# Rocks

Lab_Method:
Au: fire/AAS; Ag, Cu, Zn, Pb, As, Bi: AAS; Ba, Sn, W, Sb: XRF

file_name:
EL13_2020 RChip Assays Sites 92_3337 final


Lab_Method:
Cu, Pb, Zn, Ni, Cr, Ag, Co, Bi, Mn, Fe & : ICP_1; Sn, W: XRF


Lab_Method:
Au: fire/AAS; Cu, Zn, Ag: AAS; Pb, As, Ba, Sn, W, Bi, Sb: XRF


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF4

file_name:
EL15_2020 Mt Stronach Rock Assay 82-1753 11Jun21 final fmt


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF7


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF31


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF33


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF42


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF43


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF77


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF79


file_name:
EL10_2020 MRT Rock db Subset 24feb16 for MI


Comments:
ferrug qtz w 2 parallel vns to 100mm in sst


Comments:
blue grey orthoqtzite,qtz stockwork. brecciated, limonite and drusy qtz in vugs. O/C


Comments:
blue grey orthoqtzite, minor qtz veins with limon pits. O/C


Comments:
wh vein qtx in fossil sltst. Compos lag sample, Beams east Rd


Comments:
vein qtz, west dipping, blebs Fe ox ? after pyr. O/C Winkleigh anom


Comments:
blue grey orthoqtzite, qtz veinlets, abund second silica. O/C, footwall to vein A/A


Comments:
blue grey f qtz sst, minor 1cm qtz veins, well bedded west dip, near slate concact, O/C


Comments:
black partly oxid slatey shale, f wh mica, O/C


Comments:
Qtz-Umonite veins in altered black shale


Comments:
Purplish qtz-mica sst. Petrological Sample


Comments:
Grey qtz-mica siltstone. Reference Sample


Comments:
Grey qtz-mica silty phyllite. Reference Sample


Comments:
Hematised quartz conglomerate. Petrological Sample


Comments:
Chips of limonitic qtz over 40m in shale


Geology:
Qtz-Umonite veins in altered black shale


Geology:
Purplish qtz-mica sst. Petrological Sample


Geology:
Grey qtz-mica siltstone. Reference Sample


Geology:
Grey qtz-mica silty phyllite. Reference Sample


Geology:
Hematised quartz conglomerate. Petrological Sample


Geology:
Chips of limonitic qtz over 40m in shale


Lab_Method:
PM205: Au; IC205: Au, Cu, Pb, Zn, As, Sb


Lab_Method:
Au:PM105; As, Sb, Cu, Pb, Zn, Bi, Mo,Ag: IC205

Comments:
brown mg-cg qtz SS. 5% qtz vning, abun mica


Comments:
reddish brown mg-cg SS, minor stockwork fe-ox qtz vnlets


Comments:
dark red brown eg-veg SS, 1cm red-black transp. qtz vn


Comments:
dark red brown fg SS, minor qtz vning, silicified


Comments:
chocolate brown mg-cg SS, 1cm fe-ox qtz vn


Comments:
Cobble of 2nd conchoidal siliceous rock, after ultrabasic?


Geology:
O/C - brownish Fe oxide cement developed on qtz vein above

Lab_Method:
Not stated, but prob: FA: Au; AAS: Cu, Pb, Zn, Ag, Mn, Au, As


Geology:
Black weakly pyrite slate, strongly cleaved


Geology:
Poorly cellular porous crystalline haematite - geothite rock. Non magnetic


Geology:
Ferruginised brown siltstone, porous, with secondary Fe oxides in cavities (small py veins)


Geology:
Clayey weathered siltstone, slightly ferruginised


Geology:
Porous, slightly mniterous ferruginised siltstone with roundedmodules of crystalline Fe oxide to 10mm


Geology:
Ferruginous claystone with stringers and secondary Fe oxide (after sulphides?)


Geology:
Massive cellular crystalline secondary goethite gossan


Comments:
10-30mm sheeted qlz vn in sst sim 216793


Comments:
ferrug qlz w 2 parallel vns to 100mm in ssl


file_name:
98-4201 Winkleigh Rock Assays Sites ocr final


Lab_Method:
Au: F630; Ag, Cu, Pb, Zn: A102; As: H102; S: V821; Lithogeochem: XRF (X401) & ICP-AES


Geology:
Qtz-Limonite veins in altered black shale


Lab_Method:
Au: B/ETA; Cu, Zn, Ag, Pb: B/AAS; Check: FA/AAS, AX/AAS

file_name:
EL19_2020 RChip Assays Sites Master 8Oct21


Geology:
quartz microveins (up to 2mm thick) in feruginous sandstone


Geology:
quartz microveins (up to 4mm thick) in sandstone; with black qtz selvages and white qtz core


Geology:
brecciated quartzite/shale fragments in sugary quartz or porphyry matrix


Geology:
quartz microveins or stockwork in quartzite


Geology:
sugary quartz veinlets( to 3cm thick) in quartzite


Geology:
altered granite with black films and crusts of botryoidal manganese


Geology:
altered, bleached granite with silica "flooding" in vughs and cavities with coarse white mica


