Citation:

PANGAEA.809529

Name: Component parts of the World Heat Flow Data Collection
Published: 1973
License: https://creativecommons.org/licenses/by/3.0/

Always quote citation above when using data! You can download the citation in several formats below.

Published: 1973 (exact date unknown) • DOI registered: 2013-05-01

RIS Citation BibTeX Citation Text Citation Share

Related to:

Bookman, Charles A; Malone, Isabel; Langseth, Marcus G (1973): Sea floor geothermal measurements from Vema cruise 26. Columbia University, 7

Source:

International Heat Flow Commission, I H F C (2012): Global Heat Flow Database. The Global Heat Flow Database of the International Heat Flow Commission (IHFC), University of North Dakota, USA; (data copied, 2012-10), https://ihfc-iugg.org/products/global-heat-flow-database/data

Further details:

Jessop, Alan M; Hobart, Michael A; Sclater, John G (1976): The World Heat Flow Data Collection - 1975. Geological Survey of Canada, Earth Physics Branch, Geothermal Series, 5, 10 pp, hdl:10013/epic.40176.d002

Coverage:

Median Latitude: 12.380316 * Median Longitude: -59.488352 * South-bound Latitude: -30.866700 * West-bound Longitude: -93.583300 * North-bound Latitude: 37.550000 * East-bound Longitude: -17.850000

Minimum ELEVATION: -6251 m a.s.l. * Maximum ELEVATION: -2208 m a.s.l.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Sample, optional label/labor no	Lab no		Bookman, Charles A
2	LATITUDE	Latitude			Geocode
3	LONGITUDE	Longitude			Geocode
4	ELEVATION	Elevation	m a.s.l.		Geocode
5	Depth, top/min	Depth top	m	Bookman, Charles A	Minimum depth
6	Depth, bottom/max	Depth bot	m	Bookman, Charles A	Maximum depth
7	Number of temperature data	No Temps		Bookman, Charles A
8	Temperature gradient	T grad	mK/m	Bookman, Charles A
9	Number of conductivity measurements	No Cond		Bookman, Charles A
10	Conductivity, average	Cond average	W/m K	Bookman, Charles A
11	Heat flow	HF	mW/m²	Bookman, Charles A
12	Number	No		Bookman, Charles A	Number of individual sites
13	Method comment	Method comm		Bookman, Charles A

