Stream-sediment geochemical survey of the Bureau of Land Management's Arkansas Canyon Planning Unit in south-central (Canon City area) Colorado
A mineral assessment study was undertaken by Barringer Resources, Inc., Golden, Colorado, on behalf of the Bureau of Land Management covering the Arkansas
Overview
Stream-sediment geochemical survey of the Bureau of Land Management's Arkansas Canyon Planning Unit in south-central (Canon City area) Colorado is a 1981 technical report by Weiland, Erick F., Grauch, Richard I.- rgrauch@usgs.gov, preserved in the Mountain Man Mining research library, focused on Central City Colorado gold. A mineral assessment study was undertaken by Barringer Resources, Inc., Golden, Colorado, on behalf of the Bureau of Land Management covering the Arkansas…
This 1981 document, Stream-sediment geochemical survey of the Bureau of Land Management's Arkansas Canyon Planning Unit in south-central (Canon City area) Colorado, is preserved in the Mountain Man Mining Library for research and reference. Original source: pubs.usgs.gov.
UNITED STATES DEPARTMENT OF THE INTERIOR GEOLOGICAL SURVEY Stream-sediment Geochemical Survey of the Bureau of Land Management's Arkansas Canyon Planning Unit in South-central (Canon City area) Colorado By Erick F. Weiland Richard I. Grauch? Open-File Report 81-673 This report is preliminary and has not been reviewed for conformity with U. S. Geological Survey editorial standards. Any use of trade names is for descriptive purposes only and does not imply endorsement by the U. S. Geological Survey. Barringer Research, Inc., Golden, CO 80401 United States Geological Survey, Denver, CO 80225
TABLE OF CONTENTS INTRODUCTION 1 Sample Collection 1 Geochemical Analyses ! STREAM-SEDIMENT ANALYTICAL RESULTS 3 Table 1 - A1 2 0 3 , CaO, Fe 2 0 3 (total Fe), MgO, Ti0 2 , MnO, Na 2 0 3 , K 2 0, P 2 0 5 , Si0 2 , Ba 3 Table 2 - Be, Cd, Cr, Co, Cu, Ni, Pb, Sr, Th, V, Zn, Zr, Ag, Mo, U 21 STANDARD STATISTICS 38 Table 3 - Raw Data 38 Table 4 - Log (10) Transformed Data 67 PLATE I - Sample Location Map fol1owing 95
INTRODUCTION A mineral assessment study was undertaken by Barringer Resources, Inc., Golden, Colorado, on behalf of the Bureau of Land Management covering the Arkansas Canyon Planning Unit in south-central Colorado near Canon City. A total of 700 streamsediment samples were collected (Plate I) and subsequently analyzed by Barringer Resources. Sample Collection Stream-sediment samples were collected on major and minor streams within the survey area at an approximate sample density of 2 samples per square mile. Samples were collected from part of the active stream, an area of about 5 square meters, during September and October, 1980, by two field crews of geologists trained in geochemical sampling techniques. The samples were sieved at the sampling site to -30 mesh, placed in wet-strength paper bags and later air dried. Geochemical Analyses The geochemical analyses were performed in the Barringer Resources, Inc., Wheatridge, Colorado, and Toronto, Ontario, analytical facilities. Initial sample preparation included sieving the -30 mesh field samples to -80 mesh and weighing a .25-gram subsample for each analyses technique. Multielement analysis for specific elements: (Al, Ba, Be, Ca, Cd, Co, Cr, Cu, Fe, K, Mg, Mn, Na, Ni, P, Pb, Sr, Ti, V, Zn, and Th) were done by radio-frequency induction-coupled-plasma emission (ICP). This method entails sample digestion with three acids (5 ml HN0 3 + 3 ml HC10 4 + 3 ml HF) heated on a hot plate for 2 hours. The sample is then taken to dryness and brought up to
20 ml volumetrically with 0.58 N HC1. This solution is aspirated into the argon plasma stream and analyzed by emission spectrometry. The data is directly entered into a computer where matrix correction and quality control checks are made. Analyses of silver and molybdenum were done using a hot HC10- - HN0 3 digestion, which is then allowed to settle before analysis by atomic-adsorption spectroscopy using background correct ons. Uranium was analyzed f1uorimetrically after digestion. A 1 N HNOo digestion was used for these samples. This was taken to dryness, then brought up to 10 ml volume with HNO, mixed, and centrifuged. A 7.5 ml saturated 3 solution plus 3 ml ethyl acetate were then added and the mixture shaken for 2 minutes. A 0.5 ml aliquot of the ethyl acetate layer was then placed into 3 g of flux on a platinum dish, and fused at 650°C for 25 minutes. These were then cooled and placed in a dessicator before reading values against standards. In the tables following are the analytical results from this survey. Results for A1 2 0 3 , CaO, Fe 2 0 3 , MgO, TiO, MnO, NaO, K0, POC, and SIO are given in percent while all other results shown are in ppm. Included with these results can be found standard statistics for each element. Statistics have been calculated for both raw data and for Log (10) transformed data. Location coordinates are given in reference to the mercator coordinate system.
Stream-Sediment Analytical Results Tables 1 and 2
Sample Mercator Number Easting Coordinates Al O Northing 14*15 14*28 14*46 11*47 1 4 . 1. 6 12*96 1 4 , I !3 13,57 TABLE 1 STREAM SEDIMENT ANALYTICAL RESULTS CaO Fe 9°-a M9° Ti° Mn° 4,80 6,45 4,25 5,20 5,56 5,87 4,55 7,37 4,58 3,97 4,34 :i.8.36 1. 3 . 4 3 16*85 17,73 12*30 J.7*22. 1 'J .80 8,92 9,48 8,92 9 53 3*36 2,90 3,14 3 , 1 4 3. Til 3.8R 5,20 6*29 2,24 3*52 t~r 1,03 i ,71. 1 ,79 4,39 i,60 1,48 1,25 1,61 i ,82 1,71 :!. ,34 1 ,17 1,51. 1 ,32 1 ,05 1*98 1 ,52 2,18 1 ,99 2 , 27 1,19 ,73 1,69 ,94 2,79 1 ,14 1,53 ,22 ,17 ,19 ,32 ,19 ,20 ,20 19 ,20 ,20 ,25 ,20 ,20 ,14 ,25 ,21 ,25 ,24 28 ,19 ,25 ,21 ,20 ,29 ,16 ,20 ,18 ,.1.5 ,27 ,22 Na2° :i. ,90 2 , 1 7 2,68 2,86 2,34 3,46 2*99 3*00 3,13 2*41 3*09 3*31 2*59 2,47 2,31. 1,80 2,34 2,18 2,13 1 ,91 2.2!5 1,61 2,32 2,72 2 , 4 1. 2,40 2,37 1,52 1,11 2,55 1,49 1 ,75 1,97 1,97 3,52 1,61 .1 ,98 1,64 2,74 2,31 2,85 2,26 P 2°5 <56 ,31 ,45 ,89 ,39 ,42 ,18 ,8:1 ,60 1 ,83 3,13 :l ,32 1,88 :U 1 5 1*56 2,00 ,87 2,02. 2,42 , 36 2,14 1 ,75 1,75 1,26 1,78 1,58 1,62 ,00 ,00 *00 ,00 ,00 ,00 ,00 ,00 ,60 ,00 ,00 *50 *00 *00 *90 *00 *40 *40 ,00 ,20 ,00
Sample Mercator Number Easting 46941!) 4713!;il Coordinates Al 0 Northing 42:55432 13,33 12,03 14,04 13,53 13,10 13,33 12,78 13,18 11,69 13,41 10,71 9,40 12,79 13,02 11,20 10,69 14,07 13,41 13,00 CaO 4,03 4,66 6,53 3,74 4,75 4,42 5,32 6,24 5,02 5,48 5,93 7,37 6,69 5,30 4,78 4,80 3*84 F6 2°3 19*88 15,40 14,63 13,00 IS.CiS 13,73 9.3:5 9,63 &.51 MgO 2,09 3 , 2 8 3,83 3*05 3*53 Ti02 ,92 :i . 12 i *31 i.OO MnO *32 ,30 ,16 *21 ,24 . J.6 .J. 8 ,21 *17 Na2° 4*12 3*22 3*12 3,62 2,42 3 ,90 2,16 K2° 3,11 2,05 o 4 01 Aw A— JL P 2°5 ,29 ,26 ,10 ,30 3 ,07 ,43 ,35 ,32 ,29 ,35 ,40 ,28 ,29 ,24 ,29 ,24 ,98 ,08 ,48 ,21 ,16 , 5 !.i ,41 Si02 1 ,38 1,73 ,8,3 *65 1*34 ,41 2*04 ,56 3 *01 Ba B36.20 3 .177.00 657,50
