Citation:

PANGAEA.808871

Name: Component parts of the World Heat Flow Data Collection
Creator: Valery A Golubev
Published: 1982
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 (1982): Geotermiya Baikala (Geothermy of the Baikal Lake). Novosibirsk, Nauka, 150 pp

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: 54.337145 * Median Longitude: 108.770001 * South-bound Latitude: 51.750000 * West-bound Longitude: 104.366700 * North-bound Latitude: 55.466700 * East-bound Longitude: 109.716700

Minimum ELEVATION: -850 m a.s.l. * Maximum ELEVATION: 300 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:

1182 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
SU 765	BAIKAL	55.3667	109.2667	-200	650	2	2	105	1	0.84	75	1	lake (oceanic method)
SU 766	BAIKAL	55.3500	109.2833	-300	750	2	2	83	1	0.84	67	1	lake (oceanic method)
SU 767	BAIKAL	55.3500	109.3667	-350	800	2	2	74	1	0.83	67	1	lake (oceanic method)
SU 768	BAIKAL	55.3333	109.4167	-350	800	2	2	74	1	0.78	63	1	lake (oceanic method)
SU 769	BAIKAL	55.3333	109.4667	-350	800	2	2	99	1	0.79	87	1	lake (oceanic method)
SU 770	BAIKAL	55.1500	109.2167	-350	800	2	2	78	1	0.76	48	1	lake (oceanic method)
SU 772	BAIKAL	55.1500	109.2667	-350	800	2	2	90	1	0.76	69	1	lake (oceanic method)
SU 774	BAIKAL	55.1500	109.3000	-350	800	2	2	135	1	0.84	125	1	lake (oceanic method)
SU 778	BAIKAL	55.4667	109.3167	0	450	2	2	62	1	0.71	48	1	lake (oceanic method)
SU 782	BAIKAL	55.4333	109.4000	-150	600	2	2	88	1	0.70	70	1	lake (oceanic method)
SU 783	BAIKAL	55.4333	109.4000	-300	750	2	2	237	1	0.70	189	1	lake (oceanic method)
SU 784	BAIKAL	55.4167	109.4000	-300	750	2	2	195	1	0.70	155	1	lake (oceanic method)
SU 785	BAIKAL	55.4167	109.4000	-300	750	2	2	168	1	0.70	133	1	lake (oceanic method)
SU 789	BAIKAL	55.1333	109.4500	-250	700	2	2	64	1	0.84	61	1	lake (oceanic method)
SU 792	BAIKAL	55.4167	109.4833	-300	750	2	2	67	1	0.90	68	1	lake (oceanic method)
SU 798	BAIKAL	55.3333	109.5000	-300	750	2	2	62	1	0.79	55	1	lake (oceanic method)
SU 799	BAIKAL	55.3167	109.5500	-300	750	2	2	99	1	0.79	87	1	lake (oceanic method)
SU 801	BAIKAL	55.1333	109.5833	0	450	2	2	87	1	0.84	69	1	lake (oceanic method)
SU 803	BAIKAL	55.3167	109.6000	-250	700	2	2	93	1	0.66	63	1	lake (oceanic method)
SU 805	BAIKAL	55.3000	109.6333	-250	700	2	2	132	1	0.84	109	1	lake (oceanic method)
SU 808	BAIKAL	55.3000	109.6667	-200	650	2	2	42	1	0.67	26	1	lake (oceanic method)
SU 809	BAIKAL	55.3000	109.6667	-150	600	2	2	45	1	0.80	36	1	lake (oceanic method)
SU 813	BAIKAL	55.3000	109.7167	0	450	2	2	24	1	0.75	19	1	lake (oceanic method)
SU 819	BAIKAL	54.5333	109.0000	-400	850	2	2	64	1	0.77	55	1	lake (oceanic method)
SU 821	BAIKAL	54.1500	108.4167	100	350	2	2	44	1	0.95	39	1	lake (oceanic method)
SU 822	BAIKAL	54.1583	108.4200	150	300	2	2	189	1	0.94	166	1	lake (oceanic method)
SU 823	BAIKAL	54.1567	108.4217	100	350	2	2	386	1	0.94	340	1	lake (oceanic method)
SU 824	BAIKAL	54.1567	108.4233	150	300	2	2	502	1	0.94	450	1	lake (oceanic method)
SU 825	BAIKAL	54.1567	108.4233	150	300	2	2	465		0.94	416	1	lake (oceanic method)
SU 826	BAIKAL	54.1550	108.4250	150	300	2	2	340	1	0.94	308	1	lake (oceanic method)
