Citation:

PANGAEA.809056

Name: Component parts of the World Heat Flow Data Collection
Published: 1980
License: https://creativecommons.org/licenses/by/3.0/

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

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Related to:

Golubev, Valery A; Osokina, S V (1980): Distribution of heat flow and nature of its local anomalies in the area of the Baikal Lake. Izvestiya Akademii Nauk SSSR, Fizika Zemli (News of the USSR Academy of Sciences, Physics of the Earth), 4, 63-75

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: 54.224461 * Median Longitude: 108.628490 * South-bound Latitude: 52.416700 * West-bound Longitude: 105.966700 * North-bound Latitude: 55.516700 * East-bound Longitude: 109.800000

Minimum ELEVATION: -900 m a.s.l. * Maximum ELEVATION: 200 m a.s.l.

Parameter(s):

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

License:

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

Size:

678 data points

Data

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

1 Area	2 Lab no	3 Latitude	4 Longitude	5 Elevation [m a.s.l.]	6 Depth top [m]	7 Depth bot [m]	8 No Temps	9 T grad [mK/m]	10 No Cond	11 Cond average [W/m K]	12 HF [mW/m²]	13 No	14 Method comm
BAIKAL	SU 771	55.0333	109.2333	-400	850	2	2	78	1	0.71	55	1	lake (oceanic method)
BAIKAL	SU 773	55.4500	109.2833	200	250	2	2	99	1	0.72	73	1	lake (oceanic method)
BAIKAL	SU 775	55.0333	109.3000	-400	850	2	2	74	1	0.68	54	1	lake (oceanic method)
BAIKAL	SU 776	55.3833	109.3167	-250	700	2	2	105	1	0.74	83	1	lake (oceanic method)
BAIKAL	SU 779	55.4333	109.3833	-300	750	2	2	98	1	1.03	113	1	lake (oceanic method)
BAIKAL	SU 787	55.4333	109.4333	-300	750	2	2	59	1	1.03	69	1	lake (oceanic method)
BAIKAL	SU 797	55.4167	109.5000	-300	750	2	2	76	1	0.71	61	1	lake (oceanic method)
BAIKAL	SU 802	55.4000	109.5833	-300	750	2	2	96	1	0.67	72	1	lake (oceanic method)
BAIKAL	SU 804	55.5000	109.6000	-150	600	2	2	95	1	0.67	50	1	lake (oceanic method)
BAIKAL	SU 806	55.4000	109.6333	-300	750	2	2	130	1	0.84	116	1	lake (oceanic method)
BAIKAL	SU 810	55.3833	109.6833	-200	660	2	2	64	1	0.69	45	1	lake (oceanic method)
BAIKAL	SU 814	55.3833	109.7333	-150	600	2	2	138	1	0.98	139	1	lake (oceanic method)
BAIKAL	SU 815	55.3833	109.7500	50	400	2	2	61	1	0.70	44	1	lake (oceanic method)
BAIKAL	SU 817	55.5167	109.7833	100	350	2	2	362	1	0.73	251	1	lake (oceanic method)
BAIKAL	SU 818	55.5167	109.8000	200	250	2	2	384	1	0.86	314	1	lake (oceanic method)
BAIKAL	SU 820	54.0000	108.3000	-400	850	2	2	79	1	0.82	60	1	lake (oceanic method)
BAIKAL	SU 843	54.5167	108.7167	-400	850	2	2	86	1	0.77	61	1	lake (oceanic method)
BAIKAL	SU 847	54.5167	108.7667	-400	850	2	2	120	1	0.96	118	1	lake (oceanic method)
BAIKAL	SU 850	54.5000	108.8000	-400	850	2	2	127	1	1.07	148	1	lake (oceanic method)
BAIKAL	SU 860	54.4667	108.9000	-400	850	2	2	70	1	0.81	63	1	lake (oceanic method)
BAIKAL	SU 866	54.4500	108.9667	-400	850	2	2	56	1	0.21	50	1	lake (oceanic method)
BAIKAL	SU 871	54.4333	109.0500	-350	800	2	2	48	1	0.81	44	1	lake (oceanic method)
BAIKAL	SU 875	54.8500	109.0833	-400	850	2	2	82	1	0.78	64	1	lake (oceanic method)