Sample Number 0) Mercator Easting Coordinates Northing AIJX 15*18 12*73 13*74 13*14 14*02 14*74 15*07 14*03 14*73 14*31 6*31 12*46 14*90 14*35 12*26 15*02 13*95 13*47 13*93 8*52 14*34 14*36 12*86 13*39 12*37 12.H8 13*12 12*45 12*25 13*14 12*15 11*38 12*51 12*54 CaO 2*54 4*90 4*14 2*98 4*12 3*22 3*66 5*17 7*35 3*63 2*34 6*51 5*15 3*08 4*36 3*96 4*02 4*35 4*35 1*35 4*22 3*40 4*08 9*27 10*69 8*93 12*17 13*14 16*00 8*87 9*54 9*46 53*93 17*55 1.0*21 22*79 13*14 9*67 9*99 43*28 11*73 12*37 13*78 12*10 8*96 19*58 10*42 10*60 11 *70 14*53 MgO 2*85 2*35 3*08 3*65 2*70 3*63 4*19 4*25 2*63 3*01 3 *22 2*48 3*43 3*76 3*43 3*96 1*08 2*67 3*04 83 2*89 3*10 3*40 3*48 2*35 3*40 3*18 *74 4*19 3*56 3*64 3 *05 1*54 1*27 1*71 3*43 1*26 1*05 1*29 1*12 9*67 2*16 1*30 i *09 1*96 3*01 1 ,66 3 *44 1 *03 1*14 1*89 i *48 1*52 1*11 1*33 1 *32 1 *27 1*29 1*58 MnO *15 17 J. 6 *19 *19 *16 15 J.6 *46 *19 *.1.9 *13 *15 *26 *15 *28 *14 *14 *16 18 *20 IB *17 *19 *16 *21 *22 *21 Na 0 2*70 2*55 2*47 3*32 2*61 2*66 *85 3*04 2*87 2*1.3 2*48 3*45 3*10 2*26 3*23 2*94 2*28 3*21 2*84 3*39 3*62 2,99 3,66 2*68 K O 2*71 2*60 2*85 2*04 2*56 1*93 2*94 3*11 2*55 *85 2*79 3*12 2*73 1*99 2*71 2,91 1*33 2*54 2*55 2*23 2*14 2, 10 1 *93 2*24 2*99 2*21 1*19 2*33 1*99 P *30 *34 *26 *29 *27 *59 *33 *45 *36 *26 *26 *52 *41 *27 *41 *40 *31 *51 *28 *61 <22 *34 *38 *47 *99 *09 *15 *22 *21 *94 SiO2 2*23 *38 *42 <70 77 *85 2*20 3*02 3*05 1 *04 1 *08 *23 *27 *41 *53 *39 1*38 1*89 <75 *41 *27 *27 *16 *74 1 *26 *25 1*82 Ba 582*30 592*80 688*30 559*60 624*40 536*10 725*40 845*90 1022,00 765,40 840*40 721*30 289*50 662*20 757*40 866*00 748*50 686*80 744*40 754*50 628*10 721*60 598*50 387*90 638*60 767*50 588*50 721*70 579*50 552*80 533*90 841 *60 678*40 616,20 503*30 4 :i. 9 1 0 304*10 427*90 691*20 570*70 591*60
Sample Number Mercator Easting Coordinates Northing Al O 13*13 13*90 13*38 10*16 12*59 13*02 14*09 12*19 12*38 14*17 13*24 12*79 12*33 12*67 7,97 12*27 11*65 13*52 14*36 14*09 12*65 11 *97 12*37 10*11 11*07 9*05 13*50 1.2*07 13*13 12*64 11*31 8*89 14*24 13*06 13*52 11*83 13*78 13*46 11*73 12*46 CaO 3*30 2*67 3*30 3*45 6*47 3*31 3*26 5*23 3*10 4*23 3*39 6*12 6*06 4*45 4*21 4*93 5*46 3*76 4*77 7*56 5*72 5*75 6*34 6*45 6*60 6*40 7*34 4*69 4*39 3*17 6*31 8*62 8*34 4*59 5*33 4*96 5*14 5*67 6*27 Fe 0 11*02 6*67 7*12 31*14 13*84 6*43 8*39 16*76 8*39 9*63 10*31 13*37 45*07 15*66 19*33 13*28 12*53 5*59 14*08 20*28 .1.8*22 28*61 25*24 30*21 11 *64 14*14 9*99 20*58 8,63 32*15 7*32 10*24 9*84 12*29 9*87 9*84 11*35 11*96 MgO J *85 2*04 2*57 2*92 5*45 2*95 3*58 2*33 2*88 2*06 3*46 3*17 3*19 2*27 2*75 J.2 3*07 1*37 1*69 4*62 3*61 3*34 3*8B 5*87 4*19 4*10 2,73 2*78 1*45 3*77 4*01 4*25 4*20 4*15 3*46 3*98 3*96 6*86 6*18 1*66 *81 *92 2*17 1*59 *81 1*07 2*07 1 *24 *84 1*03 j *32 1*33 1*11 2*05 1*73 2*29 i 95 1*63 *81 1 *64 1*94 2*14 3*12 2*93 2*23 .1*36 1*52 1*16 1*04 3*17 1*08 6*66 *94 1*00 1*01 1*20 1 *15 1*07 1 *12 1*34 MnO *25 *14 *23 *14 .1.7 1 3 *18 17 *19 *23 *20 *:-V5 *20 *10 *23 *24 *24 *29 *24 *20 25 *21 15 *26 *12 *20 19 *17 *23 21 Na 0 3*58 3*39 2*99 2*09 2*70 2*98 2*86 3*02 2*38 3*35 3*15 2*91 2*75 1 38 2*89 2*48 14 3*78 3*14 2*66 2*86 2*77 1 *91 1 *99 1*62 3*08 3*44 2*73 2*93 2*.t9 1 *10 2,86 2*34 3*15 2*30 3*36 3*00 2*33 2*67 K O 3*00 3*23 2*83 1*76 1*85 2*76 3*29 2*58 2*69 2*30 2*33 2*41 2*03 2*41 2*56 2*85 2*06 1*39 2*28 2*29 2*37 2*64 2*03 1*53 ,76 :l *57 2*25 2*08 2*04 2*48 2*29 1*91 2*03 P O 32 *24 *24 *27 *62 *16 *40 *69 *23 *38 *26 45 *48 *38 *47 *42 *70 *72 *44 *23 *84 *28 *52 *83 1 *10 *89 *59 1*00 *32 *28 *36 *30 1 *77 *71 *25 *21 *46 *46 *21 *42 *47 Sicr2 1*23 1 *55 2*38 1*50 2*10 2*20 *60 *69 *47 1*09 1*93 32 1*70 1*64 1*58 1*56 1*79 *66 1 *68 *64 2*1.1 1 *68 1 *58 2*03 3*31 *94 1 *14 2*99 *53 1*63 3*22 3*91 3*10 2*96 Ba 733*60 678*30 953*40 600*70 677*80 721*60 742*10 384*70 638*70 602*40 372*00 650*80 573*40 719*40 928*60 827*10 541*10 547*30 498*30 596*80 675*30 763*90 657*40 657*00 598*00 401*50 272*10 498*00 539*70 521*90 585*20 712*50 544*40 449*20 517*70
Sample Mercator Number Easting
Coordinates Northing A12°3 10*70 12*58 14*12 CaO 4*73 5*62 4*63 9*21 8*69 Fe2°3 MgO 7.S6 3*06 3*73 5*85 TiO2 :l .20 MnO . J.6 .3 :i . J.5 ,37 . J.4 19 Na 0 2*12 :i *88 2*11 3*24 2*43 3*14 2*58 17 3*58 2*27 2*38 2*71 2*25 2*23 P 2°5 *18 *25 21 SiO2 3*47 2*68 1*48 2*39 *21 90 *95 2*82 2*06 2*03 1*09 80 84 *61 4*27 37 07 17 50 1*15 1*53 3 *24 1*01 *63 1*75 Ba 823*90 787*70 602*80 621*90 617*60 571*70 733*60 611*70 323*00 388*40 312*00 402*10 599*80 595*50 473*70 426*10 503*00 615*80 795*60 664*10 687*50 603*30 1843*00 556*70 555*70 626*20 759*00 662*30 314*40 566*30 522*80 463*60 491*80
Sample Number Mercator Easting Coordinates Northing 424817A Al 0 12*43 12,86 CaO 5*42 3,97 7*26 3,88 4,22 6*25 7,88 4,89 5,90 4*06 7,40 3,42. 5*78 2,72 4,03 4*30 Fe 0 9*14 8*87 3.1*13 2.1*98 6*46 6,28 8,65 12,16 6,53 MgO 3*06 3*11 2*87 3*66 3*49 3,32 3*44 3*80 2*02 11,08 2,08 3 ,88 3*26 6,15 2*31 3*43 2,49 7*92 2,68 3,49 2,43 83 2,40 2*06 2*36 1,74 2 , 24 2*78 3,14 2*47 3,60 2*70 2*95 3*07 3*30 1,80
1 . T. 3 l.'Jl MnO 15 *17 22 *17 -*23 *12 17 ,12 ,31 ,19 , 16 ,13 ,3.7 ,20 ,12 *17 ,13 ,20 ,1.3 ,25 ,11 ,13 Na 0 2*52 2,91 2,95 2,78 1*88 .1 ,72 2*07 2,39 2*03 K 0 1*37 2*00 2*03 1,85 2*74 2*14 ,86 3*17 2,14 1,64 1,97 2*38 1,90 2*22 2*31 1 *99 2, 16 2,01 2,49 3 ,81 2*47 2,55 2,64 1,76 2,70 P O *32 ,23 ,38 ,24 *36 *13 ,15 ,24 ,24 ,19 ,20 ,2:1 ,22 ,18 ,58 SiO2 ,97 *55 2,48 *52 5*89 3*19 5*66 5*88 2,44 2,18 2,80 1*93 .t .93 2,65 1,13 2,65 1*43 2,08 1*75 1,71 2,36 1*69 2,35 3*04 2*33 Ba 557*80 683*00 479*10 615,80 465,80 461,20 448,80 478,00 413*90 1087*00 816*70 328*40 854,40 2720,00 3653*00 2352*00 2714,00 1327*00 1267,00 1272*00 1196*00 1351*00 3375*00 793*90 1420,00 909*20 1213,00 1089*00 1061*00 1449*00 1400*00 1523,00 1320*00
Sample Number Mercator Easting Coordinates Northing Al O 13,09 13,49 12,89 11,03 10,24 13,33 8,73 12,84 10,31 11 ,68 12,09 13,48 12,60 14,45 13,00 13,79 12,16 13,54 12,86 14,59 11,82 11,16 13,09 4,23 9,94 4,47 15,80 13 + 93 13,23 13,26 14,04 13,76 14,08 CaO 4,02 2,80 9,02 11,65 10,11 5,54 3,98 4,54 3,78 3,81 7,16 3,77 5,51 4,47 6,70 5,23 6,64 3,56 1,00 5,30 1,00 2,25 2,32 3,57 3,37 3,47 3,33 4,26 2,85 2,35 2,14 3,07 Fe 0 11,56 10,39 8,34 8,32 12,80 9,21 38,14 13 ,03 28,11 12,16 18,66 15,33 8,90 27,98 24,38 10,25 8,47 11,00 14,43 10,82 5,95 1.2,38 7,24 5,73 7,29 9,13 5,25 7,11 5,57 5,45 MgO 2,78 3,69 2,66 2,96 3 , 29 5,06 5,05 1,73 1,95 2,77 2,78 2,46 3,29 3,27 3,46 3,42 2,73 3,07 2,45 2,39 1 ,91 ,48 2,28 2,48 2,70 2,47 2,32 2,89 2,60 2,00 2,01 1,97 2,09 1,79
