/* DATA DESCRIPTION: Citation: Bookman, Charles A; Langseth, Marcus G (1973): Component parts of the World Heat Flow Data Collection [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.809529 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): Sample, optional label/labor no (Lab no) * PI: Bookman, Charles A LATITUDE (Latitude) * GEOCODE LONGITUDE (Longitude) * GEOCODE ELEVATION [m a.s.l.] (Elevation) * GEOCODE Depth, top/min [m] (Depth top) * PI: Bookman, Charles A * COMMENT: Minimum depth Depth, bottom/max [m] (Depth bot) * PI: Bookman, Charles A * COMMENT: Maximum depth Number of temperature data (No Temps) * PI: Bookman, Charles A Temperature gradient [mK/m] (T grad) * PI: Bookman, Charles A Number of conductivity measurements (No Cond) * PI: Bookman, Charles A Conductivity, average [W/m K] (Cond average) * PI: Bookman, Charles A Heat flow [mW/m**2] (HF) * PI: Bookman, Charles A Number (No) * PI: Bookman, Charles A * COMMENT: Number of individual sites Method comment (Method comm) * PI: Bookman, Charles A License: Creative Commons Attribution 3.0 Unported (CC-BY-3.0) (URI: https://creativecommons.org/licenses/by/3.0/) Size: 745 data points */ Lab no Latitude Longitude Elevation [m a.s.l.] Depth top [m] Depth bot [m] No Temps T grad [mK/m] No Cond Cond average [W/m K] HF [mW/m**2] No 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