Sample Summary
ARSSG Sample ID: 89242
Assessment Report No.: 35059Original Sample Name: P554927
Sample Type: soil-mmiSample Depth: 25 cm
Original X Coordinates: 381063Original Y Coordinates: 5872331EPSG SRID: 3157
NAD83 Latitude: 52.9873412242725NAD83 Longitude: -124.771818950599Coordinate Confidence: H
Analyte Abundance Units Detection Limit Method
Ag -1 ppb 1 Prorietary sample digestion with ICP analysis
Al 153 ppm 1 Prorietary sample digestion with ICP analysis
As -10 ppb 10 Prorietary sample digestion with ICP analysis
Au -0.1 ppb 0.1 Prorietary sample digestion with ICP analysis
Ba 1620 ppb 10 Prorietary sample digestion with ICP analysis
Bi -1 ppb 1 Prorietary sample digestion with ICP analysis
Ca 150 ppm 10 Prorietary sample digestion with ICP analysis
Cd 9 ppb 1 Prorietary sample digestion with ICP analysis
Ce 110 ppb 5 Prorietary sample digestion with ICP analysis
Co 33 ppb 5 Prorietary sample digestion with ICP analysis
Cr -100 ppb 100 Prorietary sample digestion with ICP analysis
Cs 1.3 ppb 0.5 Prorietary sample digestion with ICP analysis
Cu 70 ppb 10 Prorietary sample digestion with ICP analysis
Dy 31 ppb 1 Prorietary sample digestion with ICP analysis
Er 16.5 ppb 0.5 Prorietary sample digestion with ICP analysis
Eu 6.4 ppb 0.5 Prorietary sample digestion with ICP analysis
Fe 51 ppm 1 Prorietary sample digestion with ICP analysis
Ga 4 ppb 1 Prorietary sample digestion with ICP analysis
Gd 25 ppb 1 Prorietary sample digestion with ICP analysis
Hg -1 ppb 1 Prorietary sample digestion with ICP analysis
In -0.5 ppb 0.5 Prorietary sample digestion with ICP analysis
K 48.3 ppm 0.1 Prorietary sample digestion with ICP analysis
La 33 ppb 1 Prorietary sample digestion with ICP analysis
Li -5 ppb 5 Prorietary sample digestion with ICP analysis
Mg 29 ppm 1 Prorietary sample digestion with ICP analysis
Mn 6000 ppb 10 Prorietary sample digestion with ICP analysis
Mo -5 ppb 5 Prorietary sample digestion with ICP analysis
Nb 2.4 ppb 0.5 Prorietary sample digestion with ICP analysis
Nd 68 ppb 1 Prorietary sample digestion with ICP analysis
Ni 148 ppb 5 Prorietary sample digestion with ICP analysis
P 2 ppm 0.1 Prorietary sample digestion with ICP analysis
Pb -10 ppb 10 Prorietary sample digestion with ICP analysis
Pd -1 ppb 1 Prorietary sample digestion with ICP analysis
Pr 13 ppb 1 Prorietary sample digestion with ICP analysis
Pt -1 ppb 1 Prorietary sample digestion with ICP analysis
Rb 155 ppb 5 Prorietary sample digestion with ICP analysis
Sb -1 ppb 1 Prorietary sample digestion with ICP analysis
Sc 27 ppb 5 Prorietary sample digestion with ICP analysis
Sm 20 ppb 1 Prorietary sample digestion with ICP analysis
Sn -1 ppb 1 Prorietary sample digestion with ICP analysis
Sr 1430 ppb 10 Prorietary sample digestion with ICP analysis
Ta -1 ppb 1 Prorietary sample digestion with ICP analysis
Tb 5 ppb 1 Prorietary sample digestion with ICP analysis
Te -10 ppb 10 Prorietary sample digestion with ICP analysis
Th 7.8 ppb 0.5 Prorietary sample digestion with ICP analysis
Ti 300 ppb 3 Prorietary sample digestion with ICP analysis
Tl -0.5 ppb 0.5 Prorietary sample digestion with ICP analysis
U 3 ppb 1 Prorietary sample digestion with ICP analysis
W -1 ppb 1 Prorietary sample digestion with ICP analysis
Y 174 ppb 5 Prorietary sample digestion with ICP analysis
Yb 12 ppb 1 Prorietary sample digestion with ICP analysis
Zn 1820 ppb 20 Prorietary sample digestion with ICP analysis
Zr 111 ppb 5 Prorietary sample digestion with ICP analysis