1,36 1,30 1,14 1,21 1,97 3 ,21 3,67 1,24 3,92 1,81 1,00 2,60 2,19 1,17 3 ,01 1,42 2,60 1,60 2,10 1,25 3 ,26 3,51 3 ,07 ,22 1,25 ,36 ,69 ,99 1,96 ,96 ,69 1,09 1,10 ,95 ,66 ,77 i,07 MnO ,20 ,16 ,13 ,14 ,17 ,16 ,29 , y 3 ,22 ,14 ,1.9 ,28 22 ,27 ,27 ,44 .2 A ,09 ,14 ,03 , J.3 ,15 ,19 ,12 ,11 ,14 ,19 ,11 ,14 13 ,12 ,13 Na2° 2,28 2,44 2,17 2,32 1,70 2,81 3 ,71 2,61 2,26 2,57 2,64 2,39 3,00 1,56 1,69 2,04 2,15 2,62 2,70 2,80 2,92 3,18 2,45 2,15 2,56 ,05 1,64 ,58 2,34 2*83 3,37 3,32 3,59 3,29 2,86 3,11 2,79 2,84 2,44 2,55 3,16 K 0 2,21 2,50 3 ,53 1,27 1,11 2,28 1,60 2,49 2,02 2*24 2*09 1*85 2,29 ,94 2,39 i ,13 2,64 2,76 2,03 2,41 2 , 29 2,44 2,35 2,38 2,70 2,73 2,67 3,09 1,81 P2°5 3 ,12 ,38 ,58 ,66 ,35 ,'Jl ,46 ,75 ,52 ,33 ,55 ,21 ,24 ,20 ,32 ,22 <24 ,25 ,36 ,28 ,18 ,15 ,30 ,10 ,17 ,19 ,34 ,25 ,15 ,26 ,27 ,18 ,19 ,17 ,14 ,15 ,22
2,54 2,56 4,59 2,12 2,75 i,66 2,89 3,85 2,36 2,64 2,54 2,81 2,34 3,04 4,38 2,37 2,36 3,18 2,25 1,66 2,88 1,79 2,38 2,43 ,37 1,04 ,46 2,08 2,00 2,11 2,59 1 ,31 3,45 2,10 1,59 2,16 2,04 2,13 2,21 2,43 Ba 1343,00 1248+00 1846,00 1259,00 1323,00 1398,00 1135,00 1248,00 223,10 1661,00 515,10 1290,00 1325,00 1345,00 1583,00 1096,00 1720,00 1252,00 1126,00 1380,00 1355,00 1284,00
Sample Number Mercator Easting 4709,35 Coordinates Northing A12°3 CaO Fe O 19,15 MgO Tl°2 MnO .If* M6 15 . J.8 Na O K 0 2*77 2*23 2,85 P O . "55 SiO 2
Sample Number fo Mercator Easting Coordinates Northing A12°3
-J 12*05 12*41 13*49 13*67 12,41 13*76 11*07 13*07 3.3*54 12*14 10*88 12*92 30*85 13*85 10*47 12*69 10*46 12*21 13*75 12*61 CaO >83 3 , 50 Fe2°3 c- -J 10,62 8,84 MgO 2,08 1,80 2,03 Ti°2 1*46 2*59 3 *20 1*31 2*12 1*16 *47 1*41 3 *41 *96 2*07 *91 1,70 1*74 2,39 i. *04 3 *07 ,92 1,28 3 ,26 MnO ,09 ",15 ,16 ,15 ,34 ,24 11 ,17 Na2° 1,59 1,99 2,39 3,03 2,81 3 ,54 1,71 K 0 1,93 2,54 2,36 2,00 2,53 2,81 2,68 2,80 1,84 2,18 P2°5 ,32 *28 *22 *10 *32 *56 *22 *28 *24 *52 *30 *16 *68 *26 *14 *16 ,18 *19 Si°2 1,89 2,04 2,66 ?.56 , 65 1,40 2,20 ,86 Ba 1363*00 1541*00 1124*00 1527*00 1371*00 1257*00 1330*00 1128*00 1465*00 1497*00 920*80 1605*00 1631*00 1284*00 1231*00 1026*00 1373*00 1623*00 921*20 939*30 1163*00 1365*00 3416*00 1265*00 823*90 718*50 1089*00 1569*00 998*80 2094*00 1398*00 3351*00 743*90 1039*00 1080*00 1064*00 2493*00
Sample Mercator Number Easting w Coordinates Northing j 10*04 11*60 CaO MgO
2,44 ,76 MnO <26 ".43 <24 Na 0 2*78 v n K2° 2,85 .3? Sicr2 Ba
Sample Mercator Number Easting Coordinates A1O_, Northing 424926:5 £ j CaO Fe 0 MgO TiCK2 :l .63 MnO 15 ,14 . J.8 ,20 Na2° 2,20 K O 2,87 2,83 p o SiO2 Ba
Sample Mercator Number Easting Coordinates Al O Northing CaO F62°3 8.!56 MgO TiO MnO ,27 18 <20 -. J.8 . J.8 ,1!3 Na2° 3.!55 2,97 K 0 2,50 2,76 2,96 3,09 3,00 2,88 2*58 2*47 3*10 2,45 2,51 2,65 P2°5 SiO Ba 1232*00
Sample Mercator Number Easting
Coordinates Northing 424973?. A12°3 13,45 13,03 CaO 4*54 2,72 2*30 3*51 2*93 4*61 3 *35 4*03 3,85 Fe2°3
-J 15*66 8*86 9*97 MgO 2*78 2*15 Ti02 1*61 1*40 2*39 1*05 :?.30 MnO *15 . J.3 *17 *12 *19 . J.9 *21 .2? Na2° 1 . /B 2*41 2*57 2*16 1*89 2*17 2*17 2*16 2*29 3*90 3*09 K2° 2*50 2*65 2*25 2*16 2*99 2*47 P 2°5 *18 *79 ,29 *23 Si0 2 2*23 2*40 1*42 Ba 606*80 545*50 554*60 1000*00 1161*00 1223*00 1423*00
Sample Number Mercator Easting Coordinates Northing Al 0 14*84 CaO 2*12 Fe O 13*35 MgO 3,51 2*36 Ti0 2 *81 1*43 MnO ".24 Na2° 1.B9 V Pi K2° 2,82 P SiO2 Ba 1301*00
Sample Mercator Number Easting Coordinates Northing j 13*64 1.1*75 CaO Fe O MgO 2*14
:i .41 <99 MnO <24 .1? .IT. Na O K2 P 0 SiO 2 Ba
Sample Mercator Number Easting Coordinates Al O Northing CaO 3,97 Fe2°3 8,31 6,04 5,69 MgO 2,48 2,29 Ti0 2 ,76 .Bl 1 ,14 MnO 11 ,18 13 ,19 Na2° 2,28 2,64 2. ."56 K2° 2,20 1,82 2,55 3, 19 P 2°5 ,26 ,23 16 sio2 Ba 525,10 717,20
Sample Me re at or Number Easting Coordinates Al O Northing 13*62 14*29 14*56 12*25 13*80 14*73 14*99 13*70 13*16 14*06 13*75 15*47 13*06 14*11 14*68 15*07 13*60 13*35 14*25 12*25 13*45 12*02 15*06 14*87 10*85 12*73 12*39 12*26 12*19 12*26 13*96 13*50 13*79 13*37 14*38 14*06 13*92 14*18 14*06 7*99 CaO 3*38 3*09 1*91 3*24 2*91 2*31 4*79 3*48 2*60 4*59 3*54 3*98 2*37 2*54 3*07 2*00 2*40 3*74 3*21 5*96 4*43 1*21 1*40 5*80 6*06 2*53 1*8& 3*58 1*70 2*27 3*34 3*22 4*50 4*77 4*16 5*66 5*08 4*17 2*75 F6 2°3
8*93 11*23 5*56 7*23 4*75 5*08 9*26 7*73 7*81 8*54 10*52 8*00 7*24 7*28 8*96 6*04 5*82 7*87 5*76 12*58 5*93 9*56 6*01 5*47 5*93 23*56 11*75 4*46 6*26 3*71 6*33 6*98 6*40 9*43 10*40 9*05 8*09 7*80 9*72 8*61 8*77 MgO 2*15 2*22 1*67 1*54 1*26 1*50 2*95 1 *61 1*55 2*50 2*48 2*49 1*76 2*00 2*10 1 *53 2*31 2*23 2*61 3*66 1*95 2*75 2*37 1*74 1*21 2*56 3*16 1*40 1 *01 3*04 1*22 2*95 1*93 1*50 3*77 3*81 3*99 3*32 2*51 3*37 3*70 1 *90 Ti°2 1*27 1*30 *72 1 *35 *75 *67 1*31 1*1.3 1*16 1 *14 1*40 *91 *93 1 *01 *90 *69 *69 *78 *72 1*55 *77 1*10 *53 *67 3*62 2*84 *67 *57 *58 *58 *69 *79 *93 *97 1 *18 *92 97 *91 1*23 *98 *99 MnO *15 *14 *07 *13 *09 *09 *14 12 *13 *17 2 3 14 15 *12 *12 *13 J.9 *10 J.6 *14 12 *10 *21 J.3 *10 1 1 *08 *12 J.7 13 17 *18 *16 *15 *14 *19 *19 *16 Na 2° 1*93 1 *77 1*90 2*09 2*32 2*25 2*64 2*30 2*19 2*03 2*12 2*3? 2*R7 3*14 3*48 3*64 2*61 2*14 2*79 2*71 3*27 2*97 2*47 3*12 3*23 1 *96 2*46 2*11 2*28 1*1.5 2*27 1*46 3*16 3*29 3 05 3*02 3*37 3*08 2*40 3*18 2*21 1*64 K 0 2*93 2*64 3*29 3*11 3*44 3*37 3*15 3*28 2*89 3*11 2*33 3*43 3*87 3*75 4*27 3*38 3*59 2*03 3*03 2*84 4*31 4*32 2*35 2*84 4*35 3*00 2*90 3*81 3*25 2*52 3*3.1 2*18 2*27 2*20 2*59 2*64 2*38 1*16 P2°5
-*J *22 *22 *13 *18 14 *13 *34 *18 *19 *30 *27 *10 *26 *34 *31 *19 *14 22 *20 *18 *19 *30 *19 *17 *12 *81 *88 *06 *10 *06 *10 *17 *18 18 *16 *13 *18 *19 *15 *18 05 SiO 96 *48 *90 *43 *63 *69 *48 *34 *39 *40 *75 1*32 *57 *73 *58 *80 *42 *65 *65 *33 *36 41 *93 *89 *18 *48 *64 32 *53 *41 *38 *39 *97 *49 *44 1*27 1*23 *82 1*07 1*34 Ba 752*20 775*70 704*80 864*50 812*90 686*40 989*40 851*80 835*20 897*20 643*20 500*00 644*20 628*50 622*60 630*00 732*00 626*70 627*40 373*60 731*90 624*30 551*90 645*00 595*40 687*10 1003*00 737*10 629*90 657*40 693*00 724*00 475*20 616*70 469*50 458*50 450*30 529*00 517*50 417*10 405*90 270*60
TABLE 2 STREAM SEDIMENT ANALYTICAL RESULTS Sample Number Be 2*93 2*67 2*73 2*90 2*32 2*42 2*40 2*88 3*07 3*0-3 3*64 4*04 2*20 2*08 1*92 1*42 2*13 1*87 2*27 2,24 5*94 1*85 2*41 2*28 2*02 1*99 2*20 2*04 8*19 Cd 11*4 15*8 15*3 16*0 14*5 9*8 86 27*5 7*5 Cr 205*2 147*1 121*7 126*7 324*3 126*7 192,6 163*2 176*7 150*7 211*5 235*9 899*4 265*6 230*4 252*8 263*0 27*6 270*4 367*2 157*3 130*15 148*0 53*9 131*5 Co 27. !5 48*0 43*2 33*1 34*7 31*1 44*0 48*9 68*6 30*0 81*8 40*0 44*0 62,8 52*9 31 2 24*7 46*3 40*8 27*0 25*2 40,2 24*9 Cu 55*4 33*9 29,1 26*4 37*5 36*9 34,4 33*1 42*0 22*7 57*8 75*4 75*5 50*8 35*0 50*3 54*7 67*2 65*8 49*7 47,8 30*9 31,2 35*1 39*0 25*3 3 1 7 27*4 46,5 17*7 Ni 46*7 71*1 53*5 72*2 84*0 108*7 436*8 57*4 127*5 99*6 24*1 164*8 99*5 83*8 61*6 48*6 32*0 67*5 60*!5 46*2 49*2 Pb
:>o
