NGDB concentrate from sediment sample D152108 (stream/river)

FieldValue
Lab IDD152108
Field ID1024
Job IDL124
Sample submitterSainsbury, Cleo L.
Date submitted9/1/1971
Project nameNome-Seward Peninsula HM
StateAK
CountryUnited States
Latitude (WGS84)63.54947247
Longitude (WGS84)-150.97742308
Original datum(NAD27)
Original latitude63.55
Original longitude-150.975
Location precision30 seconds
Sample sourcestream/river
Primary media typesediment
Secondary media typeconcentrate
Sample media nameC3 fraction
Notes on samplestream
Geologic ageRecent
Stratigraphic unitRECENT ALLUVIUM
Sample preparation methodpanned; sieved; bromoform separation; electromagnetic separation
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Geologic map unit-150.97742308, 63.54947247
Nearby scientific dataFind additional scientific data near this location
ElementMeasured valueUnits of measureAnalytical method
Lithium<100parts per million by weightES_SQ
Beryllium<1parts per million by weightES_SQ
Boron70parts per million by weightES_SQ
Magnesium2percent by weightES_SQ
Aluminum5percent by weightES_SQ
Calcium3percent by weightES_SQ
Scandium30parts per million by weightES_SQ
Titanium2percent by weightES_SQ
Vanadium150parts per million by weightES_SQ
Chromium100parts per million by weightES_SQ
Manganese0.5percent by weightES_SQ
Iron10percent by weightES_SQ
Cobalt30parts per million by weightES_SQ
Nickel50parts per million by weightES_SQ
Copper100parts per million by weightES_SQ
Zinc5000parts per million by weightES_SQ
Germanium<10parts per million by weightES_SQ
Arsenic<2000parts per million by weightES_SQ
Strontium300parts per million by weightES_SQ
Yttrium100parts per million by weightES_SQ
Zirconium150parts per million by weightES_SQ
Niobium50parts per million by weightES_SQ
Molybdenum<5parts per million by weightES_SQ
Palladium<2parts per million by weightES_SQ
Silver20parts per million by weightES_SQ
Cadmium<50parts per million by weightES_SQ
Indium<10parts per million by weightES_SQ
Tin<20parts per million by weightES_SQ
Antimony<200parts per million by weightES_SQ
Tellurium<2000parts per million by weightES_SQ
Barium300parts per million by weightES_SQ
Lanthanum150parts per million by weightES_SQ
Cerium300parts per million by weightES_SQ
Europium<200parts per million by weightES_SQ
Hafnium<200parts per million by weightES_SQ
Tantalum<500parts per million by weightES_SQ
Tungsten<200parts per million by weightES_SQ
Rhenium<50parts per million by weightES_SQ
Platinum<50parts per million by weightES_SQ
Gold<50parts per million by weightES_SQ
Thallium<50parts per million by weightES_SQ
Lead700parts per million by weightES_SQ
Bismuth<20parts per million by weightES_SQ
Thorium<150parts per million by weightES_SQ
Uranium<500parts per million by weightES_SQ
ElementValueUnitsTechnique
LithiumN100parts per million by weightES_SQ
BerylliumN1parts per million by weightES_SQ
Boron70parts per million by weightES_SQ
Magnesium2percent by weightES_SQ
Aluminum5percent by weightES_SQ
Calcium3percent by weightES_SQ
Scandium30parts per million by weightES_SQ
Titanium2percent by weightES_SQ
Vanadium150parts per million by weightES_SQ
Chromium100parts per million by weightES_SQ
Manganese0.5percent by weightES_SQ
Iron10percent by weightES_SQ
Cobalt30parts per million by weightES_SQ
Nickel50parts per million by weightES_SQ
Copper100parts per million by weightES_SQ
Zinc5000parts per million by weightES_SQ
GermaniumN10parts per million by weightES_SQ
ArsenicN2000parts per million by weightES_SQ
Strontium300parts per million by weightES_SQ
Yttrium100parts per million by weightES_SQ
Zirconium150parts per million by weightES_SQ
Niobium50parts per million by weightES_SQ
MolybdenumN5parts per million by weightES_SQ
PalladiumN2parts per million by weightES_SQ
Silver20parts per million by weightES_SQ
CadmiumN50parts per million by weightES_SQ
IndiumN10parts per million by weightES_SQ
TinN20parts per million by weightES_SQ
AntimonyN200parts per million by weightES_SQ
TelluriumN2000parts per million by weightES_SQ
Barium300parts per million by weightES_SQ
Lanthanum150parts per million by weightES_SQ
Cerium300parts per million by weightES_SQ
EuropiumN200parts per million by weightES_SQ
HafniumN200parts per million by weightES_SQ
TantalumN500parts per million by weightES_SQ
TungstenN200parts per million by weightES_SQ
RheniumN50parts per million by weightES_SQ
PlatinumN50parts per million by weightES_SQ
GoldN50parts per million by weightES_SQ
ThalliumN50parts per million by weightES_SQ
Lead700parts per million by weightES_SQ
BismuthN20parts per million by weightES_SQ
ThoriumN150parts per million by weightES_SQ
UraniumN500parts per million by weightES_SQ