EigenformAI/ReSolveSA huggingface dataset:
Drillhole 191674, core 4, segment 4, depth 62.29 m (logged interval 58.5 to 64.0 m)
Location: latitude -30.8174203, longitude 134.699258
Logged: 14/02/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Komatiite
Description: brown, well laminated, moderately weathered, core is fractured to forming a rubble. Water sample @ 58m, TDS 41230.
Assay: Ag = <1 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: As = 42 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Bi = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ca = 53800 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cd = <2 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ce = <10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Co = 73 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cr = 1150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cu = 61 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Fe = 65000 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: K = 3050 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mg = 83500 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mn = 1200 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mo = 4 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Na = 13100 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Nb = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ni = 900 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: P = 150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Pb = 10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: S = 50 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sc = 24 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sr = 98 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ti = 2850 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: V = 165 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Y = 12 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Zn = 92 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Au = 9 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pt = 10 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pd = 13 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Drillhole 191674, core 4, segment 3, depth 62.22 m (logged interval 58.5 to 64.0 m)
Location: latitude -30.8174203, longitude 134.699258
Logged: 14/02/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Komatiite
Description: brown, well laminated, moderately weathered, core is fractured to forming a rubble. Water sample @ 58m, TDS 41230.
Assay: Ag = <1 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: As = 42 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Bi = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ca = 53800 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cd = <2 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ce = <10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Co = 73 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cr = 1150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cu = 61 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Fe = 65000 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: K = 3050 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mg = 83500 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mn = 1200 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mo = 4 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Na = 13100 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Nb = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ni = 900 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: P = 150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Pb = 10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: S = 50 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sc = 24 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sr = 98 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ti = 2850 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: V = 165 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Y = 12 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Zn = 92 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Au = 9 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pt = 10 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pd = 13 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Drillhole 191674, core 4, segment 2, depth 62.15 m (logged interval 58.5 to 64.0 m)
Location: latitude -30.8174203, longitude 134.699258
Logged: 14/02/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Komatiite
Description: brown, well laminated, moderately weathered, core is fractured to forming a rubble. Water sample @ 58m, TDS 41230.
Assay: Ag = <1 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: As = 42 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Bi = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ca = 53800 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cd = <2 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ce = <10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Co = 73 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cr = 1150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cu = 61 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Fe = 65000 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: K = 3050 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mg = 83500 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mn = 1200 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mo = 4 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Na = 13100 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Nb = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ni = 900 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: P = 150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Pb = 10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: S = 50 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sc = 24 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sr = 98 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ti = 2850 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: V = 165 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Y = 12 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Zn = 92 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Au = 9 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pt = 10 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pd = 13 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Drillhole 191674, core 4, segment 1, depth 62.07 m (logged interval 58.5 to 64.0 m)
Location: latitude -30.8174203, longitude 134.699258
Logged: 14/02/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Komatiite
Description: brown, well laminated, moderately weathered, core is fractured to forming a rubble. Water sample @ 58m, TDS 41230.
Assay: Ag = <1 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: As = 42 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Bi = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ca = 53800 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cd = <2 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ce = <10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Co = 73 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cr = 1150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cu = 61 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Fe = 65000 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: K = 3050 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mg = 83500 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mn = 1200 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mo = 4 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Na = 13100 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Nb = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ni = 900 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: P = 150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Pb = 10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: S = 50 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sc = 24 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sr = 98 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ti = 2850 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: V = 165 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Y = 12 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Zn = 92 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Au = 9 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pt = 10 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pd = 13 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Drillhole 191674, core 3, segment 10, depth 62.0 m (logged interval 58.5 to 64.0 m)
Location: latitude -30.8174203, longitude 134.699258
Logged: 14/02/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Komatiite
Description: brown, well laminated, moderately weathered, core is fractured to forming a rubble. Water sample @ 58m, TDS 41230.
Assay: Ag = <1 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: As = 42 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Bi = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ca = 53800 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cd = <2 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ce = <10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Co = 73 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cr = 1150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cu = 61 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Fe = 65000 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: K = 3050 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mg = 83500 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mn = 1200 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mo = 4 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Na = 13100 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Nb = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ni = 900 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: P = 150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Pb = 10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: S = 50 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sc = 24 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sr = 98 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ti = 2850 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: V = 165 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Y = 12 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Zn = 92 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Au = 9 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pt = 10 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pd = 13 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Drillhole 191674, core 3, segment 9, depth 61.9 m (logged interval 58.5 to 64.0 m)
Location: latitude -30.8174203, longitude 134.699258
Logged: 14/02/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Komatiite
Description: brown, well laminated, moderately weathered, core is fractured to forming a rubble. Water sample @ 58m, TDS 41230.
Assay: Ag = <1 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: As = 42 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Bi = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ca = 53800 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cd = <2 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ce = <10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Co = 73 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cr = 1150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Cu = 61 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Fe = 65000 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: K = 3050 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mg = 83500 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mn = 1200 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Mo = 4 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Na = 13100 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Nb = <5 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ni = 900 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: P = 150 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Pb = 10 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: S = 50 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sc = 24 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Sr = 98 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Ti = 2850 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: V = 165 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Y = 12 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Zn = 92 ppm
Method: HF/multi acid digest, ICP-OES determination.