Sr 249*3 241*6 340*7 270*3 266*3 241*6 286*2 274,0 260*8 330*2 219*5 289*9 280,4 259*7 368*2 211*6 241*0 329*0 3153*0 304*8 388,7 225,0 308*1 245,2 376*8 228,6 193*1 Th 40*8 17,7 28,6 21 ,0 20,0 23,2 18,5 13,3 17,2 17,9 25,5 14,9 99,0 16,9 36,7 20,8 18,8 20,0 129,6 275,6 167,8 170,9 250,0 206*2 172,1 188,2 264,7 193,5 230,3 309,5 193,6 188,1 173,5 237,0 229 , 2 154,0 394,9 247,1 372,4 381 ,8 124,4 146,8 218,5 252,4 212,5 172,8 142,5 104,1 141*6 Zn 150,7 150,8 134,8 141 ,1 164,9 123,2 128,9 127,7 140,3 149,2 114,8 92,6 148,6 112,9 127,5 133,9 135,8 105, 1 84,0 12.4,8 101 ,2 159,9 1 1 3 , 5 127,3 139,8 141,2 101 ,3 1.35,3 182,6 Zr 166,8 145,4 124,8 157,6 135,7 447,1 140,5 122,6 151,9 91,9 120,2 1 1 3 , 7 87,6 253,4 89,2 128,6 115,6 129,2 117,7 99,4 156,5 131,1 88,6 166,2 108,8 134,1 86,1 119,6 89,4 354,2 3005,0 Ag ,4
,4 ,6 ,4 ,4 ,6 ,4 ,6 ,4 ,4 ,6 ,6 ,4 ,6 ,6 ,4 ,4 ,6 ,6 ,4 ,6 Mo 5, 5, 6, 4, 3, 4, 4, 3, 5, 5, 4, 3, 3, 4, 4, 4, 5, 4, 5,
12, 6, u ,5 ,6 ,4 ,5 ,7 ,6 ,4 ,2 ,6 ,5 ,6 ,6 ,7 ,2 ,3 ,5 ,4 ,5 ,4 1 ,1 ,9 ,4 1,4 ,6 ,9 ,6 ,7 ,8 ,5 ,7 ,4 ,5 ,7 ,5 ,3 ,7 ,5 1,8
Be 3*08 2*60 2*21 2,52 2,28 2,60 2,44 2 , 7.5 2,23 2*49 2*05 Cd Cr 28*0 69*1 296*6 179*1 4*4
86*8 35*7 211,0 199,9 135,7 38*1 100*9 100*7 296*8 218*3 147*8 126*. 5 148*5 143*6 133*9 156*7 119*0 173*3 140*4 133*1 173*8 87*5 82*8 20*6 78*7 H3*0 131*2 101*9 80*3 160*6 127*0 114*3 77*8 105*4 103*2 Co 15*8 29*7 53*5 29*0 24*7 26*3 14*0 9*2 43*5 38*4 ,39*. '5 16*3 31 36*9 70*2 30*3 43*0 30*8 27*1. 40*5 40*4 28*1 41*2 41*2 38*3 49*3 33*1 54*1 13*4 29*8 27*8 40*3 32,7 30*3 39*8 Cu J.6.0 16*9 48*1 24,5 34,0 12, 1 33,7 22,1 20,9 39,0 35,9 Ni 14*0 10!5*1 52*5 32*5 52,5 61,2 48,7 68,4 55*8 44,8 54,9 36,4 48,0 13,3 33,0 30,8 36,4 45,5 43,7 81*1 55*6 49*0 49*6 54,9 43,8 Pb
J.O !j Sr 149*7 256*3 248*9 326*1 147*3 168*1 317*2 186*8 204*2 268*5 303*3 148*2 306,5 330*7 2-58,7 204,9 336,4 275*9 356,2 298,6 319,0 319,2 357,7 323,4 261,7 247,0 231,7 283,8 300,3 Th 121*4 63*6 15,7 58,5 3:2,1 23,5 70,9 62,8 144,4 353,6 108*2 45,3 51,4 114,4 186,8 126*3 221*7 774*1 159*1 249*4 154*7 126*2 151*5 203*1 144*9 199*1 234*3 222*4 282*3 130*8 Zn 159*2 174*4 146*5 106*9 67*3 184*1 Zr 597*9 254*2 144*0 296*2 518*6 1400*0 725*0 1724*0 677*6 152*3 82*9 427*0 108*6 92*6 153*3 103*6 84*5 150*2 73*6 101*6 84*7 121*4 99*8 101*6 158*2 164*2 175*9 135*9 203*2 92*4 178*7 139*5 134*3 181*6 Ag
,6
Mo
u 1*6 1*7
Sample Number , 102 Be 2,10 1,95 3,29 2,31 2,28 2,04 2,03 2,60 2,43 2,31 2,94 2 , 29 2,95 2,37 2,1:3 2,35 18 1,61 2,35 2,23 2,17 2,18 1,91 2,19 2,06 2,18 3,49 2,2.2 5,18 6,11 1 ,72 2,60 Cd 8,3 11,6 11,8 9,0 Cr 83,9 100,5 130,3 117,6 72,6 83,1 126,8 97,1 13,4 251. ,4 172,0 67,5 Co 25,5 29,0 24,2 13,9 8,2 83,4 15,1 13,6 11,2 22 , 8 39,5 11,5 11,9 40,2 38,6 25,9 30,3 3 1 , 3 44,2 28,8 40,0 30, 1 26,0 24,3 13,0 40,3 30,8 28,7 22,0 14,8 3,7
Cu 37,4 61 ,5 61,9 35,1 43,7 3,4 12,7 28,5 12,9 44,6 75,7 37,6 15,2 19,9 44 ,1 23,5 38,2 36,9 39,2 100,6 Ni 51,2 42,2 76,6 73,1 71,1 61,1 75,4 38,6 47,4 75,6 54,9 53,6 77,2 64,2 20,3 86,6 52,0 46,4 52,0 51 ,9 56,7 52,0 46,4 45,6 42,8 13,8 94,7 63,4 64,5 42,5 23*1 Pb
3!5 Sr 295,4 275,6 281,1 172,3 433,6 190,7 375,8 317,3 360,2 257,0 238*1 277,3 173,1 148,3 256,8 276,3 290,4 303,7 320,4 318,2 223,1 Th 40,4 20,2 42,5 35,2 20,6 23,6 10,7 32,7 23,6 113,9 47,4 11,3 12,0 18,0 26,7 .19,9 88,3 78,9 66,3 5 :i. , 7 28,2 49,7 16,5 6?. 6 22,0 18,3 5:i ,0 133,9 220,4 197,6 134,5 142,5 152,4 131,2 265,9 137,6 204,5 155,5 61,7 647,7 132,5 103,1 263,7 171 ,7 228,3 217,6 271,7 134,6 205,1 297,7 251,6 233,8 130,2 112,7 612,0 Zn 276,6 189*3 143,4 144,8 172,2 178,7 246,3 119,9 111,9 166,5 144,2 157,6 175,5 167,0 95,4 116,3 114,9 152,6 160,8 133,8 138,1 115,5 123,5 149,9 144,1 139,1 230,5 137,7 133,7 116,5 145,3 127,9 83,7 144,5 Zr 152,0 122,2 216,5 142,6 127,1 163,7 274,7 173,3 142,5 164,3 445,6 133,2 89,5 198,5 139,3 139,6 103,4 169,7 187,0 65,4 523,5 Ag ,6 ,6 ,6 ,6
,6 ,6 ,6 ,4 ,4 ,4 ,4 ,4 ,4 ,4 ,4 ,4 ,2 ,4 ,4 ,6 ,4 ,2 ,2 t 2 ,2 ,2 . 2 ,2 <,2 , 2 ,2 , 2 , 2 , 2 <,2 <,2 Mo 4, 5, 4, 5, 6, 6, 5, 4, 5, 4, 6, 4, 5, 5, 5, 5, 4, 4, 4, 5, 5, 4, 4, 10, 5, 6, 4, 4, 4, 5, 5, 8, 8, 4, U ,5 ,7 ,4 ,7 1,0 ,4 ,8 ,7 ,9 ,5 ,7 ,4 ,6 ,4 ,5 ,3 ,8 ,6 ,7 ,8 ,5 ,4 ,5 ,7 ,4 ,9 ,4
Sample Number Be ) 143 1,72 2*13 2*22. 2*23 2*57 2*25 2*14 2*38 1*89 2*23 2*38 2*19 Cd Cr 158*5 166*6 98*3 165*1 212*1 103*7 107,7 66*3 67*5 42*1 104*7 139*1 149,3 174,4 277*5 278*0 124*1 92,5 77*2 6 4 15 85*0 ISO* 2 192*1 166*9 160*5 Co 40*2 93*2 21*1 32*2 Cu 44*5 23*4 46*8 3f-.2 30*0 26*0 24,3 31*4 37 1 31*5 33*5 42*1 57*0 38*5 40*3 63*8 56*2 35*4 47*2 40*4 37*2 47*8 47*4 72*8 Ni 66*5 76*7 58*9 49*7 39*8 55 6 55*6 55*9 31*7 65*7 68*3 61*8 71*4 87*8 70*4 68*7 82*3 121*9 67*8 Pb ITi
If. Sr 313*8 335*6 365*7 309*5 402*6 178*2 303*2 261*5 321*8 502*1 406*5 407*9 282*1 307*4 342*6 369*4 384*2 269*4 3?.5*9 295*7 536*9 199*9 247*5 281*1 296*5 2.38*9 295*8 317*1 Th 21*4 22*3 27,1 24,9 9,4 22,0 22,7 26,6 95*7 133*1 169*2 258*8 213*1 100*6 346*4 490*1 460*9 195*6 217*6 160*9 361*3 723*1 138*0 172*2 173*0 166*2 175*9 191*2 247*0 Zn 96*8 81*0 71*7 97*6 141*0 134*0 160*4 134*0 73,5 120*3 136*5 119*3 137*5 168*0 147,6 180,0 173*2 Zr 101*7 117*9 134,2 100*4 111*0 110*9 433*3 122*7 133*1 168*0 239*5 179*8 179*1 68*1 100*2 139*6 182*3 106*1 142*5 Ag
2
,2
5,
5,
u
Sample Number j 184 "185 Be 2*25 2*46 2*57 2 12 2 ,26 1*83 Cd Cr lT-i9.2 169.?. Co 45*2 34 ,1. 63,3 1 1 , 5 20,1 34*0 Cu 44 ,3 101*6 44,8 25*1 29,9 27,1 Ni Pb J.5
J.5 :io Sr 2R7.0 244,8 132,9 Th 30*2 20,6 20*5 Zn 106*3 158*9 146*2 134*8 152*2 148*6 170*5 Zr 140*0 65*1 81*8 198*8 Ag
, 2 . 2 <.2 . 2 . 2 <.2 . 2 . 2 <.2 <.2 . 2 2 . 2 <.2 . 2 x . j£
u .2 .2 .2 .2 .2 .2 .2
Sample Number Be 1,49 2*32 1*81 1 ,99 2,06 1,75 1,43 1 ,94 2,22 1,68 2,09 2,63 1,94 1 ,89 1,96 2,79 2 , 29 2,45 2 42 2,75 1,90 2,52 Cd Cr 95,1 94,8 118,5 417,2 44,4 26,2 138,3 42 , 2 62, 1 199,1 72,6 68,3 77,8 54*8 56*2 67*6 91 51*9 57,4 54,4 77,9 82,3 184,2 261,2 322,6 104,5 Co 16,7 65,9 23*2 23*1 37*5 22*0 39*6 75*7 18*6 29 , 2 38*0 42*2 35,5 49*1 28,7 49,8 27,9 37*1 21*2 53*8 28*8 23,4 41,6 49,7 25 , 4 29,6 28,1 55*0 26,8 40,6 34,5 37*7 49,6 52,4 64,8 43,3 Cu 40,2 21,1 38,6 26,6 26,7 28,5 43,9 15,5 53,4 94,2 17,6 25,5 29,2 21,4 48,7 37,1 43,3 20,8 16,5 16,3 49,4 27,0 28,6 38,0 27,2 53 ,4 31,0 39,7 21,5 25,0 25,2 40,3 654,8 90,8 Ni 70,5 40,1 38,6 183,0 23,8 22,0 30,6 40,8 29,4 73,2 33 ,5 44,3 28,8 38,4 33,3 32,1 25,7 46,6 29,7 52,8 28,5 21,8 33,3 38,2 35,4 40,0 117,3 132,8 135,8 56,2 Pb J.5 Sr 229 , 9 224,4 375,1 235,3 259,6 253,5 234,2 216*1 237,6 213,3 191,9 315,4 328*4 327*5 Th 18,3 32,6 39,4 64,6 35,4 12,9 22,1 38,8 18*3 30,7 15,6 28,8 35,8 39,4 24*9 29,4 59,1 23,3 29,8 39,4 30,4 29,1 28,6 30,6 42,3 49,3 31 ,6 29,5 104,4 501,5 193,8 206,1 128,3 384,8 176,0 138,7 158,6 207,6 180,6 189,3 111 ,2 282,9 117,5 432,9 201,3 175,8 154,1 98,1 104,0 136,1 202,7 91,6 215,8 92,4 101,7 191,4 164,5 157,1 172,1 322,2 155,5 Zn 160,7 181,3 173,3 158,8 159,8 106,5 173,6 144,1 126,4 125,4 84,8 114,8 96,0 132,5 156,5 130,0 145,7 138,1 193,6 135,7 115,4 156,7 157,7 143,4 233,0 114,6 Zr 90,7 227,5 128,4 203,0 142,4 122,4 150,2 82,4 125,9 212,7 101,1. 111,6 143,8 147,7 105,8 93,5 98,9 148,6 173,9 163,6 158,1 128,6 151,4 148,1 142,4 135,5 138,2 169, 1 128,6 118,6 111,0 125,5 137,2 158,3 170,0 109,7 120,3 124,4 108,9 Ag ,2 . 2
