Citation:

PANGAEA.921887

Name: Geochemical profiles of water samples from hyperalkaline springs, Ronda peridotites, Spain
Published: 2020-08-21
License: https://creativecommons.org/licenses/by/4.0/
Keywords: alkaline springs; carbonate precipitation; Ronda peridotites; Serpentinization

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Keyword(s):

alkaline springs; carbonate precipitation; Ronda peridotites; Serpentinization

Supplement to:

Giampouras, Manolis; Garrido, Carlos J; Zwicker, Jennifer; Vadillo, Inaki; Smrzka, Daniel; Bach, Wolfgang; Peckmann, Jörn; Jimenez, Pablo; Benavente, Jose; Garcia-Ruiz, Juan Manuel (2019): Geochemistry and mineralogy of serpentinization-driven hyperalkaline springs in the Ronda peridotites. Lithos, 350-351, 105215, https://doi.org/10.1016/j.lithos.2019.105215

Further details:

Bility, Moses T; Ho, Sara; Agarwal, Yash; Castronova, Isabella; Beatty, Cole; Biradar, Shivkumar; Narala, Vanshika; Periyapatna, Nivitha; Nachega, Jean (submitted): Can Traditional Chinese Medicine provide insights into controlling the COVID-19 pandemic: Serpentinization-induced lithospheric long-wavelength magnetic anomalies in Proterozoic bedrocks in a weakened geomagnetic field mediate the aberrant transformation of biogenic molecules in COVID-19 via magnetic catalysis.

Giampouras, Manolis; Garrido, Carlos J; Bach, Wolfgang; Los, Catharina; Fussmann, Dario; Monien, Patrick; Garcia-Ruiz, Juan Manuel (2020): On the controls of mineral assemblages and textures in alkaline springs, Samail Ophiolite, Oman. Chemical Geology, 533, 119435, https://doi.org/10.1016/j.chemgeo.2019.119435

Leong, James Andrew M; Shock, Everett L (2020): Thermodynamic constraints on the geochemistry of low-temperature, continental, serpentinization-generated fluids. American Journal of Science, 320(3), 185-235, https://doi.org/10.2475/03.2020.01

Stumm, Werner; Morgan, James J (1996): Aquatic Chemistry: Chemical Equilibria and Rates in Natural Waters. 3rd edition, Jerald L. Schnoor & Alexander Zehnder, Editors, John Wiley & Sons, Inc., New York

Project(s):

ITN-ABYSS (ITN-ABYSS)

PROMETHEUS (PROMETHEUS)

Coverage:

Median Latitude: 36.686508 * Median Longitude: -4.784038 * South-bound Latitude: 36.595000 * West-bound Longitude: -4.917100 * North-bound Latitude: 36.842900 * East-bound Longitude: -4.725600

Date/Time Start: 2017-10-14T00:00:00 * Date/Time End: 2017-10-14T00:00:00

Event(s):

ALF-Ronda * Latitude: 36.693100 * Longitude: -4.916800 * Date/Time: 2017-10-14T00:00:00 * Location: Ronda, Spain * Method/Device: Sampling by hand (HAND)

ALF/R * Latitude: 36.693100 * Longitude: -4.917100 * Date/Time: 2017-10-14T00:00:00 * Location: Ronda, Spain * Method/Device: Sampling by hand (HAND)

AMAR * Latitude: 36.689200 * Longitude: -4.911100 * Date/Time: 2017-10-14T00:00:00 * Location: Ronda, Spain * Method/Device: Sampling by hand (HAND)

Comment:

Dissolved inorganic carbon was calculated after Stumm & Morgan (1996).

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device
1	Event label	Event		Giampouras, Manolis
2	Latitude of event	Latitude		Giampouras, Manolis
3	Longitude of event	Longitude		Giampouras, Manolis
4	Date/Time of event	Date/Time		Giampouras, Manolis
5	Location	Location		Giampouras, Manolis
6	Water description	Water descr		Giampouras, Manolis
7	Sample ID	Sample ID		Giampouras, Manolis
8	pH	pH		Giampouras, Manolis	Multiparameter probe (HI9813-5, Hanna Instruments, Woonsocket, Rhode Island) (HI9813-5)
9	Temperature, water	Temp	°C	Giampouras, Manolis	Multiparameter probe (HI9813-5, Hanna Instruments, Woonsocket, Rhode Island) (HI9813-5)
10	Conductivity, electrolytic	EC	µS/cm	Giampouras, Manolis	Multiparameter probe (HI9813-5, Hanna Instruments, Woonsocket, Rhode Island) (HI9813-5)
11	Alkalinity, total	AT	mmol(eq)/l	Giampouras, Manolis
12	Barium	Ba	µmol/l	Giampouras, Manolis	ICP-OES, Varian Vista Pro
13	Calcium	Ca	mmol/l	Giampouras, Manolis	ICP-OES, Varian Vista Pro
14	Potassium	K	mmol/l	Giampouras, Manolis	ICP-OES, Varian Vista Pro
15	Magnesium	Mg	mmol/l	Giampouras, Manolis	ICP-OES, Varian Vista Pro
16	Sodium	Na	mmol/l	Giampouras, Manolis	ICP-OES, Varian Vista Pro
17	Silicon	Si	mmol/l	Giampouras, Manolis	ICP-OES, Varian Vista Pro
18	Aluminium	Al	µmol/l	Giampouras, Manolis	ICP-OES, Varian Vista Pro
19	Iron	Fe	µmol/l	Giampouras, Manolis	ICP-OES, Varian Vista Pro
20	Strontium	Sr	µmol/l	Giampouras, Manolis	ICP-OES, Varian Vista Pro
21	Phosphorus	P	µmol/l	Giampouras, Manolis	ICP-OES, Varian Vista Pro
22	Chloride ion	Cl-	mmol/l	Giampouras, Manolis	Ion chromatography (Metrohm 882 Compact IC plus)
23	Sulfate	[SO4]2-	mmol/l	Giampouras, Manolis	Ion chromatography (Metrohm 882 Compact IC plus)
24	Carbon, inorganic, dissolved	DIC	mmol/l	Giampouras, Manolis

