AGDB2 rock sample W188395

(metamorphic, schist)

Field Value
Lab ID W188395
Field ID 74AWM0154.3
Job ID AE44
Sample submitter Tailleur, Irvin L.
Project name SW Brooks Range
Date submitted 6/11/1975 0:00:00
Country United States
State AK
Map quadrangle Ambler River
Geographic latitude 67.22944
Geographic longitude -156.46389
Sample source outcrop
Collection method grab/single
Primary media type rock
Secondary media type metamorphic
Sample media name schist
Sample comment quartzofeldspathic schist in schist belt
Geologic age Precambrian--Permian
(click for info)
Geologic map unit -156.46389, 67.22944
Nearby scientific data Find additional scientific data near this location
Element Measured value Units of measure Analytical method
Lithium <68 parts per million by weight ES_SQ
Beryllium 6.4 parts per million by weight ES_SQ
Boron 38 parts per million by weight ES_SQ
Scandium 16 parts per million by weight ES_SQ
Vanadium 50 parts per million by weight ES_SQ
Chromium 17 parts per million by weight ES_SQ
Cobalt 5.6 parts per million by weight ES_SQ
Nickel 14 parts per million by weight ES_SQ
Copper 29 parts per million by weight ES_SQ
Zinc 52 parts per million by weight ES_SQ
Gallium 37 parts per million by weight ES_SQ
Germanium <4.6 parts per million by weight ES_SQ
Arsenic <150 parts per million by weight ES_SQ
Strontium 330 parts per million by weight ES_SQ
Yttrium 99 parts per million by weight ES_SQ
Zirconium 850 parts per million by weight ES_SQ
Niobium 25 parts per million by weight ES_SQ
Molybdenum 5.2 parts per million by weight ES_SQ
Ruthenium <3.2 parts per million by weight ES_SQ
Rhodium <1 parts per million by weight ES_SQ
Palladium <1.5 parts per million by weight ES_SQ
Silver <0.1 parts per million by weight ES_SQ
Cadmium <32 parts per million by weight ES_SQ
Indium <6.8 parts per million by weight ES_SQ
Tin 21 parts per million by weight ES_SQ
Antimony <100 parts per million by weight ES_SQ
Barium 2100 parts per million by weight ES_SQ
Lanthanum 180 parts per million by weight ES_SQ
Cerium 240 parts per million by weight ES_SQ
Praseodymium <68 parts per million by weight ES_SQ
Neodymium 120 parts per million by weight ES_SQ
Samarium <46 parts per million by weight ES_SQ
Gadolinium 26 parts per million by weight ES_SQ
Terbium <32 parts per million by weight ES_SQ
Dysprosium <32 parts per million by weight ES_SQ
Holmium <6.8 parts per million by weight ES_SQ
Erbium <10 parts per million by weight ES_SQ
Thulium <4.6 parts per million by weight ES_SQ
Ytterbium 9.9 parts per million by weight ES_SQ
Lutetium <22 parts per million by weight ES_SQ
Hafnium <100 parts per million by weight ES_SQ
Tantalum <320 parts per million by weight ES_SQ
Tungsten <10 parts per million by weight ES_SQ
Rhenium <10 parts per million by weight ES_SQ
Osmium <10 parts per million by weight ES_SQ
Iridium <15 parts per million by weight ES_SQ
Platinum <6.8 parts per million by weight ES_SQ
Gold <10 parts per million by weight ES_SQ
Thallium <10 parts per million by weight ES_SQ
Lead 23 parts per million by weight ES_SQ
Bismuth <22 parts per million by weight ES_SQ
Thorium 50 parts per million by weight ES_SQ
Uranium <320 parts per million by weight ES_SQ
Element Value Units Technique Digestion Decomposition Laboratory
Lithium L68 ppm ES T semi-quant computed plate reader ES USGS-BAL
Beryllium 6.4 ppm ES T semi-quant computed plate reader ES USGS-BAL
Boron 38 ppm ES T semi-quant computed plate reader ES USGS-BAL
Calcium 3.64 pct ES T semi-quant computed plate reader ES USGS-BAL
Scandium 16 ppm ES T semi-quant computed plate reader ES USGS-BAL
Vanadium 50 ppm ES T semi-quant computed plate reader ES USGS-BAL
Chromium 17 ppm ES T semi-quant computed plate reader ES USGS-BAL
Cobalt 5.6 ppm ES T semi-quant computed plate reader ES USGS-BAL
Nickel 14 ppm ES T semi-quant computed plate reader ES USGS-BAL
Copper 29 ppm ES T semi-quant computed plate reader ES USGS-BAL
Zinc 52 ppm ES T semi-quant computed plate reader ES USGS-BAL