<,2 <,2 <,2 , 2 , 2 <,2 , 2 <,2 <,2 , 2 , 2 <,2 <,2 , 2 , 2 <,2 ,2 <,2 , 2 , 2 , 2 <,2 , 2 , 2 , 2 ,2 <,2 <,2 , 2 , 2 , 2 o , 2 , 2 ,2 ,2 <,2 <,2 Mo 5, 6, 6, 5, 5, 5, 10, 4, 5, 5, 5, 5, 5, 7, 4, 4, 5, 4, 4, 5, 5, 7, 5, 0, 3, 5, 5, 5, 4, 4,
5, 6, 5, 5, 4, 5, 5, 5, 5, 5, 5, U ,8 ,5 ,2 ,3 ,3 .2 ,3 ,6 ,7 ,2 ,2 ,5 ,6 ,7 ,4 ,2 ,2 ,2 , 2 1,0 .2 6,0 , 2 ,2 1,1 ,4 ,2 ,7 ,2 ,3 ,2 ,2 ,2 ,3 ,4 ,9 ,2 ,2 ,6
Sample Number j 269 Be 2,84 2*38 Cd Cr 1 J. 1 . 1 Co 40,6 Cu 26,4 14,1 Ni 33. t Pb J.3 Sr 244,8 242,8 Th 2B.2 28. t Zn Zr 332.? Ag <.2 <.2 . 2 . 2 2 . 2
<.2 . 2 . 2 . 2 . 2 . 2 . 2 2 . 2 . 2 <.2 . 2 . 2 .2 <.2 . 2 .2 .2 <.2 <.2 2 .2 . 2 . 2 . 2 .2 . 2 .2 .2 . 2 2
Mo
U .2 .2 .2
Sample Number Be 2,65 48 1,32 2 62 Cd Cr 95,2 122*1 55*2 Co 37*6 22,2 19,1 27,9 45,5 ?.6.1 14,5 Cu 59*5 22 5 29,6 Ni 49*4 88,7 76*4 29*4 27,9 Pb JL5 Sr 282*9 206*4 253,1 219,1 270,9 285,9 317,0 Th 31 31*7 26,2 23, !5 33>:.=l 2tt.6 I™* A 5 4 . o 82*2 94*7 50,4 148,8 53,0 91,2 168,9 156,1 164,9 281,6 Zn 201,4 49,2 190,2 Zr 133,0 153*9 103,7 151,0 237,9 Ag . 2 <.2 <.2 . 2 <.2 . 2 . 2 . 2 . 2 <.2 <.2 <.2 . 2 . 2 . 2 <.2 <.2 . 2 o . 2 . 2 <.2 <.2 . 2 . 2 . 2 . 2 <.2 . 2 2 . 2 . 2 . 2 <.2 . 2 . 2 2 . 2 . 2 <.2 <.2 <.2 Mo 4, u .2 . 2 .2 ,2 ,2 ,3 ,5 ,2
Sample Number ,352 Be 2*48 2,29 2,03 2*26 1,34 1*96 1*98 2 27 2*07 99 1*81 1*85 2,06 2,09 1,91 1,84 Cd Cr 77*1 49,2 44,5 191*2 110* 5 110*5 78,6 145,6 108*4 146*4 94*5 34*1 51*9 72*9 40,3 43*5 78,3 16,8 18*3 53*9 59*9 204*6 286*8 Co 34*2 23*0 52*6 50,4 10*3 28*7 23*6 19,8 19*7 17,8 45,5 Cu 25*7 28*0 3*8 2 1 3 16*2 23*7 19*4 30*2 29*7 33*3 36*5 12*5 45*1 32*7 Ni 39*0 42*5 Pb 3?5 Sr 359,2 237,0 21.4*2 258*7 179,7 194,4 201,0 243,3 180,7 161*0 184*0 183,9 799,4 454,4 205,4 223,6 Th 59,2 114,8 20,8 29,0 98,6 40,5 133,8 14*0 22*2 25*0 29,2 26*1 172*4 205*5 113*7 124,0 Zn 99,8 143*1 166*7 153*9 152*1 97*3 123*6 124*3 148*6 218*1 170*7 338*8 156*5 81*4 152*6 Zr 157*2 81,4 119,4 141 ,4 142,3 113*8 182*2 Ag 2
<.2
<,2
,2
,2
,2
Mo 4, 4, 7, 5, 5, 5, 5, 3, 5, 4, 5, 5, 4, 5, 5, 5, 7, 4, 3, 19, 3, 5, 5, 6, 6, 6, 5, 12, 8,
5, 3, 4, 5, 6, 8, 5, 4, u ,5 ,3 ,5 ,2 ,2 ,5 ,4 ,2 ,2 ,6 ,2 .2 ,4 ,5 ,5 ,4 ,7 ,7 ,3 ,2 ,6 ,7 ,2 ,2 ,4 ,4 3,2 1,5 ,9 ,6 1,4 ,3 1,2 ,4 ,9 1,6 ,2 ,4
Sample Number D 394 Be 2*99 2*05 2*40 2*22 2*65 2*42 Cd Cr 62*3 64*2 339*7 238*9 47*6 824*1 85*0 40*0 49*0 63*9 69*7 75 5 40*5 57*6 40*0 52*3 Co 44*9 29*1 33*7 43*4 36*0 44,4 31*9 32*3 33*7 Cu 26,2 J.8.5 23*4 21 ,0 Ni 27 ,2 Pb
J. 5 Sr 164*3 193*9 Th 19*6 25. T; 21*0 79*9 158*7 Zn 165*0 Zr 209*1 199*2 163*7 Ag .2
<.2 . 2 <.2
<.2 .2
. 2 . 2 <.2 . 2
2
.2 Mo u .2 .2 .2 .2
Sample Number Be 3*64 3,23 2*63 3*58 2,65 2,70 2*87 2*58 2,42 2,07 1,93 1,77 2,47 2,63 2,50 2,26 2,49 2,50 2,79 3,04 2,25 2,75 3,67 5,07 3,08 3,89 4,59 3,36 4,59 5,36 2,46 3*60 4,21 Cd 7,6 10,0 12,8 8,8 Cr 72,5 73,2 59,9 69,7 30,9 56,1 42,2 81,2 58,8 36,2 95,9 49, 4 56,1 57,4 40,2 66,8 39,8 218,6 131,0 95,4 59,8 90,6 98,5 103,3 68,5 62,4 81,9 120,9 78,6 41,9 36,7 26,8 38,9 33*6 28,1 46,8 34,8 37,1 47,8 37,0 22 , 1 Co 35,1 42,8 47,9 29,4 28,3 44,6 31,6 60,5 46,9 43,4 30,1 28,3 63,2 16,5 52,5 50,7 39,8 25*3 28,3 27,0 35,4 39,2 43,4 34,3 34,8 30,3 35,3 29,6 37,0 30,2 36,4 41,2 35,7 Cu 20,2 27,6 25,5 14,9 30,6 35,3 25 -, 8 28,4 24,3 21 ,4 17,0 27. r; 32,3 30,3 24,2 12,9 22,8 33,7 20,7 30,4 17,2 23,0 15,9 20,9 36,9 18,0 30,2 Ni 36,3 36,1 35,0 41 ,1 20, 1 24,6 23*3 43 ,8 28,8 26,4 51,9 39,0 43,1 37,9 27,2 44,4 20, 1 94,8 60,4 47,1 46,0 58,0 60,8 48,8 30,6 33,3 32,8 46,8 35,6 20*tr; 19,8 17,6 20,0 17,5 15,1 17,6 17,6 20,5 26,1) 18,5 12,9 Pb IT; Sr 204,3 238,9 138,0 237,5 241,1 21 1 ,5 310*8 400,4 3.19,2 219,4 202*8 788,5 205,4 190,5 247,4 217*5 205,6 148,1 148,8 124,6 165,4 1.41,2 161 ,0 217,9 143,2 164,7 Th 57,4 19,4 26,1 44,1 47,1 47,0 4i ,9 36,1 45,1 57,5 30,2 17,9 2'J.6 33*1 142*4 136,1 210,2 188,8 106,3 124,8 114,4 149,2 158,6 146,3 157,1 308,3 54,6 116,5 79,8 57,2 97,2 82,0 71,1 117,1 129,4 87,2 Zn 1T.8.7 Zr Ag <.2
<.2 . 2 . 2 <.2 . 2
. 2 . 2 . 2 . 2 <,2 <.2 . 2 <.2 <.2 . 2 . 2 <.2 <.2 <.2 . 2 <.2 <.2 . 2 ,2 ,2 ,2 <,2 , 2 <,2 , 2 <,2 , 2 . 2 . 2 <.2 <.2 Mo 4, u
Sample Number Be 3,03 3,42 4,35 3,12 3*74 4,06 3,96 3,57 4,52 3,61 3,81 3,43 3,74 5,06 2,83 4,35 2,81 4,83 6,00 5,25 5,39 4,83 4,57 4,69 3,00 3,45 3,90 3,13 1,91 1,99 2,89 3,24 2,42 3,02 1 ,92 2,74 2,43 2,73 1,70 1,59 Cd Cr 40,0 29,7 34,8 33,9 36,3 27,2 35,1 40,3 13,3 45,3 31 ,15 24,4 33,5 23,4 30 , 5 36,4 32,1 20,8 19,9 46,7 40,0 31 ,5 47,0 42,7 51,0 62,7 80,1 37,1 50,0 43,2 44,4 179,2 S3, 9 64,1 63,9 36,6 24,8 32,0 Co 37,6 23,9 37,8 27,6 25,5 37,0 35,8 32,8 28,. 3 25,0 49,1 26,8 27,3 32,4 14,2 23,5 17,0 24,9 23,4 32,7 18,1 23 , 2 23,3 18,1 23,2 10,7 17,6 20,3 26,9 22,0 8,2 20,2 21,7 27,6 37,6 23,4 8,6 19,2 Cu 16,3 21,3 20,6 19,8 22,6 23,5 22,5 16*8 18,4 19,2 22,2 25,8 23,0 20,5 15,8 14,0 22,6 16*9 12,6 20,6 12,6 19,0 20,2 21,1 13,8 23,4 16,6 17,7 14,8 39,0 27,8 14,3 24,6 26,1 22,6 22,2 28,5 Ni 24,1 20,1 22,4 27,6 19,3 32,5 22,4 26,4 15,7 11,7 21,5 19,0 14,3 21,2 15,3 13,6 10,6 26,7 29,1 31,3 24,2 28,9 13,6 27,2 23 ,3 28,4 23,5 18,5 11,9 14,6 Pb JO If. r. Sr 206,7 141,3 172,7 150,0 155,7 157, A 138,4 154,9 145,4 118,9 127,7 157,8 160,1 137,8 141 ,0 181,6 120,1 1.35,4 160,8 185,7 180,3 161,6 272,2 221,8 222,5 255*4 306,4 308,5 243,9 215,3 133,9 232,3 169,2 205,9 226,5 209,8 224,3 Th 23,8 77,3 72,9 85,3 60,4 65,9 25,0 56,7 60,7 20,2 27,4 15,7 19,0 16,0 54,7 18,1 39,8 20,1 12,4 20,8 135,6 45,4 71,2 62,7 66*7 66,5 54,9 60, 4 9.1 ,4 57,9 53,3 42,7 174,6 70,3 68*7 78,8 76,3 78,5 78,8 147,2 156,1 93,8 70,5 71,2 100,3 125,6 140,0 253,4 114,5 112,9 51,2 60,4 Zn 134,2 189,6 194,0 178,7 188,2 123,2 146,6 1.70,8 190,5 158,1 164,3 157*3 167,8 187,4 180,2 103,9 102,8 166*6 91,6 108,2 77,4 118,5 92,1 110,3 132,7 126,0 108,0 129,2 1.02,3 92,6 92,1 Zr 151,3 412,5 815,7 1242,0 476,1 686,5 1557,0 483,7 795,7 1300,0 4376,0 1241,0 747,9 596,4 916,6 254,9 1270,0 232,1 793,9 1222,0 1363,0 889,1 600,0 622,5 886,8 239,9 167,6 294,5 351,9 119,2 128,6 130,1 1.49,4 117,1 Ag <.2 . 2 <.2
<.2 . 2
<.2 <.2 <.2 . 2 . 2 <.2 <.2 <.2 <.2 . 2 <.2
. 2 . 2 . 2 <.2 <.2 . 2 . 2
. 2 . 2 . 2 . 2 . 2 <.2 . 2 . 2 . 2 <.2
<.2 . 2 Mo u
Sample Number ,516 Be Cd , Cr Co
Cu 3?. 1 25. !5 40 ,1 Ni 1*5.3 Pb
'3
A5
J.5
!j
Sr 186*2 135*8 Th 21,0 Zn 100*6 166,2 Zr Ag 2
2
<.2
. 2 .2 . 2 .2 .2 2 Mo u
Sample Slumber Be 3*97 3*37 3.!54 3*27 2*56 2*88 3*32 2*82 Cd 13*0 Cr 12*0 25*0 Co 17*1 21*8 30*6 24*9 33 Cu 2 :l . 8 1 8 3 24*4 27*8 23*7 17*2 Ni 24*2 15*2 Pb
Sr 144*4 194*6 91*2 103*2 Th 26. !5 26*2 13*0 '25.5 10*4 19*7 116*2 74*9 Zn 104*9 101*1 97*0 Zr 136*4 171*9 346*9 117*2 137*2 257*3 372*6 171*7 102*1 3B1.7 93*6 183*0 Ag <.2