Geology:
coarse quartz veins (inc white mica) in sediments


Lab_Method:
AAS: Cu, Pb, Zn, Ag, As, Ca, Bi; Col: Mo


Lab_Method:
Cu, Pb, Zn, Ag, As: AAS; Sn XRF; Au: AA ARLeach


file_name:
EL19_2020 RChip Assays Sites Master 22Mch22


file_name:
EL19_2020 RChip Assays Sites Master 28Mch22


# Soils

file_name:
Winkleigh Soil Geochem Sites Assays BGNL 1998


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF10

file_name:
EL15_2020 Mt Stronach Soil Assay 82-1753 11Jun21 final fmt


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF11


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF12


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF13


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF14


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF15


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF16


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF17


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF18


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF19


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF20


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF21


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF22


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF23


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF24


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF25


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF26


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF27


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF28


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF29


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF30


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF32


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF34


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF35


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF1


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF2


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF3


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF5


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF6


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF8


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF9


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF36


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF37


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF38


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF39


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF40


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF41


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF44


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF45


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF46


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF47


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF48


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF49


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF50


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF51


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF52


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF53


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF54


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF55


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF56


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF57


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF58


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF59


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF60


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF61


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF62


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF63


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF64


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF65


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF66


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF67


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF68


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF69


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF70


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF71


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF72


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF73


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF74


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF75


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF76


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF78


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF80


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF81


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF82


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF83


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF84


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF85


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF86


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF87


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF88


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF89


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF90


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF91


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF92


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF93


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF94


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF95


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF96


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF97


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF98


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF99


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF100


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF101


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF102


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF103


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF104


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF105


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF106


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF107


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF108


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF109


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF110


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF111


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF112


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF117


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF118


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF119


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF120


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF121


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF122


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF123


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF124


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF125


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF126


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF127


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF128


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF129


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF130


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF131


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF132


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF133


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF134


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF135


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF136


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF137


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF138


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF139


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF140


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF141


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF142


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF143


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF144


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF145


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF146


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF147


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF148


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF149


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF150


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF151


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF152


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF153


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF154


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF155


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF156


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF157


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF158


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF159


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF160


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF161


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF162


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF163


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF164


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF165


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF166


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF167


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF168


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF169


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF170


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF171


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF172


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF173


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF174


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF175


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF176


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF177


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF178


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF179


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF180


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF181


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF182


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF183


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF184


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF185


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF186


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF187


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF188


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF189


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF190


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF191


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF192


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF193


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF194


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF195


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF196


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF197


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF198


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF199


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF200


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF201


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF202


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF203


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF204


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF205


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF206


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF207


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF208


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF209


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF210


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF211


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF212


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF213


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF214


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF215


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF216


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF217


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF218


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF219


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF220


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF221


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF222


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF223


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF224


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF225


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF226


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF227


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF228


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF229


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF230


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF231


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF232


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF233


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF234


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF235


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF236


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF237


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF238


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF239


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF240


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF241


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF242


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF243


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF244


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF245


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF246


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF247


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF248


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF249


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF250


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF251


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF252


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF253


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF254


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF255


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF256


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF257


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF258


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF259


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF260


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF261


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF262


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF263


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF264


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF265


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF266


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF267


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF268


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF269


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF270


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF271


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF272


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF273


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF274


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF275


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF276


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF277


Lab_Method:
Cu, Pb, Zn: AAS1; Ag, Mo: AAS3; Sn, W, Rb, Sr: XRF278


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/2


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/3


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/4


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/12


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/13


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/14


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/15


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/16


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/17


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/18


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/19


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/20


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/21


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/22


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/23


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/24


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/25


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/26


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/27


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/28


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/29


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/30


Lab_Method:
Ag, Cu, Zn, Pb, Mo: Code C1/C2; Sn, W: Code B1/31


Comments:
ywish org cy aft wed sst also qtz vn fiBrous


Comments:
ywish org cy/wed fg qtz sst w Imc qtz frags


Comments:
gyish org wed qtz sst                             1


Lab_Method:
Au: F614; As: H102; Ag, Cu, Pb, Zn, Ni, Cr: A102


file_name:
99-4376_071 Soil Traverses Au etc ocr v2


file_name:
Soil BGNL EL2094_200401_03_App1 for MI v2


Comments:
gy sand around rdd pebbles sil sst (Perm?)


Comments:
gyish org cy w ocl rdd pebbles also wed sst


file_name:
Winkleigh Soil Grid Assays Sites BGNL 1998


Lab_Method:
Cu, Pb, Zn, Ag: Method 1; As: Method 5B; Sn: Method 1A (XRF)

file_name:
EL19_2020 Soil Assays Sites Master 24Feb22


Lab_Method:
AAS: Cu, Pb, Zn, Ag, As, Ca, Bi; Col: Mo

file_name:
EL19_2020 Soil Assays Sites Master 22Mch22


# Stream Sediment

Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA145


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA151


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA152


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA153


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA154


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA143


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA144


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA158


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA159


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA160


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA161


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA162


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA163


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA164


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA165


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA166


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA167


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA168


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA169


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA170


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA171


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA172


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA174


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA175


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA176


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA177


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA178


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA179


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA180


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA181


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA182


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA183


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA184


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA185


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA186


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA187


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA188


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA189


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA194


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA195


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA196


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA197


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA198


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA222


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA224


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA247


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA250


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA251


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA268


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA269


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA273


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA274


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA280


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA281


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA282


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA283


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA284


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA285


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA286


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA287


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA288


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA319


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA320


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA321


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA322


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA323


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA324


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA325


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA326


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA327


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA328


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA329


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA330


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA331


Lab_Method:
Au: Code GG309; Cu, Pb, Zn : Code GA140; As: Code HA332


file_name:
EL10_2020 MRT SSed db Subset 24Feb16 for MI


Lab_Method:
Au:PM105; As, Sb, Cu, Pb, Zn, Bi, Mo,Ag: IC205


Comments:
dry silt, sand, gravel, active above dam


Comments:
dry silt, sand, gravel, active below dam


Comments:
Good sample-minor organics. Ck 2m wide, flowing


Comments:
Good sample, with organics. Ck 0.5m wide, flowing


Comments:
Fair sample, some organics. Ck 4m wide, flowing


Comments:
Fair sample, some organics. Ck 5m wide, dry


Comments:
Fair sample, clayey. Ck 4m wide, flowing


