Citation:

PANGAEA.927328

Name: M162 GLORIA-FLOW, Heat flow data at station HF2015
Creator: Norbert Kaul
Published: 2021-02-02
License: https://creativecommons.org/licenses/by/4.0/
Keywords: dewatering along plate boundary; Gloria fault; heat flow; SWIM-fault

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Abstract:

Heat flow data, taken with the 6 m Bremen heat probe during M162 in the Gulf of Cadiz. Heat flow data were measured across fault zones to support the idea of fluid transport along leaking faults.

Keyword(s):

dewatering along plate boundary; Gloria fault; heat flow; SWIM-fault

Related to:

Hensen, Christian; Adao, Helena; Arn, Silvan; Batista, Luis; Belosa, Lea; Bodenbinder, Andrea; Cherednichenko, Sergiy; Domeyer, Bettina; Duarte, João Francisco; Glombitza, Clemens; Kaul, Norbert; Koppe, Matthias; Li, Jiaqi; Liebetrau, Volker; Müller, Thomas H; Nogueira, Pedro Miguel; Nuzzo, Marianne; Petersen, Asmus; Schmidt, Mark; Schmidt, Jan-Niklas; Schmidt, Thilo; Sroczynska, Katarzyna; Stelzner, Martin; Terrinha, Pedro; Warnken, Niklas; Weber, Ulrich Wolfgang (2020): Exploring subsurface fluid flow and active dewatering along the oceanic plate boundary between Africa and Eurasia (Gloria Fault), Cruise No. M162, 06.03.2020 - 11.04.2020, Ponta Delgada (Portugal) - Emden (Germany). METEOR-Berichte, Gutachterpanel Forschungsschiffe, M162, 189 pp, https://doi.org/10.48433/cr_m162

Further details:

Kaul, Norbert: M162 raw data archive of HF measurements HF2015 (124 KB, zipped). M162_HF2015.zip

Project(s):

Center for Marine Environmental Sciences (MARUM)

Coverage:

Latitude: 37.379020 * Longitude: -15.598050

Date/Time Start: 2020-04-01T20:25:57 * Date/Time End: 2020-04-01T20:25:57

Minimum DEPTH, sediment/rock: 0.000 m * Maximum DEPTH, sediment/rock: 5.199 m

Event(s):

M162_84-1 (HF2015) * Latitude: 37.379020 * Longitude: -15.598050 * Date/Time: 2020-04-01T20:25:57 * Elevation: -4941.0 m * Location: South Atlantic Ocean * Campaign: (GLORIA-FLOW) * Basis: * Method/Device: (HF)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Sample code/label	Sample label		Kaul, Norbert
2	Sample code/label	Sample label		Kaul, Norbert	Sensor
3	DEPTH, sediment/rock	Depth sed	m	Kaul, Norbert	Geocode – Penetration depth
4	Depth, relative	Depth rel	m	Kaul, Norbert	Penetration, relative to top of heat flow probe
5	Temperature, in rock/sediment	t	°C	Kaul, Norbert
6	Conductivity, thermal	k	W/m/K	Kaul, Norbert
7	Conductivity, thermal	k	W/m/K	Kaul, Norbert	assumed
8	Integrated thermal resistance	ITR	m² K/W	Kaul, Norbert	Bullarad depth

License:

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

Size:

400 data points

Data

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

1 Sample label	2 Sample label (Sensor)	3 Depth sed [m] (Penetration depth)	4 Depth rel [m] (Penetration, relative to top ...)	5 t [°C]	6 k [W/m/K]	7 k [W/m/K] (assumed)	8 ITR [m² K/W] (Bullarad depth)
HF2015P01	1	5.199	0.40	2.5053	1.33	0.90	0.321
HF2015P01	2	4.939	0.14	2.4988	1.19	0.90	0.114
HF2015P01	3	4.679	-0.12	2.4731		0.90	-0.124
HF2015P01	4	4.420	-0.38	2.4736		0.90	-0.384
HF2015P01	5	4.160	-0.64	2.4737		0.90	-0.644
HF2015P01	6	3.900	-0.90	2.4732		0.90	-0.904
HF2015P01	7	3.640	-1.16	2.4732		0.90	-1.164
HF2015P01	8	3.380	-1.42	2.4734		0.90	-1.424
HF2015P01	9	3.120	-1.68	2.4731		0.90	-1.684
HF2015P01	10	2.860	-1.94	2.4738		0.90	-1.944
HF2015P01	11	2.600	-2.20	2.4733		0.90	-2.204
HF2015P01	12	2.340	-2.46	2.4733		0.90	-2.464
HF2015P01	13	2.080	-2.72	2.4738		0.90	-2.724
HF2015P01	14	1.820	-2.98	2.4738		0.90	-2.984
HF2015P01	15	1.560	-3.24	2.4735		0.90	-3.244
HF2015P01	16	1.300	-3.50	2.4738		0.90	-3.504
HF2015P01	17	1.040	-3.76	2.4734		0.90	-3.764
HF2015P01	18	0.780	-4.02	2.4738		0.90	-4.024
HF2015P01	19	0.520	-4.28	2.4730		0.90	-4.284
HF2015P01	20	0.260	-4.54	2.4732		0.90	-4.544
HF2015P01	21	0.000	-4.80	2.4731		0.90	-4.804
HF2015P02	1	5.198	2.48	2.6813	0.85	0.90	2.746
HF2015P02	2	4.938	2.22	2.6570	0.86	0.90	2.442
HF2015P02	3	4.679	1.96	2.6219	0.82	0.90	2.131
HF2015P02	4	4.419	1.70	2.6093	0.87	0.90	1.823
HF2015P02	5	4.159	1.44	2.5942	0.89	0.90	1.529
HF2015P02	6	3.899	1.18	2.5842	0.89	0.90	1.238
HF2015P02	7	3.639	0.92	2.5552	0.86	0.90	0.942
HF2015P02	8	3.379	0.66	2.5293	0.87	0.90	0.643
HF2015P02	9	3.119	0.40	2.5108	1.07	0.90	0.374
HF2015P02	10	2.859	0.14	2.4949		0.90	0.132
HF2015P02	11	2.599	-0.12	2.4868		0.90	-0.118
HF2015P02	12	2.339	-0.38	2.4865		0.90	-0.378
HF2015P02	13	2.079	-0.64	2.4868		0.90	-0.638
HF2015P02	14	1.819	-0.90	2.4870		0.90	-0.898
HF2015P02	15	1.560	-1.16	2.4866		0.90	-1.157
HF2015P02	16	1.300	-1.42	2.4860		0.90	-1.417
HF2015P02	17	1.040	-1.68	2.4870		0.90	-1.677
HF2015P02	18	0.780	-1.94	2.4871		0.90	-1.937
HF2015P02	19	0.520	-2.20	2.4868		0.90	-2.197
HF2015P02	20	0.260	-2.46	2.4870		0.90	-2.457
HF2015P02	21	0.000	-2.72	2.4868		0.90	-2.717
HF2015P03	1	5.160	3.18	2.7749	1.20	0.90	2.925
HF2015P03	2	4.902	2.92	2.7488	1.14	0.90	2.701
HF2015P03	3	4.644	2.66	2.7243	1.05	0.90	2.467
HF2015P03	4	4.386	2.40	2.6997	1.05	0.90	2.226
HF2015P03	5	4.128	2.15	2.6733	1.08	0.90	1.986
HF2015P03	6	3.870	1.89	2.6521	1.15	0.90	1.754
HF2015P03	7	3.612	1.63	2.6359	1.13	0.90	1.526
HF2015P03	8	3.354	1.37	2.6137	1.15	0.90	1.298
HF2015P03	9	3.096	1.11	2.5923	1.08	0.90	1.064
HF2015P03	10	2.838	0.86	2.5710	1.02	0.90	0.821
HF2015P03	11	2.580	0.60	2.5537		0.90	0.572
HF2015P03	12	2.322	0.34	2.5599		0.90	0.324
HF2015P03	13	2.064	0.08	2.5405	1.05	0.90	0.078
HF2015P03	14	1.806	-0.18	2.4919		0.90	-0.176
HF2015P03	15	1.548	-0.43	2.4915		0.90	-0.434
HF2015P03	16	1.290	-0.69	2.4903		0.90	-0.692
HF2015P03	17	1.032	-0.95	2.4910		0.90	-0.950
HF2015P03	18	0.774	-1.21	2.4921		0.90	-1.208
HF2015P03	19	0.516	-1.47	2.4910		0.90	-1.466
HF2015P03	20	0.258	-1.72	2.4917		0.90	-1.724
HF2015P03	21	0.000	-1.98	2.4913		0.90	-1.982