<.2 .2 <.2
2 .2 2 <.2 .2 <.2 <.2 . 2 <.2
Mo
u 1*5 1*7 1*1 1*1 1 1*2 1*4 1*0 1 1
1
Sample Number ,599 '600 Be 3*27 3*89 2*52 Cd 9,0 Cr 7!5.7 Co 29*5 .1. 4 . I 27,7 Cu 30*1 2 1 5 31 ,7 32.:.? .1. 9 9 Ni Pb
r,
5i'i
Sr Th 12,5 IB. 4 Zn 147,4 1 3. 7 . 4 Zr 335*2 Ag
<.2 <.2 2 . 2
<.2 <.2 <.2 <.2 <.2 . 2 <.2 . 2 . 2 . 2 <.2 <.2 <.2 . 2 . 2
o <.2 . 2 . 2 . 2 . 2 <.2 . 2 . 2 <.2 . 2 . 2 . 2 . 2 <.2 . 2 <.2 <.2 <.2 Mo
u .2
Sample Number ,,641 642 Be 2*83 2*73 2*63 2*22 3*23 2 , 27 2*51 2.TJ9 Cd Cr 38*6 1 1 3 . 2 iriS.O Ti8 . 0 Co 25*6 28*5 1.3*4 15,0 22*0 13*1 30 2 14,5 Cu 19*7 JL9.9 29*15 1. 6 , 2 Ni S2.9 Pb rj
Sr 193*9 176*0 233*4 170*8 314*8 Th 42*9 18*9 67*7 27*4 111*9 76*2 118*3 Zn Zr 201*0 244*5 127*0 Ag
<.2 <.2 . 2 . 2 <.2
2 . 2 . 2 . 2 . 2 <.2 . 2 . 2 <.2 . 2 . 2 . 2 2 <.2 . 2 <.2
<.2 . 2 <.2 . 2 <.2 <.2 . 2 <.2 . 2 . 2 . 2 . 2 . 2 <.2 <.2 <.2 <.2 Mo
4,
4,
u 1*6 ,5
Sample Number Be 2,24 2,65 1,70 2,01 1,85 1,81 2,29 2,27 4,31 2,84 2,21 2,30 2,60 2,60 3,42 Cd Cr 36,6 21,6 52 , 9 23,3 45,7 62,7 86,5 100,4 40*2 25,2 33,6 Co 31,3 33,8 11*6 1 9 . !5 Cu 11 ,3 36,4 42,6 5,6 Ni 42,8 v!3.7 37,0 54 , 4 30,4 Pb
A 5
Sr Th 254,3 89,3 56*1 71,0 54,1 106,9 183*1 205,2 172,6 153,5 114,5 166,7 144,7 Zn 96,8 Zr 144,0 Ag
2 <.2 . 2
.2
.2
Mo 4, 4, u
Standard Statistics Raw Data Table 3
BARRINGER RESOURCES INC. STANDARD STATISTICAL PACKAGE BUREAU OF LAND MANAGEMENT ARKANSAS CANYON PLANNING UNIT CANON CITYf COLORADO 12/JAN/81 SAMPLE TYPE=- STREAM SEDIMENT PROJECT CODE-"- YA-553-CTO-100 o CD VARIABLE AL203 CAO FE203 MGO TI02 MNO NA20 K20 P205 SI02 BA BE CD CR CO CU NI PB SR TH ZN ZR AG MO U MEAN .129E+02 .422E+01 .110E+02 282E+01 .133E-fOt 178E+00 ,266E-fOt .242E+01 .309E+00 .162E+01 .992E+03 *262E+01 .759E + 01. .933E+02 .313E+02 .317E+02 .424E+02 .204E+02 248E+03 .368E+02 161E-f03 .136E403 .247E+03 .253E+00 456E+01 .856E+00 STD DEV .144E+01 . 199E+01 .594E+01 .138E+01 .803E-fOO .923E-01 .670E+00 520EiOO .206EiOO 921E+00 410E+03 .986E+00 .206E+01 .943Ei02 .145E-f02 .312E+02 .327E+02 140E-f02 V81E-f02 .253EO? .977E+02 397Ef02 .315Ei03 13?E-fOO .141E+01 .703E+00 MJN .423E+01 *830E+00 .189E + OJ. .480E+00 220E-fOO 300E-01 .760E+00 .300E-01 .700E-01 .223E+03 .660E+00 .700E+01 .800E+00 .250E+01 .340E+01 .500E+01 .345E+02 .820E+01 .278E+02 .239E+02 .153E+02 .200E+00 0, .200E+00 MAX .158E+02 .291E+02 539E4-02 .125E+02 9A7E-f01 .198E+01 .544E+01 .435E+01 .177E+01 589E+01 .272E+04 .998E+01 2755E + 02 - 123Ef04 101E+03 .655E+03 437E-f03 .145E+03 872E-f03 .232Ei03 .776E+03 .495E-f03 .438E+04 .180E+01 190Ei02 .720E+01 RANGE .11AE+02 .283E+02 .520E-f02 .120E+02 .945E+01 .195F+01 *539E+01 .359E+01 174E+01 . rJ82E + 01 .250E+04 .932E+01 20!5Ef02 .123E+04 ,981E-f02 .651E+03 .432E+03 .140E+03 .838E+03 .224E+03 .748E+03 .471Ei03 .436F+04 .160E+01 .190E+02 700E+01 NO, SAMPLES WITH RESULTS
CORRELATION MATRIX SAMPLE SIZE - AL203 CAO FE203 MGO MNO MA20 K20 P205
BA BE CD CR CO KU NI PB SR AL203 CAO FE203 MGO TI02 MNO NA20 K20 P205 SI02 BA BE CD CR CO CU NI PB SR TH ZN ZR AG MO U - ,009 , 106 1 ,000 ,209 ,143 -,2.38 ,067 - . i r; i . J23 ,040 ,142 .or;s -,080 ,204 ,199 -.07:3 .OJ55 ,290 ,455 1 ,000 ,643 ,160 ,047 -,050 -,085 ,191 ,066 -,058 ,523 -,Q78 ,077 ,098 -,121 ,474 ,081 ,090 -,270 TH ZN ZR AG NO U TH .034 1.000 ZN .187 1.000 ZR .462 -.115 .269 1,000 AG ,122 .006 1.000 MO .068 1.000 U .137 -.220 .196 -.048 .006 1.000
DATA ANALYSIS FOR AL203 SAMPLE TYPE STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR AL203 CLASS PROBABILITY MARK 8,91 9,49 10,06 10,64 11,79 12,37 12,94 13,152 14, 10 14,67 15,25 15,82 16,40 16,97 17,55 18,13 18,70 19,28 19,85 PLOT OF CLASS CUM, %
% 2,28 3,28 5,56 8,56 11,84 17,83 32,38 52,78 74,18 89,16 96,86 99,86 100,00 100,00 100,00 100,00 100,00 100,00 100,00 100,00 immimmii iiiimiiiiiiiiiiiiii mmmmmimm mmmmmi 1 1 1 1 1 1 1 1 1 mi CUMULATIVE FREQUENCY DISTRIBUTION FOR ,01 .1 I, , ,# , T
,
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Al203 99,99 I I
f ,
,
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, t t
,
,
I I 30 %
DATA ANALYSIS FOR CAO SAMPLE TYPE STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR CAO CLASS % PROBABILITY MARK 5*82 6*61 8*21 9*01 9*80 11*40 12*20 13*00 13*79 PLOT OF CLASS CUM. %
%
7m 0*00 0*00 0*00 IIIIIIIIIIIIIIII] I IIIIIIIIIIIIIIIIIIIIII mmimimmm iiiiiiiiiiiini iimmm mil in in 11—11111111 CUMULATIVE FREQUENCY DISTRIBUTION FOR CAO
I$* I
9 I
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DATA ANALYSIS FOR FE203 SAMPLE TYPE STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR FE203 CLASS PROBABILITY MARK -3,28 -*90 1*48 3,86 6*23 8*61 10*99 13*36 15,74 18,12 20,50 22,87 25,25 27,63 30,00 32,38 34,76 37,13 39,51 PLOT OF CLASS CUM* %
% 0,00 0,00 0,00 ,29 4,71 25,68 53,21 72,47 82,88 87,73 92,30 94,86 96,15 97,15 98,00 98,72 99*14 99*43 T Imil 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 iiimiiiiiiiiiiiiiiii iiimimiiiiiiiui iiiiiiiim 1 1 m i mill
T T T J. J. J. J. Cumulative Frequency ,01 ,1 — T — T - A A A A A
, A , , ,
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A T T r T T A
A mini T T T T T DISTRIBUTION FOR FE203 99*99
T A A A A
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I
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TO* nwno mii urn mil mil imi mil miliii 00*OOT VT*66 00*66 98*86 £fr*86 £fr*86 63*96 98 tr6 0£*£6 T0*36 6£ V8 S0*89 OS*-itr TT*£3 00*0 00*0 00*0 % *wno dO iOld Ai £ir'6 88*8 89*9 £T*9 30*£ 36*£ O O w 39* 90*
U*6 9T*6 09*8 £0*8 OS V £6*9 Ofr*9 OT*£ VS*3 66*T 68* tr£* "/ fmssvia iiia.ao.d os sv otr s£ 0£ GS os s t OT s o Nyyw ssvio oou aod wvyooisiH Nonnsiyisia 1N3WIU3S WySdiS 3dAJL 31dWVS 09W
DATA ANALYSIS FOR TI02 SAMPLE TYPE--' STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR TI02 CLASS PROBABILITY MARK PLOT OF CLASS CUM. %
%
%
I I I I I I I I I I I I I I I I I I I I I iiiiiimiiiiiiiiiiiiiiiiiiiin 1 1 1 1 1 1 m i m m 1 1 1 1 1 iiimmm mini imi m iiin 111111 CUMULATIVE FREQUENCY DISTRIBUTION FOR TI02 A
I*.
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I ———I—I-I —— I—I —— I—I —I—I——I—I %
I 00 Oot V9*
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T T / A A A fr /|i
fcw W W W
T I?" A A
4j 98*86 Sfr* £444
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TS* Lf * Otr* 9£* ££' 6Z* III1IIIII K2* IIIIIIIIIIIIIIIIII SS* IIIIIIIIIIIIIIIIIIIIIIIIIIII 8T* IIIIIIIIIIIIIIIIIIIIIIIII frT* IIIIIIIIIIIIIIII OT* ilO* £0* TO*- VO*- 80*- 0£ £t ££ 0£ £S OS £T OT £ NyVW SSV13 ONW ycu wyyooisiH Nonnaiyisia wvjyis =3dAi 3idwvs ONW yoj SISAIVNV
DATA ANALYSIS FOR NA20 SAMPLE TYPE- STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR NA20 CLASS % PROBABILITY MARK PLOT OF CLASS CUM. '/.
%
% T T T T_T r T T t
IImil mini miiiiim immmmm immmmmiimi imkimimiim miimiii iiimi mil CUMULATIVE FREQUENCY DISTRIBUTION FOR NA20 T T T T T T *£t .
t $
A
T .