BAIKAL	SU 882	54.8333	109.1667	-400	850	2	2	77	2	0.78	66	1	lake (oceanic method)
BAIKAL	SU 884	54.4000	109.1833	-250	700	2	2	98	1	0.83	88	1	lake (oceanic method)
BAIKAL	SU 891	54.8333	109.2500	-400	850	2	2	86	1	0.73	70	1	lake (oceanic method)
BAIKAL	SU 892	54.3667	109.2667	-150	600	2	2	45	1	0.96	45	1	lake (oceanic method)
BAIKAL	SU 897	54.3500	109.3000	-50	500	2	2	62	1	0.80	50	1	lake (oceanic method)
BAIKAL	SU 901	54.8333	109.3500	-400	850	2	2	66	1	0.73	54	1	lake (oceanic method)
BAIKAL	SU 904	54.8167	109.4333	-400	850	2	2	90	2	0.73	71	1	lake (oceanic method)
BAIKAL	SU 905	54.8167	109.5000	-300	750	2	2	69	1	0.72	50	1	lake (oceanic method)
BAIKAL	SU 906	54.8167	109.5500	-50	500	2	2	48	1	1.95	47	1	lake (oceanic method)
BAIKAL	SU 908	54.8167	109.6000	150	300	2	2	134	1	1.02	137	1	lake (oceanic method)
BAIKAL	SU 926	53.3833	107.9333	-400	850	2	2	52	1	0.83	48	1	lake (oceanic method)
BAIKAL	SU 936	53.8167	108.0833	-400	850	2	2	90	1	0.78	58	1	lake (oceanic method)
BAIKAL	SU 940	53.7833	108.1167	-400	850	2	2	55	1	0.78	42	1	lake (oceanic method)
BAIKAL	SU 945	53.7500	108.1833	-400	850	2	2	80	1	0.82	66	1	lake (oceanic method)
BAIKAL	SU 949	53.7167	108.2333	0	450	2	2	91	1	0.88	84	1	lake (oceanic method)
BAIKAL	SU 953	53.7000	108.3000	50	400	2	2	140	1	0.86	126	1	lake (oceanic method)
BAIKAL	SU 957	53.6500	108.3500	200	250	2	2	86	1	0.94	87	1	lake (oceanic method)
BAIKAL	SU 960	53.9667	108.3833	-400	850	2	2	81	1	0.82	66	1	lake (oceanic method)
BAIKAL	SU 961	53.6500	108.4000	50	400	2	2	123	1	0.87	107	1	lake (oceanic method)
BAIKAL	SU 962	53.5833	108.4000	-500	950	2	2	124	1	0.88	99	1	lake (oceanic method)
BAIKAL	SU 968	53.9500	108.4333	-400	850	2	2	67		0.82	59	1	lake (oceanic method)
BAIKAL	SU 970	53.5333	108.4667	-700	1150	2	2	77	1	0.75	50	1	lake (oceanic method)
BAIKAL	SU 976	53.4667	108.5333	-900	1350	2	2	78	1	0.70	44	1	lake (oceanic method)
BAIKAL	SU 978	53.4333	108.5500	-850	1300	2	2	107	1	0.70	71	1	lake (oceanic method)
BAIKAL	SU 979	53.4167	108.5667	-800	1250	2	2	106	1	0.83	84	1	lake (oceanic method)
BAIKAL	SU 981	53.9333	108.5667	-400	850	2	2	63	1	0.87	60	1	lake (oceanic method)
BAIKAL	SU 983	53.3667	108.6000	0	450	2	2	40	1	0.92	37	1	lake (oceanic method)
BAIKAL	SU 984	53.7667	108.6000	-350	800	2	2	53	1	0.74	36	1	lake (oceanic method)
BAIKAL	SU 985	53.9000	108.6333	-400	850	2	2	76	1	0.82	65	1	lake (oceanic method)
BAIKAL	SU 989	53.9000	108.7000	-350	800	2	2	78	2	0.96	77	1	lake (oceanic method)
BAIKAL	SU 990	53.8833	108.7667	-150	600	2	2	112	3	0.88	104	1	lake (oceanic method)
BAIKAL	SU 991	53.8500	108.8333	-250	700	2	2	141	1	0.72	89	1	lake (oceanic method)
BAIKAL	SU1015	52.4667	105.9667	0	450	2	2	84		0.76	65	1	lake (oceanic method)
BAIKAL	SU1019	52.5000	106.0000	100	350	2	2	95		0.76	63	1	lake (oceanic method)
BAIKAL	SU1020	52.4833	106.0000	0	450	2	2	95	1	0.72	61	1	lake (oceanic method)
BAIKAL	SU1021	52.4833	106.0167	50	400	2	2	88	5	0.68	61	1	lake (oceanic method)
BAIKAL	SU1024	52.4500	106.0333	0	450	2	2	81		0.82	76	1	lake (oceanic method)
BAIKAL	SU1025	52.4333	106.0500	0	450	2	2	56	1	0.61	40	1	lake (oceanic method)
BAIKAL	SU1026	52.4167	106.0667	50	400	2	2	56	1	0.62	42	1	lake (oceanic method)