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

745 data points

Data

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

1 Lab no	2 Latitude	3 Longitude	4 Elevation [m a.s.l.]	5 Depth top [m]	6 Depth bot [m]	7 No Temps	8 T grad [mK/m]	9 No Cond	10 Cond average [W/m K]	11 HF [mW/m²]	12 No	13 Method comm
V26-1	32.6167	-59.1667	-4907	4	13	3	34	12	0.83	29	1	Ewing probe
V26-2	32.7000	-52.5833	-5209	2	7	3	42	8	0.79	33	1	Ewing probe
V26-3	32.6000	-52.0667	-5161	4	13	4	37	10	0.70	26	1	Ewing probe
V26-5	29.8000	-45.1833	-2606	1	5				1.00		1	Ewing probe
V26-13	19.2833	-26.1167	-4387						0.93		1	Ewing probe
V26-22	-16.2667	-22.2500	-4819	0	10			8	0.71		1	Ewing probe
V26-23	-23.9667	-37.9500	-3620	0	4			5	0.88		1	Ewing probe
V26-24	-24.8833	-33.5500	-5099					4	0.69		1	Ewing probe
V26-25	-26.7000	-27.8667	-4371					3	0.95		1	Ewing probe
V26-26	-30.8667	-17.8500	-3936	0	4			5	0.99		1	Ewing probe
V26-28	-28.6000	-20.6833	-4505	2	6			6	0.79		1	Ewing probe
V26-29	-28.4833	-20.4333	-4666					5	0.72		1	Ewing probe
V26-30	-28.3167	-20.9000	-4311					7	0.86		1	Ewing probe
V26-31	-25.1667	-25.2667	-5039	1	4			6	0.76		1	Ewing probe
V26-32	-29.3000	-37.2667	-3880	0	12	3	48	9	1.01	49	1	Ewing probe
V26-33	-28.3333	-26.6500	-5149	3	12	4	24	11	0.76	18	1	Ewing probe
V26-34	-28.8500	-26.1500	-5269	3	12	3	59	10	0.93	54	1	Ewing probe
V26-35	-28.5333	-23.7000	-4548	0	7	1	38	9	0.90	34	1	Ewing probe
V26-36	-23.6333	-26.1500	-5340	1	6	3	90	5	0.91	82	1	Ewing probe
V26-37	-21.1000	-27.6167	-5365	3	12	4	33	14	0.84	28	1	Ewing probe
V26-38	-19.5667	-32.3500	-4111	4	12	4	70	11	0.97	68	1	Ewing probe
V26-39	-16.1167	-33.0167	-4636	3	12	3	66	11	0.93	61	1	Ewing probe
V26-40	-12.4833	-32.3833	-4614	3	9	2	64	9	0.93	59	1	Ewing probe
V26-41	-6.1500	-31.0500	-5086			4	60	10	0.91	54	1	Ewing probe
V26-42	-2.1833	-31.0667	-4673	3	12	4	65	12	1.01	66	1	Ewing probe
V26-46	-0.3833	-39.1333	-4188	2	12	3	25	14	0.98	24	1	Ewing probe
V26-47	-0.4833	-39.5333	-4003	1	9	2	18	11	0.94	17	1	Ewing probe
V26-48	-0.0833	-41.7833	-3864				55		1.01	56	1	Ewing probe
V26-49	0.8000	-43.8667	-4027	2	11	3	64	10	1.02	65	1	Ewing probe
V26-50	7.4667	-46.6667	-4343	0	7	2	84	8	0.97	82	1	Ewing probe
V26-51	10.6500	-50.0000	-4942	2	11	3	67	11	0.93	67	1	Ewing probe
V26-52	13.0333	-52.9667	-5136	5	9	2	75	11	1.00	75	1	Ewing probe
V26-53	14.7667	-69.3000	-4257	1	13	2	49	20	0.98	48	1	Ewing probe
V26-54	14.4500	-68.5500	-4707	2	8	3	48	12	0.94	45	1	Ewing probe
V26-55	14.4333	-68.7667	-4775	1	11	4	57	11	0.93	53	1	Ewing probe
V26-56	14.6333	-70.8500	-3868	0	2	1	68		0.95	65	1	Ewing probe
V26-57	16.1333	-74.4500	-3005	0	10	3	54	12	1.00	54	1	Ewing probe
V26-58	17.0333	-71.2333	-2208			3	71		0.99	70	1	Ewing probe
V26-59	18.5500	-79.4500	-4550	2	6	2	63	7	1.07	67	1	Ewing probe