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DATA ANALYSIS FOR P205 SAMPLE TYPE* STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR P205 CLASS MARK 50 % -,27 -,19 -,02 ,06 ,14 IIIIIIIIIIIIIIIIIIIIIIII ,23 Illllllllllllllllllllimillllll ,31 IIIIIIIIIIIIIIIIIIII ,39 ,47 ,56 ,64 ,72 ,80 ,89 ,97 1,05 1 ,13 1,22 1,30 PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR P205 CLASS
%
CUM, % 0,00 0,00 0*00 0,00 3,57 26,11 56*63 75,18 82,31 93,30 94,86 96,58 97,43 98,43 99,29 99,71 99,86 100,00 ,01 ,1
I, ,
I, , , I, , I, , , , I, , , , I, , , , , I, , , , I, , , I, , , I, , , , I, , , I , , , ,
, , I, , , , , , I, , , I I I--I--I ——— I
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3k
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A A A 66*66 86 £6 06 ££ Os £S Ot £ T
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%
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T
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T T T T A A A A A "" —— I mi mi mi mi mi mi
T 1 Hi
"" 1£ £fr fr T £fr £tr ST 0£ <LL £L tr£ OT ST S8 %
OOT £6 £8 ££ 6S Sfr T£
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DATA ANALYSIS FOR BA SAMPLE TYPE--= STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR BA CLASS PPM S MARK e-ft/N ")o 807 oo + 1
iiiiiimiim iiiiiimimiimmi iniiiiiii iiimiiim 1 1 1 1 1 1 m 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 m 1 1 1 immii mil iinniiii PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR BA CLASS s D C' M
r r n CUM. I T T T— —T T T.
, I —— I ——— I--I--I —— I ——— I —— I-- T T
T
.
. ff-
T T T T ""
DATA ANALYSIS FOR BE SAMPLE TYPE=-- STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR BE CLASS MARK 50 % —— .6 '5 4,59 7,35 PROBABILITY PLOT OF CLASS 4,79 6,37 6,76 7,15 CUM, % 0,00 99,14 imiimiiimi mmiiimmmimmimm immmimimmmii iiiimiii iimi im m in T T T
T —
Cumulative Frequency Distribution For Be T_— T — T T T —
I
"ff-
,
, I, , ,
I, ,,, , ,
I ,
$ I, , , T
,
DATA ANALYSIS FOR CD SAMPLE TYPE* STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR CD CLASS MARK
m
™ Probabil Class
r r n 2,23 3,06 3,88 4,71 5,53 6,36 7,18 8,01 8,83 9,66 10,48 11 ,31 12,13 12,96 13,78 14,61 15,43 16,26 17,08 17,91 1,82 2,64 3,47 4,29 5,12 5,94 6,77 7,59 8,42 9,24 11,72 12,55 14,20 15,85 16,67 17,50 ITY PLOT OF CUM, '/. 0,00 0,00 0,00 0,00 0,00 0,00 86,59 88,45 89,73 91,73 93,44 95,44 96,01 96,58 97,29 98,00 98,29 98,72 99,00 100,00 IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII CUMULATIVE FREQUENCY DISTRIBUTION FOR CD ,01 ,1 99,99 I $ , ,, ,,, ,
,
, 4.' , , ,,, , ,
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DATA ANALYSIS FOR CR SAMPLE TYPE- STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR CR CLASS MARK 50 % . *PPM. I- —— I ——— I — IIIIIIIIIIIIIIIIIII IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII IIIIIIIIIIIIIIIIIIII 131*04 IIIIIIIIIIII 319*72 J. ——— i PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR CR CLASS CUM. % I ——
I ——
DATA ANALYSIS FOR CO SAMPLE TYPE--- STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR CO CLASS DC'M PROBABILITY MARK -9*17 -3*38 2,40 8,18 19,75 25*53 31*32 37*10 42,89 48*67 54,45 60,24 66*02 71 ,81 77*59 89, 16 94,94 100,73 PLOT OF CLASS CUM, % 5,29 16,36 22,64 28,43 34*21 45,78 51*56 57*35 74,70 80*48 86,27 92*05 97,83 103*62 0*00 0*00 1*00 3*71 15,41 26*68 46,50 64*34 75*89 86,02 91,87 95,15 97*00 98,15 98*57 99, 14 99*43 99,71 99,71 100,00 0 I —— iiimm iiiimi 1 1 1 1 1 1 1 m i m 1 1 1 minimum 1 1 1 1 1 1 1 1 1 iiiim m T T . T CUMULATIVE FREQUENCY ,01 — —
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T T , ,
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T — T T T T — T Distribution For Co 99,99 ,
,
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DATA ANALYSIS FOR CU SAMPLE TYF'F.~ STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR CU CLASS MARK IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII Illllllllllllllllllllirilllllllllllltl IIIIIIIIIIIIII PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR CU CLASS CUM. % 99*99 I —— I ——— I —I —I —— I ——— I-I —I I -49*38
,
,
.
,
DATA ANALYSIS FOR NI SAMPLE TYPF> STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR NI CLASS PPM PROBABILITY MARK -23*00 -9,91 3*17 1 X O A 1 O . £.0 55,51 68,60 81 ,68 94,77 107,85 120,94 .134,02 147,11 160,19 173,28 186,37 199,45 PLOT OF CLASS CUM. % -29*54 -16*46 -3*37 9*71 22*80 35*89 48,97 140*57 153*65 166*74 179*82 192*91 205*99 0,00 0,00 0,00 0,00 ,71 20,40 49,93 72*90 84*74 91*58 97*57 98,86 98*86 99,00 99,00 99,29 100,00 50 %
T 11111— IIIIIIIIIIIIIIIIIIIII IIIIIIIIIIIIIIIIIIIIIIIIIIIIIII IIIIIIIIIIIIIIIIIIIIIIII IIIIIIIIIIIII mi in 1— — 111 J CUMULATIVE FREQUENCY DISTRIBUTION FOR NI ,01 ,1 99,99 1~1 I
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W d d ssyio ad yod Noiinaiaisia A3N3no3yd Sftiivnnwno do laid i —— j —— x —— i —— i —— i —— j —— i —— i —— i —— i serve 98*18 LZ'VL OI*S9 TS*6fi £6*£S V£ 8fr iiiiii 9i*££ IIIIIIIIII IIIIIIIIIIIIII 66 4 SS IIIIIIIIIIIIIIIIIII Ofr 4 OS IIIIIIIIIIIIIIIIIIIII I8*frl IIIIIIIIIIIIII IIIIIIIIIIIIIIII fr9*£ S6*TI £T 4 £TI O P 0£ £V G£ 0£ ££ OS SI S NdtfW SStflG ad yod NWdsoisiH NOiinaiyisia 1N3WUI3S WW3yiS 3dAl 31c!HVS 3d
DATA ANALYSIS FOR SR SAMPLE TYPE" STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR SR CLASS MARK 50 % , , , , , , , , , , , X T T Imini imiiimiiiii iiiiiiimin mini T T T T — — T—
Probability Plot Of Cumulative Frequency Distribution For Sr ,01 ,1
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DATA ANALYSIS FOR SAMPLE TYPE-" STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR CLASS MARK 50 % 82.97 miimimiiimmii 122.03 miimiiimimimm 161.09 miimimiimm 200.15 immiiiii PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR CLASS
DOW rr n 297*80 CUM.
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DATA ANALYSIS FOR ZN SAMPLE TYPE" STREAM SFDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR ZN 50 % CLASS . . .PPM. PROBABILITY MARK PLOT OF CLASS CUM. % T T IIIIIIIII mimiiimi imiimimiimi mmmiiimimi mmmmmii mmmi mm mi T T T T T A JL J A A CUMULATIVE FREQUENCY DISTRIBUTION FOR ZN
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DATA ANALYSIS FOR MO SAMPLE TYPE'-- STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR MO CLASS MARK 50 % PROBABILITY PLOT OF CLASS CUM. % 13,55 IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII IIIIIIIII CUMULATIVE FREQUENCY DISTRIBUTION FOR MO t I — T—— T— — T —I—— — T — _T— — — T— — — — T T—— T— — — — T J — — — J — — — — i 1——J — — — 1
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DATA ANALYSIS FOR U SAMPLE TYPE--: STREAM SEDIMENT FREQUENCY DISTRIBUTION HISTOGRAM FOR U *PPM :LASS MARK -1 *11 -*83 -*55 -*27 *01 *29 *57 *86 1*14 1*42 1 *70 26 2*54 2*82 3*11 3*39 3*67 3*95 T- — I T T T T T T — IIIIIIIIIIIIIIIIIIIIIIIIII iiimiiiiiiiiiiiiimiiii illinium 1 1 1 1 1 1 n 1 1 iiiini n PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR U CLASS *71 1*00 1*28 1,56 2*40 2*97 3*53 4*09 4*37 CUM. % 0*00 0*00 0*00 28*39 56*21 69*76 90*44 96*01 97*00 97*72 99*00 99,29 99*57
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BARRINGER RESOURCES INC. STANDARD STATISTICAL PACKAGE 12/JAN/81 BUREAU OF LAND MANAGEMENT ARKANSAS CANYON PLANNING UNIT CANON CITY* COLORADO SAMPLE TYPE=-- STREAM SEDIMENT NOTE: ALL DATA TRANSFORMED PROJECT CODE" YA-5T.3-CTO-100 VARIABLE AL203 CAO FE203 MGO TI02 MNO NA20 K20 P205 SI02 BA BE CD CR CO CU NI PB SR TH ZN ZR AG MO U GEOM. MEAN .128E+02 .387E-I01 .985E+01 .257E+01 ..1.20E + 01 .1AAE+00 .25AE+01 .23AE+01 .2A1E+00 .135E+01 .903E+03 .249E-f01 .743EJ01 .A92E+02 .279E+02 .276E+02 .357E+02 .IAAE+02 .232E+03 .313E+02 . 140E + 03 . l30Ei03 .183E403 .233Et()() .437E+01 . AASEiOO STD DEV .3A8E-01 .181E400 . 197Ef 00 .183E-IOO 199F+00 158E400 .143EiOO
.243E+00 .285EIOO .187EfOO .133E+00 .802E-01 .334EI-00 .221E+00 .205E+00 .245E+00 .288EIOO .157E+00 .233E+00 .22AE+00 . 128E+00 .281E+00 . ISTiE + OO .149E+00 302EfOO MIN .423E+01 .830E+00 . 189E-K)! .480E+00 .220E+00 .300E-01 .500E-01 .7AOE+00 .300E-01 .700E-01 .223E4-03 .AAOE+00 .700E+01 .800E+00 .250E+01 .340E+01 .4AOE+01 .SOOEfOl .345E+02 .820E+01 278Ei02 .239E+02 .153E+02 .200E+00 .100E-01 .200E+00 MAX .291E+02 .539E+02 .198E+01 .544E+01 .435E+01 589Ei01 .272E+04 .998E+01 275Ei02 .101E+03 .A55E+03 .437E403 .872E+03 .77AE+03 .180E+01 RANGE NO.SAMPLES WITH RESULTS .11AE+02 .283E+02 .520E+02 .120E402 .945E+01 .195E+01 .539E+01 .359E+01 .174E+01 .CJ82E401 .250E+04 .932E+01 .205E+02 123E+04 .981Ei02 .A51E+03 .432E+03 .140E+03 .838E+03 .224E+03 .748E+03 .1AOE+01 .190E+02 .700E+01