License:

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

Size:

260 data points

Data

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

1 Event	2 Latitude	3 Longitude	4 Date/Time	5 Location	6 Water descr	7 Sample ID	8 pH	9 Temp [°C]	10 EC [µS/cm]	11 AT [mmol(eq)/l]	12 Ba [µmol/l]	13 Ca [mmol/l]	14 K [mmol/l]	15 Mg [mmol/l]	16 Na [mmol/l]	17 Si [mmol/l]	18 Al [µmol/l]	19 Fe [µmol/l]	20 Sr [µmol/l]	21 P [µmol/l]	22 Cl- [mmol/l]	23 [SO4]2- [mmol/l]	24 DIC [mmol/l]
HED	36.8429	-4.7327	2017-10-14	Carratraca	hyperalkaline fluids	HED	11.3	21.0	857	2.32	0.3058	0.6545	0.3379	0.0023	4.5846	0.2280	26.6830	0.0895	2.0315	0.4197	4.4939	0.0152	0.4117
AMAR	36.6892	-4.9111	2017-10-14	Ronda	hyperalkaline fluids	AMAR	11.8	18.2	1257	5.08	0.0728	1.7406	0.2401	0.0165	3.1766	0.0828	0.7783	0.1612	5.9690	0.1614	2.0905	0.0375	0.4194
BAL	36.6790	-4.9095	2017-10-14	Ronda	hyperalkaline fluids	BAL	11.4	16.9	478	1.54	0.0073	0.1437	0.1898	0.0273	1.8930	0.0192	0.8894	0.0358	0.3766	<0.0323	1.5183	0.0015	0.8219
ALF-Ronda	36.6931	-4.9168	2017-10-14	Ronda	hyperalkaline fluids	ALF	12.0	18.9	1100	6.02	0.0146	1.9100	0.2348	0.0007	1.9943	0.0430	5.3738	0.0179	4.1885	<0.0323	1.4955	0.0015	0.5728
BP1	36.5951	-4.7256	2017-10-14	Ojen	hyperalkaline fluids	BP1	11.5	21.6	636	2.33	0.0218	0.8798	0.1364	0.0007	1.9769	0.0851	3.4466	0.0537	2.1228	0.0323	1.9592	0.0004	0.3738
BP1/SK	36.7117	-4.7256	2017-10-14	Ojen	hyperalkaline fluids	BP1/SK	11.5	20.1	586	1.21	0.0291	0.2914	0.1822	0.0027	2.5550	0.0990	2.5201	<0.1790	1.8147	0.2260	2.5428	0.0055	0.5646
BP2	36.6949	-4.7256	2017-10-14	Ojen	hyperalkaline fluids	BP2	11.5	20.2	718	2.73	0.0218	0.8835	0.1708	0.0616	2.4332	0.0863	4.4472	0.0537	2.2598	0.1614	2.3149	0.0007	0.4570
BP3	36.7117	-4.7256	2017-10-14	Ojen	hyperalkaline fluids	BP3	10.9	20.1	1859	1.79	0.0291	0.5761	0.2445	0.0455	3.8560	0.1033	3.5578	0.1433	2.2483	3.0994	3.9690	0.0245	0.8818
BP4	36.7118	-4.7257	2017-10-14	Ojen	hyperalkaline fluids	BP4	11.4	20.3	1156	2.47	0.0218	0.8276	0.1761	0.0007	2.4628	0.0907	4.2249	0.0179	2.1685	<0.0323	2.4925	0.0008	0.4504
BP5	36.7118	-4.7257	2017-10-14	Ojen	hyperalkaline fluids	BP5	9.6	20.8	3015	15.10	0.0874	0.8982	1.1556	9.7305	20.4130	0.0572	1.0377	0.1433	2.4880	24.5690	29.6430	6.8268	14.8360
ALF/R	36.6931	-4.9171	2017-10-14	Ronda	River water	ALF/R	8.8	16.8	412	5.26	0.0146	0.0895	0.0117	1.9885	0.1746	0.3792	0.9636	0.0179	0.1484	0.0323	0.1677	0.0313	5.2287
BPR/DO	36.5950	-4.7257	2017-10-14	Ojen	River water	BPR/DO	8.9	17.7	621	8.32	0.0874	0.6138	0.0149	2.8031	0.3075	0.6961	0.4818	0.1791	1.6320	0.2583	0.3152	0.2325	8.2862
BPR/UP	36.5953	-4.7258	2017-10-14	Ojen	River water	BPR/UP	8.5	17.6	550	8.37	0.0437	0.6178	0.0132	2.8216	0.3059	0.7025	0.6300	0.0537	1.6435	0.3874	0.3108	0.2339	8.2797