V26-60	19.0000	-81.0333	-6251						1.01		1	Ewing probe
V26-61	20.4500	-83.3667	-3878	2	8	3	70	7	1.07	75	1	Ewing probe
V26-62	23.8833	-85.8667	-3462			3	35	6	0.94	33	1	Ewing probe
V26-63	25.4000	-86.3667	-3254	0	3	2	83	6	0.87	72	1	Ewing probe
V26-64	24.9833	-88.9500	-3457	1	10	4	43	10	0.90	39	1	Ewing probe
V26-65	22.9833	-92.0333	-3568	3	12	4	44	11	0.88	39	1	Ewing probe
V26-66	23.0333	-92.0500	-3760	2	11	4	46	10	0.92	43	1	Ewing probe
V26-67	23.4833	-92.5833	-3357	0	10	4	120	11	0.90	108	1	Ewing probe
V26-68	23.4500	-92.6000	-3598	2	8	3	117	9	0.95	111	1	Ewing probe
V26-69	25.8500	-92.2000	-2860	0	1	1	143	5	0.97	138	1	Ewing probe
V26-70	25.5333	-92.5500	-3321	3	12	4	38	9	0.88	34	1	Ewing probe
V26-71	25.8833	-92.2833	-2500	2	8	3	40	7	0.94	38	1	Ewing probe
V26-72	23.7667	-93.5833	-3753	2	12	4	47	11	0.83	39	1	Ewing probe
V26-73	24.2333	-91.6833	-3742	2	11	4	59	3	1.00	59	1	Ewing probe
V26-74	25.8333	-88.1333	-3107	2	12	4	29	9	0.93	27	1	Ewing probe
V26-75	24.7000	-86.2500	-3349	0	3	2	25	6	1.38	34	1	Ewing probe
V26-77	27.6833	-74.2167	-4480	2	8	3	52	8	0.95	49	1	Ewing probe
V26-78	24.7833	-74.3667	-5048	2	8	3	45	10	0.95	42	1	Ewing probe
V26-79	24.9500	-73.5000	-5340					5	1.04		1	Ewing probe
V26-81	24.3833	-73.7000	-5327	0	3	1	65	6	0.96	63	1	Ewing probe
V26-82	24.5167	-73.5833	-5351						1.00		1	Ewing probe
V26-83	24.5000	-68.5667	-5729				15	3	1.00	15	1	Ewing probe
V26-84	24.4833	-65.3000	-5803	1	7	3	61	9	0.93	56	1	Ewing probe
V26-85	24.4667	-62.5000	-5920	2	5	2	63	8	1.03	65	1	Ewing probe
V26-86	27.4500	-65.2667	-4872	0	7	3	54	9	0.91	49	1	Ewing probe
V26-87	29.7667	-69.8833	-4883	1	14	2	47	12	0.99	46	1	Ewing probe
V26-88	31.0000	-67.1000	-4578	0	4	1	59		1.00	59	1	Ewing probe
V26-90	29.9500	-68.9333	-5258	1	12	2	50	12	1.01	51	1	Ewing probe
V26-91	31.3333	-67.7833	-5132	0	5	1	92	6	0.91	84	1	Ewing probe
V26-92	29.7500	-68.6833	-5216	0	6	4	87	9	0.87	75	1	Ewing probe
V26-93	30.4500	-67.9833	-5161	1	7	4	56	9	0.91	51	1	Ewing probe
V26-94	29.9167	-68.7167	-5231	0	13	3	46	11	0.90	42	1	Ewing probe
V26-95	30.8333	-67.7333	-5149	2	8	3	53	9	0.93	49	1	Ewing probe
V26-96	30.0833	-68.2833	-5189	0	10	4	60	9	0.91	54	1	Ewing probe
V26-97	31.6833	-69.8667	-5425	2	14	3	56	14	1.03	58	1	Ewing probe
V26-98	32.1500	-70.0000	-5419	2	8	3	52	10	0.98	51	1	Ewing probe
V26-99	32.0500	-68.1000	-5185	2	5	2	34	7	0.91	31	1	Ewing probe
V26-100	32.0500	-66.3500	-4807	2	8	3	47	10	1.02	48	1	Ewing probe
V26-101	32.2667	-68.8500	-5286	1	7	3	59	8	0.91	53	1	Ewing probe
V26-102	32.5333	-73.2833	-5200	2	9	3	43	9	1.17	50	1	Ewing probe
V26-103	33.9333	-74.4333	-3998	1	7	3	58	8	1.08	63	1	Ewing probe
V26-104	36.0500	-72.3833	-3943	2	5	2	47	6	1.00	47	1	Ewing probe
V26-105	37.5500	-72.5667	-2967	1	11	5	44	10	0.95	42	1	Ewing probe
V26-18	6.0333	-18.2500	-4600								1	Ewing probe