CORRELATION MATRIX SAMPLE SIZE AL203 CAO FE203 HGO TI02 MNO NA20 K20 P205 SI02 BA BE CD CR CO CU NI PB SR AL203 1,000 CAO -.143 1.000 FE203 .336 1.000 MGO ,034 ,663 ,439 1,000 TI02 ,371 ,396 1.000 MNO ,782 ,745 1,000 NA20 .041 -.100 -.002 -,059 .133 1.000 K20 .604 -.496 -.458 -.474 -,401 -,339 .435 1.000 P205 ,494 ,690 .094 -.202 1,000 SI02 .293 -.031 -.083 .123 -.017 .002 1.000 BA .283 -.104 -.137 -.110 -.002 -.104 ,604 1,000 BE ,373 -,258 .009 -,284 -.005 ,513 ,475 ,122 ,206 1.000 CD ,077 ,070 -.061 .117 -.056 -.049 .051 1.000 CR ,367 ,320 -.137 -.459 ,038 -.131 -.334 .111 1.000 CO ,657 .515 -.175 -.512 ,467 ,089 .080 -.169 .478 1.000 CU ,233 ,022 -,187 ,321 .193 -.025 -.206 .287 1.000 NI ,562 ,533 ,841 ,441 ,372 -,136 -.466 .068 -.096 -.321 .567 1.000 PB .136 -.257 -.175 -.180 -.161 -.129 -.013 .255 -.086 .058 -.055 -.039 -.054 ,128 -,074 1.000 SR .213 -.006 ,185 -.107 ,095 -.289 ,008 ,335 .427 -.094 1.000 TH -.122 -.288 .233 -.314 ,173 ,187 -,004 .138 -.028 ,374 -.065 -.097 .198 -.225 -.128 ,351 -.246 .598 -.190 -.581 ,564 -.084 -.163 -.272 .684 -.235 ZN ,044 ,207 ,011 ,073 ,393 -.118 ZR ,0!>8 -.260 .150 -.342 ,OS8 -.020 .677 -.003 -.310 -.031 -.268 -.325 .092 -.406 AG ,095 ,167 ,212 .117 -.083 .225 -.144 -.014 ,100 ,248 ,220 .325 -.075 MO ,178 ,067 .174 -.001 -.029 ,204 -.066 -.017 .033 -.036 U .040 -.089 -.184 -.244 -.200 -.048 ,187 -.168 -.048 -.070 .272 -.001 -.274 -.120 -.128 -.247 .066 -.183 TH ZN ZR AG MO U TH -.020 1,000 ZN .238 1.000 ZR .608 -.176 ,322 1,000 AG ,144 -,044 1.000 MO ,106 ,162 ,208 ,058 ,074 1,000 U ,153 -.279 .252 -.031 -.081 1.000
DATA ANALYSIS FOR AL203 SAMPLE TYPE STREAM SEDIMENT NOTE: ALL DATA TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR AL203 CLASS MARK T T
T
8,90 9,38 9,89 10,42 10,98 11,57 12,19 IIIIIIIIIIIIII 12,85 IIII IIIII IIII III I IIIII II 13,54 IIIIIIIIIIIIIIIIIIIIIIIII 14,26 IIIIIIIIIIIIIIIIIIII 16,69 17,59 18,53 20,58 21,68 22,85 24,08 T T T T T
LOG PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR AL203 CLASS CUM, % ,01 ,1 99,99
T T T T T T T fm
, , , , , , , ,28 ,14 ,28 ,99 ,27 ,67 ,78 ,44 ,43 ,00 ,00 ,00 ,00 ,00 ,00 ,00 I , I I, I I I, I, I, I,
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DATA ANALYSIS FOR CAO SAMPLE TYPE* STREAM SEDIMENT NOTE: ALL DATA TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR CAO :LASS MARK 1,68 5,40 6,38 7,53 8,90 10,51 12,41 20,46 24, 16 28,54 TTTTTTTTTT IImiii iiiiiiiii iiimiim iiiiiiiimiiiii iiiiiiiiiiiiiim 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 iiiimiiiiiiii mi in T —— _-.T T T T T T T T T T LOG PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR CAO CLASS
/m 1,31 1,55 1 ,83 2,16 3,56 4,97 5,87 8,18 9,67 11,42 13,49 15,93 18,82 22,23
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DATA ANALYSIS FOR FE203 SAMPLE TYPE= STREAM SEDIMENT NOTE: ALL DATA TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR FE203 CLASS MARK 50 % 2*77 3*32 3*98 4*77 5*71 6*85 8*21 9*85 11 *30 14*15 16*96 20*34 24*38 29*23 35*04 42*01 50*37 60*39 72*40 86*79 II —— LOG PROBABILITY PLOT OF CLASS
% CUM* % *57 1*28 2*14 5*99 14*69 42*94 76*18 95*29 97*15 98*72 99*71 100*00 *01 I
I*I.
I*I.
I*I. I*I — Iiimi iimim miimmii imiiimmmi imimiii iimi in I — T T— T
T T J. "" "" Cumulative Frequency Distributi
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DATA ANALYSIS FOR MGO SAMPLE TYPE STREAM SEDIMENT NOTE: ALL DATA TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR MGO 30 % :LASS MARK ,17 ,04 ,91 ,88 T T T T T T T IIIIIIIIIIII IIIIIIIIIIIIII IIIIIIIIIIIII IIIIIIIII LOG PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR MGO CLASS CUM. %
% I —— I ——— I--I--I —— I ——— I-I —I I o7 I .# . . #. .
% i —— i ——— I-I—-I I
DATA ANALYSIS FOR TI02 SAMPLE TYPE STREAM SEDIMENT NOTE: ALL DATA TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR TI02 CLASS MARK 50 %
,40 1 ,20 1,44 2,08 2,50 3,60 4,32 5,19 6,23 8,99 10,79 LOG PROBABILITY PLOT OF CLASS
% Cum. % 99,71 99,86 I, I, I, I, I , I,I-- A""
""A
iiuii iimiiii minimum iiiiiiiiiiiniii imiiiiii mm urn T T
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DATA ANALYSIS FOR MNO SAMPLE TYPE STREAM SEDIMENT NOTE: ALL DATA LOGUO> TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR MNO CLASS MARK
I —— I —— I —— I —— I —— I —— I —— I —— I —— IIIIIIIII .12 immiimi .14 miiiiimiimii .17 minimum .19 imiimiiiimimi .22 immim ,26 IIIIIIIII *30 T T
T T T A "" A A A LOG PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR MNO LASS % ,12 ,13 ,15 ,18 ,21 ,24 ,28 ,32 CUM. % *00 *86 .01 I —
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DATA ANALYSIS FOR K20 SAMPLE TYPE STREAM SEDIMENT NOTE: ALL DATA LOGUO) TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR K20 CLASS MARK 50% I —— I —— I —— I —— I —— I —— I —— I —— I —— 1*22 1*34 1*48 1*62 1.96 minium 2,15 minimum 2,36 immmmmm 2,59 imiimiimimii 2.95 immimimi 3*13 miiiiii 3,78 4*15 4,56 5,01 5,50 6*04 6,64 7,29 J J. J. LOG PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR K20 CLASS fn 1,87 2,05 3*60 4,78
% Cum. % 2,14 73,04 98,72 100,00 ,01 ,1 T
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DATA ANALYSIS FOR P205 SAMPLE TYPE STREAM SEDIMENT NOTE: ALL DATA TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR P205 CLASS MARK 50 % ,05 ,11 ,41 ,80 3*81 LOG PROBABILITY PL CLASS CUM.
,86 99*86 mil inn mil mil imi mil m 1 1 mi m OT OF , I, I, I
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DATA ANALYSIS FOR SI02 SAMPLE TYPE= STREAM SEDIMENT NOTE: ALL DATA TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR SI02 CLASS MARK 50% , , , A ,22 ,28 ,47 ,62 ,80 1.04 mimmii 1.35 mimmim i.76 iiiimiimmiiim 2.29 mimmmmmii 2,97 IIIIIIIII 18,66
— 1—1J.I11111 J. LOG PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR SI02 CLASS CUM. %
S /m 111111J.1 J. A J. . .# . , , ,54 10,27 I,
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DATA ANALYSIS FOR BE SAMPLE TYPE* STREAM SEDIMENT NOTE: ALL DATA TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR BE CLASS MARK I —— I —— I —— I —— I —— I —— I —— I —— I —— 1*19 IIIIIIIIIIIIIII IIIIIIIIIIIIIIIIIIIIIIII 2*49 IIIIIIIIIIIIIIIIIIIIIII IIIIIIIIIIIIIII 1 J LOG PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR BE CLASS CUM. % 99*99 I —— I ——— i —i —I —— I ——— I —— I ——— I-I —I I .711*
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DATA ANALYSIS FOR CR SAMPLE TYPE- STREAM SEDIMENT NOTE: ALL DATA TRANSFORJIED FREQUENCY DISTRIBUTION HISTOGRAM FOR CR CLASS MARK 2047*64 A A A IImil imiiiii iiiiiiiiiiiiu miiiiiiiiiiiii iiiiiiiiiiiiiiini minimum mmimiii imiiiii mm m iAAAAAAAA LOG PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION CLASS CUM. % A A A A A A A A A A.
A.
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DATA ANALYSIS FOR CO SAMPLE TYPE-- STREAM SEDIMENT NOTE: ALL DATA TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR CO CLASS MARK 22.81 minimum 27.95 iiiiiimiimimm 34.24 imiiiiiimim 41.95 imimmiiii 5i.io miami LOG PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR CO CLASS CUM. % T
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DATA ANALYSIS FOR CU SAMPLE TYPE= STREAM SEDIMENT NOTE: ALL DATA TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR CU CLASS MARK . PPM.. . . j. j. 7*35 8*88 10*73 12*96 15*65 18*91 IIIIIIIIIIII 22*84 IIIIIIIIIIIIIIIIII 27*60 IIIIIIIIIIIIIIIIIIII IIIIIIIIIIIIIIIII 40*27 IIIIIIIIIIII 48*65 58*77 70*99 LOG PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR CU CLASS CUM. % 99*99 I —— I ——— I —I —I —— I ——— I —— I ——— I-I —I I 8*08 *86
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DATA ANALYSIS FOR NI SAMPLE TYPE- STREAM SEDIMENT NOTE: ALL DATA TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR NI CLASS MARK 50 % IIIIIIIIII 22*71 iiiimimi 28*47 iiimmiimii 35.68 mmmmimu 44.72 iiiimmimm IIIIIIIIIIII 70.25 Illllim I j j j j j j j ]' LOG PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR NI CLASS CUM. % *43 98*86 99*29 99*71 99*71 99*86 100*00 T — — — T JLi I ,
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DATA ANALYSIS FOR PB SAMPLE TYPE= STREAM SEDIMENT .NOTE! ALL DATA TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR PB 50 % CLASS MARK DC'M j. Imimmmm iimmimim immiimmimiii miiiiiiiiiiiiini iimmmiimmmi iimiiii mi m T — T — — — — T T — T — — T — LOG PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR PB CLASS CUM. % ?0 7? I —— I ——— I —I--I —— I ——— I-I--I I
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DATA ANALYSIS FOR SR SAMPLE TYPE STREAM SEDIMENT NOTE: ALL DATA TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR SR 50 % CLASS MARK LOG PROBABILITY PL CLASS CUM* X ' 332.73 684,22 T— T— T T T T—
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DATA ANALYSIS FOR MO SAMPLE TYPE= STREAM SEDIMENT NOTE: ALL DATA LOGUO) TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR MO CLASS MARK IIIIIIIIIIIII IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII 11111 IIIIIII 11 III 11111 III I III 11111 IIIIIIIII 22,79 LOG PROBABILITY PLOT OF CUMULATIVE FREQUENCY DISTRIBUTION FOR MO CLASS t t CUM. %
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DATA ANALYSTS FOR U SAMPLE TYPE- STREAM SEDIMENT NOTE: ALL DATA TRANSFORMED FREQUENCY DISTRIBUTION HISTOGRAM FOR U CLASS MARK 30 % "ZD . OO II —— LOG PROBABILITY PLOT OF CLASS 11 14 19 25 33 44 58 CUM. % .01I — I*I*I*I.I.I.I.I.I.I.I.I.I. I*I.I.I.I.I.I.I-- -1 1-- — -l i-- — — i i J J i mum mi mini miiiiiiiiiii mimiimm mini nun CUMULATIVE FREQUENCY DISTRIBUTION FOR U
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