Citation:

PANGAEA.804760

Name: Component parts of the World Heat Flow Data Collection
Published: 1994
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:

Guillou, Laurent; Mareschal, Jean-Claude; Jaupart, Claude; Gariépy, Clément; Bienfait, Gérard; Lapointe, Raynald (1994): Heat flow, gravity and structure of the Abitibi belt, Superior Province, Canada: Implications for mantle heat flow. Earth and Planetary Science Letters, 122(1-2), 103-123, https://doi.org/10.1016/0012-821X(94)90054-X

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: 49.128830 * Median Longitude: -75.631363 * South-bound Latitude: 47.484700 * West-bound Longitude: -80.278600 * North-bound Latitude: 50.295000 * East-bound Longitude: -66.445800

Minimum ELEVATION: 70 m a.s.l. * Maximum ELEVATION: 411 m a.s.l.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Area/locality	Area		Guillou, Laurent
2	Sample, optional label/labor no	Lab no		Guillou, Laurent
3	LATITUDE	Latitude			Geocode
4	LONGITUDE	Longitude			Geocode
5	ELEVATION	Elevation	m a.s.l.		Geocode
6	Depth, top/min	Depth top	m	Guillou, Laurent	Minimum depth
7	Depth, bottom/max	Depth bot	m	Guillou, Laurent	Maximum depth
8	Temperature gradient	T grad	mK/m	Guillou, Laurent
9	Number of conductivity measurements	No Cond		Guillou, Laurent
10	Conductivity, average	Cond average	W/m K	Guillou, Laurent
11	Number of heat production measurements	No Heat Prod		Guillou, Laurent
12	Heat production, average	Heat prod average	W/m³	Guillou, Laurent
13	Heat flow	HF	mW/m²	Guillou, Laurent
14	Number	No		Guillou, Laurent	Number of individual sites
15	Method comment	Method comm		Guillou, Laurent

License:

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

Size:

324 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 T grad [mK/m]	9 No Cond	10 Cond average [W/m K]	11 No Heat Prod	12 Heat prod average [W/m³]	13 HF [mW/m²]	14 No	15 Method comm
Canada	Boyvinet 92-04	49.6033	-75.9803	305	345	517	8	8	3.20	16	0.4	25	1	borehole (conventional)
Canada	Cadillac 91-05	48.2511	-78.4369	301	208	420	11	8	3.60	13	0.8	40	1	borehole (conventional)
Canada	Cadillac 91-06	48.2492	-78.4364	301	194	239	10	5	4.70	13	0.8	45	1	borehole (conventional)
Canada	Clarke City 94-00	50.2128	-66.6386	70	610	970	15	12	2.05	9	0.1	28	1	borehole (conventional)
Canada	Conlagas 92-06	49.4917	-76.1728	340	250	440	8	9	3.10	9	0.4	26	1	borehole (conventional)
Canada	Conlagas 92-07	49.4944	-76.1728	340	290	600	9	8	3.20	9	0.4	28	1	borehole (conventional)
Canada	Gamache 92-08	49.4842	-74.6056	305	252	412	9	10	3.00	27	0.1	26	1	borehole (conventional)
Canada	Gamache 92-09	49.4794	-74.6111	310	164	393	9	8	2.80	27	0.1	25	1	borehole (conventional)
Canada	Gamache 92-11	49.4839	-74.6178	310	210	380	9	9	2.80	27	0.1	25	1	borehole (conventional)
Canada	Grevet 92-01	49.2453	-76.6539	335	538	710	8	11	4.30	32	0.5	36	1	borehole (conventional)
Canada	Grevet 92-02	49.2422	-76.6536	335	411	720	8	10	4.40	32	0.5	36	1	borehole (conventional)
Canada	Grevet 92-03	49.2444	-76.6533	335	547	793	8	11	4.20	32	0.5	35	1	borehole (conventional)
Canada	Holloway Lake 91-14	48.5197	-79.7186	290	227	418	11	6	3.60	21	0.5	39	1	borehole (conventional)
Canada	Holloway Lake 91-15	48.5197	-79.7186	290	131	266	10	6	3.70	21	0.5	35	1	borehole (conventional)
Canada	Holloway Lake 91-16	48.5203	-79.7211	290	199	376	11	8	3.30	21	0.5	34	1	borehole (conventional)
Canada	Ile Marguerite 90-08	49.8906	-74.1744	381	385	583	7	3	3.60	14	0.1	23	1	borehole (conventional)
Canada	Ile Marguerite 90-09	49.8986	-74.1700	370	329	563	6	3	3.30	14	0.1	21	1	borehole (conventional)
Canada	La Malbaie 91-19	47.6953	-70.0950	372	280	390	9	3	6.11	4	1.6	55	1	borehole (conventional)
Canada	Lac au Dore 90-10	49.8806	-74.3333	411	199	405	7	5	3.30	14	0.1	24	1	borehole (conventional)
Canada	Lac au Dore 90-12	49.8806	-74.3336	411	198	306	8	4	3.20	14	0.1	24	1	borehole (conventional)
Canada	Les Eboulements 91-18	47.4847	-70.3286	228	290	420	14	4	3.59	6	1.6	51	1	borehole (conventional)
Canada	Matheson 91-11	48.5067	-80.2786	279	235	294	12	6	4.30	15	0.0	51	1	borehole (conventional)
Canada	Sebale 90-05	49.8219	-78.9633	305	318	474	8	5	4.60	14	0.5	39	1	borehole (conventional)
Canada	Sebale 90-06	49.8147	-78.9514	274	298	571	9	6	5.10	14	0.5	44	1	borehole (conventional)
Canada	Sept-Iles 94-02	50.2950	-66.4458	105	210	450	16	11	1.96	5	0.0	27	1	borehole (conventional)
Canada	Val dOr 91-01	48.1292	-77.5822	305	214	308	8	5	3.70	28	0.4	30	1	borehole (conventional)
Canada	Val dOr 91-03	48.1389	-77.5992	305	161	353	10	8	3.60	28	0.4	34	1	borehole (conventional)