SU 827	BAIKAL	54.1550	108.4267	150	300	2	2	195	1	0.94	178	1	lake (oceanic method)
SU 828	BAIKAL	54.1533	108.4300	150	300	2	2	133	1	0.94	125	1	lake (oceanic method)
SU 829	BAIKAL	54.1533	108.4317	150	300	2	2	110	1	0.95	107	1	lake (oceanic method)
SU 830	BAIKAL	54.1517	108.4350	150	300	2	2	156	1	0.94	157	1	lake (oceanic method)
SU 831	BAIKAL	54.1500	108.4383	200	250	2	2	150	1	0.95	156	1	lake (oceanic method)
SU 832	BAIKAL	54.1433	108.4567	-200	650	2	2	51	1	0.82	37	1	lake (oceanic method)
SU 833	BAIKAL	54.1367	108.4783	-460	900	2	2	76	1	0.82	56	1	lake (oceanic method)
SU 834	BAIKAL	54.1183	108.5333	-450	900	2	2	64	1	0.81	51	1	lake (oceanic method)
SU 835	BAIKAL	54.3000	108.5333	-200	650	2	2	140	1	0.94	115	1	lake (oceanic method)
SU 836	BAIKAL	54.3000	108.5667	-400	850	2	2	366	1	0.94	310	1	lake (oceanic method)
SU 837	BAIKAL	54.1000	108.5833	-400	850	2	2	58	1	0.78	48	1	lake (oceanic method)
SU 838	BAIKAL	54.3000	108.6167	-450	900	2	2	62	1	0.79	47	1	lake (oceanic method)
SU 839	BAIKAL	54.1000	108.6500	-400	850	2	2	77	1	0.66	54	1	lake (oceanic method)
SU 840	BAIKAL	54.2833	108.6833	-450	900	2	2	56	1	0.84	49	1	lake (oceanic method)
SU 841	BAIKAL	54.0833	108.7000	-400	850	2	2	78	1	0.65	54	1	lake (oceanic method)
SU 844	BAIKAL	54.5667	108.7333	-400	850	2	2	75	1	0.80	51	1	lake (oceanic method)
SU 845	BAIKAL	54.2667	108.7500	-400	850	2	2	67	1	0.84	60	1	lake (oceanic method)
SU 846	BAIKAL	54.0667	108.7667	-400	850	2	2	69		0.90	65	1	lake (oceanic method)
SU 848	BAIKAL	54.5667	108.7833	-400	850	2	2	88	1	0.72	62	1	lake (oceanic method)
SU 849	BAIKAL	54.0500	108.8000	-350	800	2	2	76	1	0.89	71	1	lake (oceanic method)
SU 853	BAIKAL	54.0333	108.8333	-300	750	2	2	96	1	0.92	91	1	lake (oceanic method)
SU 854	BAIKAL	54.5500	108.8333	-400	850	2	2	105	1	0.71	82	1	lake (oceanic method)
SU 855	BAIKAL	54.5500	108.8667	-400	850	2	2	79	1	0.71	56	1	lake (oceanic method)
SU 857	BAIKAL	54.0333	108.8833	-150	600	2	2	83	1	0.82	65	1	lake (oceanic method)
SU 858	BAIKAL	54.7000	108.8833	-150	600	2	2	90	1	1.00	77	1	lake (oceanic method)
SU 859	BAIKAL	54.2500	108.9000	-400	850	2	2	67	1	0.72	51	1	lake (oceanic method)
SU 861	BAIKAL	54.5500	108.9333	-400	850	2	2	75	1	0.71	58	1	lake (oceanic method)
SU 862	BAIKAL	54.0167	108.9333	-50	500	2	2	98	1	0.70	72	1	lake (oceanic method)
SU 863	BAIKAL	54.0000	108.9667	-50	500	2	2	126	1	0.72	96	1	lake (oceanic method)
SU 864	BAIKAL	54.2333	108.9667	-350	800	2	2	70	1	0.71	52	1	lake (oceanic method)
SU 867	BAIKAL	54.7000	108.9667	-400	850	2	2	69		0.65	45	1	lake (oceanic method)
SU 868	BAIKAL	54.0000	109.0000	-100	550	2	2	170	1	0.72	127	1	lake (oceanic method)
SU 869	BAIKAL	54.6833	109.0000	-400	850	2	2	53	1	0.66	38	1	lake (oceanic method)
SU 870	BAIKAL	54.6833	109.0500	-400	850	2	2	76	1	0.70	59	1	lake (oceanic method)
SU 872	BAIKAL	54.2333	109.0500	-350	800	2	2	109	1	0.68	77	1	lake (oceanic method)
SU 873	BAIKAL	54.5333	109.0500	-400	850	2	2	66	1	0.71	53	1	lake (oceanic method)
SU 874	BAIKAL	54.9833	109.0500	-150	600	2	2	208	1	0.72	159	1	lake (oceanic method)
SU 876	BAIKAL	54.5167	109.1000	-400	850	2	2	73	1	0.71	58	1	lake (oceanic method)
SU 877	BAIKAL	54.6833	109.1000	-400	850	2	2	81	1	0.68	61	1	lake (oceanic method)
