1016	240	0.4	140	7.6
165	T10	CH4 1	20	2.4	3.080	20.00	16.0	100	7.2	94	0.16	1.4	1058	5	972	278	0.6	186	6.8
165	T10	CH4 2	20	2.2	3.880	13.00	16.0	98	6.8	94	0.14	2.0	1024	4	982	248	0.4	138	6.8
165	T10	CH4 3	20	2.0	3.720	11.00	17.0	100	7.2	94	0.12	2.0	1038	5	1026	250	0.4	136	6.8
180	T12	CON - 1	20	0.2	1.850	0.03		98	7.8	92	0.10	2.0	1290	6	930	306	0.4	274	6.4
180	T12	CON - 2	20	0.2	1.790	0.04		98	7.6	94	0.10	2.2	1438	6	954	298	0.4	296	6.4
180	T12	CON - 3	20	0.2	1.850	0.03		98	8.0	92	0.10	2.0	1422	6	1286	304	0.4	280	6.6
180	T12	CON + 1	20	0.5	1.460	0.04	18.0	92	7.4	92	0.10	1.9	1392	5	1000	274	<0.4	146	6.6
180	T12	CON + 2	20	0.3	1.480	0.04	19.0	96	7.4	90	0.10	2.0	1354	6	1156	254	0.4	158	6.6
180	T12	CON + 3	20	0.3	1.370	0.04	18.0	94	7.0	90	0.10	2.0	1404	5	1190	254	0.4	142	6.6
180	T12	CH4 1	20	2.6	1.990	23.00	18.0	100	7.6	92	0.16	1.8	1266	5	1078	304	0.6	220	6.6
180	T12	CH4 2	20	1.8	3.300	19.00	18.0	100	7.0	96	0.12	2.4	1300	5	1006	274	0.6	176	6.8
180	T12	CH4 3	20	2.2	3.320	16.00	18.0	96	7.0	96	0.14	2.0	1286	6	1034	272	0.6	166	7.2
195	T13	CON - 1	20	0.2	1.810	0.03		96	8.2	92	0.14	0.9	464	7	222	308	0.4	258	2.6
195	T13	CON - 2	20	0.1	1.770	0.03		96	7.8	92	0.12	1.0	624	7	258	294	0.4	294	2.6
195	T13	CON - 3	20	0.1	1.810	0.03		96	8.0	92	0.10	0.8	542	7	206	306	0.6	276	2.6
195	T13	CON + 1	20	0.4	1.390	0.04	18.0	92	7.4	92	0.12	0.7	612	6	224	272	0.6	138	2.6
195	T13	CON + 2	20	0.2	1.430	0.03	18.0	94	7.2	92	0.12	0.7	514	7	224	268	0.4	146	2.8
195	T13	CON + 3	20	0.4	1.350	0.03	17.0	92	7.2	92	0.12	0.7	552	6	258	260	0.6	134	2.8
195	T13	CH4 1	20	2.8	1.060	22.00	17.0	100	7.2	90	0.18	0.5	444	7	252	298	0.6	224	2.6
195	T13	CH4 2	20	2.4	2.260	21.00	17.0	96	7.2	94	0.16	1.2	450	7	412	276	0.8	188	3.0
195	T13	CH4 3	20	2.4	2.520	18.00	18.0	102	7.2	96	0.16	0.7	438	7	276	266	1.0	180	2.8
208	T14	CON - 1	20	0.2	1.810	0.03		94	7.8	92	0.10	1.0	530	7	332	310	0.4	270	3.4
208	T14	CON - 2	20	0.1	1.740	0.05		94	7.4	92	0.10	1.2	724	8	346	296	0.4	300	3.2
208	T14	CON - 3	20	0.2	1.790	0.03		98	7.6	92	0.10	0.9	620	7	486	306	0.4	276	3.4
208	T14	CON + 1	20	0.5	1.380	0.05	18.0	94	7.2	92	0.10	0.9	694	7	438	272	0.4	138	3.6
208	T14	CON + 2	20	0.3	1.460	0.04	18.0	96	7.6	94	0.10	0.9	652	7	432	272	0.4	150	3.6
208	T14	CON + 3	20	0.4	1.340	0.04	18.0	94	7.2	92	0.10	0.9	650	6	356	258	0.6	136	3.4
208	T14	CH4 1	20	2.8	0.586	22.00	18.0	100	7.4	86	0.18	0.7	544	7	620	306	0.8	232	3.6
208	T14	CH4 2	20	2.4	1.390	22.00	18.0	100	7.2	92	0.22	1.6	514	7	450	288	0.6	210	3.6
208	T14	CH4 3	20	2.4	1.670	19.00	17.0	100	7.2	92	0.16	0.8	512	6	368	276	0.6	198	3.2
221	T15	CON - 1	20	0.1	1.830	0.05		96	8.0	92	0.12	1.8	656	5	5404	300	0.6	272	44.0
221	T15	CON - 2	20	<0.1	1.760	0.10		96	7.8	92	0.14	1.8	872	5	5290	272	0.6	306	44.0
221	T15	CON - 3	20	<0.1	1.820	0.07		98	7.4	92	0.12	1.7	748	6	5358	282	0.6	284	44.0
221	T15	CON + 1	20	0.3	1.370	0.07	16.0	92	7.2	92	0.14	1.6	792	6	5662	262	0.6	140	46.0
221	T15	CON + 2	20	0.2	1.420	0.07	16.0	94	7.4	92	0.14	1.7	758	6	5650	254	0.6	148	46.0
221	T15	CON + 3	20	0.3	1.320	0.07	18.0	96	7.2	92	0.12	2.0	764	7	5936	266	0.6	140	46.0
221	T15	CH4 1	20	3.0	0.318	20.00	17.0	100	7.2	82	0.22	1.6	630	9	5652	298	1.0	226	46.0
221	T15	CH4 2	20	2.6	0.778	22.00	17.0	100	7.0	90	0.18	1.9	620	7	5624	284	0.8	214	46.0
221	T15	CH4 3	20	2.6	1.090	19.00	18.0	100	7.2	90	0.18	1.8	654	7	5620	280	0.8	208	46.0