Assay: Au = 9 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pt = 10 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Assay: Pd = 13 ppb
Method: 40g sample fused in lead collection fire assay. Resulting prill digested in Aqua Regia. ICP-OES determination.
Drillhole 186166, core 3, segment 2, depth 64.93 m (logged interval 64.8 to 70.0 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Komatiite
Description: pale grey-green, fine-grained, altered to tremolite-chlorite-talc. Minor veins  to 1-5 mm of magnesite-chlorite-actinolite at various orientations. Pervasive green colouration due to chlorite alteration. Strong to moderately magnetic.
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 3, segment 1, depth 64.79 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 2, segment 10, depth 64.65 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 2, segment 9, depth 64.5 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 2, segment 8, depth 64.36 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 2, segment 7, depth 64.21 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 2, segment 6, depth 64.06 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 2, segment 5, depth 63.91 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 2, segment 4, depth 63.76 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 2, segment 3, depth 63.61 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 2, segment 2, depth 63.46 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 2, segment 1, depth 63.31 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 1, segment 10, depth 63.16 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 1, segment 9, depth 63.03 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 1, segment 8, depth 62.89 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 1, segment 7, depth 62.76 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 1, segment 6, depth 62.62 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 186166, core 1, segment 5, depth 62.48 m (logged interval 62.0 to 64.8 m)
Location: latitude -30.8129153, longitude 134.672237
Logged: 08/01/2008 by Geologist Office of Minerals & Energy Resourc
Major lithology: Meta-Ultramafic Igneous Rock
Description: AA, pale grey
Assay: Au = 12 ppb
Method: FA3
Assay: Au = 14 ppb
Method: FA3
Assay: Pt = 10 ppb
Method: FA3
Assay: Pt = 15 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Pd = 13 ppb
Method: FA3
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 41 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cu = 30 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 40200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 420 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mo = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 550 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = <3 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: V = 80 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 28 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Cr = 1200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 185586, core 3, segment 8, depth 51.71 m (logged interval 51.5 to 54.53 m)
Location: latitude -29.4469473, longitude 135.463245
Logged: 01/10/1993 by Unknown 
Major lithology: Granite
Description: ""medium to pale red, kspar-qz, altered.""
Assay: Cu = 35 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = 6 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 36 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Au = <0.02 ppm
Method: AA7
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: P = 750 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 24 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 13 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 2.94 %
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 185586, core 3, segment 7, depth 51.6 m (logged interval 51.5 to 54.53 m)
Location: latitude -29.4469473, longitude 135.463245
Logged: 01/10/1993 by Unknown 
Major lithology: Granite
Description: ""medium to pale red, kspar-qz, altered.""
Assay: Cu = 35 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = 6 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 36 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Au = <0.02 ppm
Method: AA7
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: P = 750 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 24 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 13 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 2.94 %
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 185586, core 3, segment 6, depth 51.5 m (logged interval 51.0 to 51.5 m)
Location: latitude -29.4469473, longitude 135.463245
Logged: 01/10/1993 by Unknown 
Major lithology: Gneiss
Description: ""medium to dark grey, bio-qz-fx, moderately weathered.""
Assay: Cu = 35 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = 6 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 36 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Au = <0.02 ppm
Method: AA7
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: P = 750 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 24 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 13 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 2.94 %
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 185586, core 3, segment 5, depth 51.4 m (logged interval 51.0 to 51.5 m)
Location: latitude -29.4469473, longitude 135.463245
Logged: 01/10/1993 by Unknown 
Major lithology: Gneiss
Description: ""medium to dark grey, bio-qz-fx, moderately weathered.""
Assay: Cu = 35 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = 6 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 36 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Au = <0.02 ppm
Method: AA7
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: P = 750 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 24 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 13 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 2.94 %
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 185586, core 3, segment 4, depth 51.3 m (logged interval 51.0 to 51.5 m)
Location: latitude -29.4469473, longitude 135.463245
Logged: 01/10/1993 by Unknown 
Major lithology: Gneiss
Description: ""medium to dark grey, bio-qz-fx, moderately weathered.""
Assay: Cu = 35 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = 6 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 36 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Au = <0.02 ppm
Method: AA7
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: P = 750 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 24 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 13 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 2.94 %
Method: Elements and Detection Limits by Optical Emission ICP
Drillhole 185586, core 3, segment 3, depth 51.2 m (logged interval 51.0 to 51.5 m)
Location: latitude -29.4469473, longitude 135.463245
Logged: 01/10/1993 by Unknown 
Major lithology: Gneiss
Description: ""medium to dark grey, bio-qz-fx, moderately weathered.""
Assay: Cu = 35 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Pb = 6 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Zn = 36 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ag = <0.5 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Au = <0.02 ppm
Method: AA7
Assay: As = <1 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Mn = 200 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: P = 750 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Ni = 24 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Co = 13 ppm
Method: Elements and Detection Limits by Optical Emission ICP
Assay: Fe = 2.94 %
Method: Elements and Detection Limits by Optical Emission ICP