SU 878	BAIKAL	54.2333	109.1000	-300	750	2	2	62	1	0.89	54	1	lake (oceanic method)
SU 879	BAIKAL	54.2167	109.1333	-150	600	2	2	62	1	0.69	44	1	lake (oceanic method)
SU 880	BAIKAL	54.6667	109.1500	-400	850	2	2	75	1	0.75	62	1	lake (oceanic method)
SU 881	BAIKAL	54.5000	109.1667	-400	850	2	2	101	1	0.77	86	1	lake (oceanic method)
SU 883	BAIKAL	54.2167	109.1667	-150	600	2	2	130	1	0.69	93	1	lake (oceanic method)
SU 885	BAIKAL	54.3500	109.2000	-150	600	2	2	54	1	0.67	36	1	lake (oceanic method)
SU 887	BAIKAL	54.6667	109.2000	-400	850	2	2	89	1	0.72	69	1	lake (oceanic method)
SU 888	BAIKAL	54.5000	109.2167	-350	800	2	2	85	1	0.67	59	1	lake (oceanic method)
SU 889	BAIKAL	54.6667	109.2333	-350	800	2	2	79	1	0.92	77	1	lake (oceanic method)
SU 890	BAIKAL	54.2000	109.2333	-150	600	2	2	45	1	0.89	42	1	lake (oceanic method)
SU 893	BAIKAL	54.2000	109.2667	-200	650	2	2	81	2	1.02	83	1	lake (oceanic method)
SU 894	BAIKAL	54.5000	109.2667	-300	750	2	2	94	1	1.00	93	1	lake (oceanic method)
SU 895	BAIKAL	54.4833	109.2833	-200	650	2	2	103	1	1.04	104	1	lake (oceanic method)
SU 896	BAIKAL	54.6500	109.2833	-350	800	2	2	74	1	0.93	68	1	lake (oceanic method)
SU 898	BAIKAL	54.6500	109.3333	-300	750	2	2	64	1	0.94	57	1	lake (oceanic method)
SU 899	BAIKAL	54.1833	109.3500	0	450	2	2	37	1	0.68	26	1	lake (oceanic method)
SU 902	BAIKAL	54.4667	109.3667	-50	500	2	2	111	1	0.68	74	1	lake (oceanic method)
SU 909	BAIKAL	54.7000	108.9167	-400	850	2	2	85	1	0.67	51	1	lake (oceanic method)
SU 927	BAIKAL	53.5333	107.9333	150	300	2	2	84	3	0.96	87	1	lake (oceanic method)
SU 939	BAIKAL	53.6333	108.1167	50	400	2	2	103	1	0.88	96	1	lake (oceanic method)
SU 963	BAIKAL	53.5167	108.4000	50	400	2	2	115	1	0.75	90	1	lake (oceanic method)
SU 973	BAIKAL	53.8167	108.4833	300	150	2	2	50	1	1.12	69	1	lake (oceanic method)
SU 977	BAIKAL	53.8000	108.5333	-400	850	2	2	48	1	0.75	30	1	lake (oceanic method)
SU 992	BAIKAL	53.9667	108.9000	100	350	2	2	104	1	0.75	87	1	lake (oceanic method)
SU 993	BAIKAL	53.9167	108.9667	-50	500	2	2	94	1	0.74	65	1	lake (oceanic method)
SU 994	BAIKAL	53.9667	109.1000	-300	750	2	2	91	2	0.74	70	1	lake (oceanic method)
SU 995	BAIKAL	53.9667	109.1000	-300	750	2	2	85	1	0.74	67	1	lake (oceanic method)
SU 997	BAIKAL	53.9667	109.1333	-300	750	2	2	59	1	0.75	44	1	lake (oceanic method)
SU 998	BAIKAL	53.9500	109.1667	-300	750	2	2	95	1	0.86	75	1	lake (oceanic method)
SU 999	BAIKAL	53.9333	109.2167	-250	700	2	2	95	1	0.86	69	1	lake (oceanic method)
SU1027	BAIKAL	52.5000	106.0667	100	350	2	2	80	1	0.80	67	1	lake (oceanic method)
SU1028	BAIKAL	52.4667	106.1000	50	400	2	2	90		0.70	72	1	lake (oceanic method)
SU1035	BAIKAL	52.7333	106.6833	-650	1100	2	2	90	7	0.83	80	1	lake (oceanic method)
SU1036	BAIKAL	52.7167	106.7167	-600	1050	2	2	105	3	0.83	96	1	lake (oceanic method)
SU1037	BAIKAL	52.6833	106.7500	-650	1100	2	2	71	4	0.83	68	1	lake (oceanic method)
SU1039	BAIKAL	52.6333	106.8000	-650	1100	2	2	70		0.87	73	1	lake (oceanic method)
SU1040	BAIKAL	52.6000	106.8333	-550	1000	2	2	90	1	0.86	87	1	lake (oceanic method)
SU1042	BAIKAL	52.5667	106.8833	-200	650	2	2	47	1	0.89	48	1	lake (oceanic method)
SU1060	BAIKAL	51.7500	104.3667	-850	1300	2	2	75		0.75	53	1	lake (oceanic method)