Gallium 37 ppm ES T semi-quant computed plate reader ES USGS-BAL
Germanium L4.6 ppm ES T semi-quant computed plate reader ES USGS-BAL
Arsenic L150 ppm ES T semi-quant computed plate reader ES USGS-BAL
Strontium 330 ppm ES T semi-quant computed plate reader ES USGS-BAL
Yttrium 99 ppm ES T semi-quant computed plate reader ES USGS-BAL
Zirconium 850 ppm ES T semi-quant computed plate reader ES USGS-BAL
Niobium 25 ppm ES T semi-quant computed plate reader ES USGS-BAL
Molybdenum 5.2 ppm ES T semi-quant computed plate reader ES USGS-BAL
Ruthenium L3.2 ppm ES T semi-quant computed plate reader ES USGS-BAL
Rhodium L1 ppm ES T semi-quant computed plate reader ES USGS-BAL
Palladium L1.5 ppm ES T semi-quant computed plate reader ES USGS-BAL
Silver L0.1 ppm ES T semi-quant computed plate reader ES USGS-BAL
Cadmium L32 ppm ES T semi-quant computed plate reader ES USGS-BAL
Indium L6.8 ppm ES T semi-quant computed plate reader ES USGS-BAL
Tin 21 ppm ES T semi-quant computed plate reader ES USGS-BAL
Antimony L100 ppm ES T semi-quant computed plate reader ES USGS-BAL
Barium 2100 ppm ES T semi-quant computed plate reader ES USGS-BAL
Lanthanum 180 ppm ES T semi-quant computed plate reader ES USGS-BAL
Cerium 240 ppm ES T semi-quant computed plate reader ES USGS-BAL
Praseodymium L68 ppm ES T semi-quant computed plate reader ES USGS-BAL
Neodymium 120 ppm ES T semi-quant computed plate reader ES USGS-BAL
Samarium L46 ppm ES T semi-quant computed plate reader ES USGS-BAL
Europium 2 ppm ES T semi-quant computed plate reader ES USGS-BAL
Gadolinium 26 ppm ES T semi-quant computed plate reader ES USGS-BAL
Terbium L32 ppm ES T semi-quant computed plate reader ES USGS-BAL
Dysprosium L32 ppm ES T semi-quant computed plate reader ES USGS-BAL
Holmium L6.8 ppm ES T semi-quant computed plate reader ES USGS-BAL
Erbium L10 ppm ES T semi-quant computed plate reader ES USGS-BAL
Thulium L4.6 ppm ES T semi-quant computed plate reader ES USGS-BAL
Ytterbium 9.9 ppm ES T semi-quant computed plate reader ES USGS-BAL
Lutetium L22 ppm ES T semi-quant computed plate reader ES USGS-BAL
Hafnium L100 ppm ES T semi-quant computed plate reader ES USGS-BAL
Tantalum L320 ppm ES T semi-quant computed plate reader ES USGS-BAL
Tungsten L10 ppm ES T semi-quant computed plate reader ES USGS-BAL
Rhenium L10 ppm ES T semi-quant computed plate reader ES USGS-BAL
Osmium L10 ppm ES T semi-quant computed plate reader ES USGS-BAL
Iridium L15 ppm ES T semi-quant computed plate reader ES USGS-BAL
Platinum L6.8 ppm ES T semi-quant computed plate reader ES USGS-BAL
Gold L10 ppm ES T semi-quant computed plate reader ES USGS-BAL
Thallium L10 ppm ES T semi-quant computed plate reader ES USGS-BAL
Lead 23 ppm ES T semi-quant computed plate reader ES USGS-BAL
Bismuth L22 ppm ES T semi-quant computed plate reader ES USGS-BAL
Thorium 50 ppm ES T semi-quant computed plate reader ES USGS-BAL
Uranium L320 ppm ES T semi-quant computed plate reader ES USGS-BAL
Al2O3 22.7 pct ES T semi-quant computed plate reader ES USGS-BAL
Al2O3 17 pct CM T fusion USGS-BAL
CaO 2.3 pct AA T fusion USGS-BAL
CO2 1.1 pct VOL T HCl USGS-BAL
FeTO3 4.86 pct ES T semi-quant computed plate reader ES USGS-BAL
Fe2O3 1.2 pct CM T fusion USGS-BAL
FeO 2.6 pct TT T HF-H2SO4 USGS-BAL
H2Om 0.19 pct GV T USGS-BAL
H2Ob 2.4 pct GV T flux and combustion, total H2O less moisture USGS-BAL
K2O 5.3 pct ES T semi-quant computed plate reader ES USGS-BAL
K2O 4.3 pct AA T fusion USGS-BAL
MgO 2.49 pct ES T semi-quant computed plate reader ES USGS-BAL
MgO 1.9 pct AA T fusion USGS-BAL
MnO 0.0943 pct ES T semi-quant computed plate reader ES USGS-BAL
MnO 0.06 pct CM T fusion USGS-BAL
Na2O 1.89 pct ES T semi-quant computed plate reader ES USGS-BAL
Na2O 1.4 pct AA T fusion USGS-BAL
P2O5 0.344 pct ES T semi-quant computed plate reader ES USGS-BAL
P2O5 0.16 pct CM T fusion USGS-BAL
SiO2 G72.7 pct ES T semi-quant computed plate reader ES USGS-BAL
SiO2 64.2 pct CM T fusion USGS-BAL
TiO2 0.701 pct ES T semi-quant computed plate reader ES USGS-BAL
TiO2 0.69 pct CM T fusion USGS-BAL