Tenement Holder: Greatland Pty Ltd Tenement: "EL26/2004, EL31/2004" Activity: Drill hole interval interpretation (all Firetower DD drilling) FileName: EL26_312004_2007_A_23_App8DrillLog.txt Data Date: Nov. 2006- Nov. 2007 Related Data and codes Location:EL26_312004_2007_A_01_Reportbody.pdf Datum: "AGD66, AHD" Projection: UTM Zone 55 Hole No. From To Recovery RQD Weathering Weathering Code Schistosity Rock Strength Foliation CA MagSus Comments FTD013 0.0 1.0 100 10 SW 3 WS M 30 BOCO = 0m FTD013 1.0 2.0 100 20 SW 3 WS M 40 FTD013 2.0 3.0 100 60 SW 3 WS M 40 FTD013 3.0 4.0 100 10 FR 1 WS M 40 FTD013 4.0 5.0 100 40 FR 1 WS M 45 FTD013 5.0 6.0 100 35 FR 1 WS M 45 FTD013 6.0 7.0 100 50 SW 3 WS M 20 FTD013 7.0 8.0 100 40 SW 3 WS M 10 FTD013 8.0 9.0 100 60 SW 3 WS S 15 FTD013 9.0 10.0 100 50 FR 1 WS M 10 FTD013 10.0 11.0 100 75 FR 1 WS M 10 FTD013 11.0 12.0 100 75 FR 1 WS M 0 FTD013 12.0 13.0 100 70 FR 1 WS M 10 FTD013 13.0 14.0 100 90 FR 1 WS M 30 FTD013 14.0 15.0 100 75 FR 1 WS S 35 FTD013 15.0 16.0 100 80 FR 1 WS M 20 FTD013 16.0 17.0 100 100 FR 1 WS M 20 FTD013 17.0 18.0 100 30 FR 1 WS M 35 FTD013 18.0 19.0 100 86 FR 1 WS M 45 FTD013 19.0 20.0 100 100 FR 1 WS M 45 FTD013 20.0 21.0 100 90 FR 1 M M FTD013 21.0 22.0 100 55 FR 1 M M FTD013 22.0 23.0 100 45 FR 1 M M 35 22.55 - 22.65 weathered joint - shear @ 80.CA FTD013 23.0 24.0 100 50 FR 1 M M 23.5m a.a. FTD013 24.0 25.0 100 100 FR 1 M S FTD013 25.0 26.0 100 70 SW 3 M M FTD013 26.0 27.0 100 85 FR 1 WS M 20 FTD013 27.0 28.0 100 100 FR 1 WS M 40 FTD013 28.0 29.0 100 80 FR 1 WS M 45 FTD013 29.0 30.0 100 50 FR 1 WS M 45 FTD013 30.0 31.0 100 60 FR 1 WS M 35 31.4m oxidised 3cm shear FTD013 31.0 32.0 100 50 (FR) 2 WS M 30 FTD013 32.0 33.0 100 20 FR 1 WS M 40 FTD013 33.0 34.0 100 60 FR 1 WS M 40 FTD013 34.0 35.0 100 90 FR 1 WS M 30 FTD013 35.0 36.0 100 70 FR 1 WS M 30 FTD013 36.0 37.0 100 80 FR 1 WS M 36.5 - 36.7m crush zone FTD013 37.0 38.0 100 85 FR 1 WS S FTD013 38.0 39.0 100 88 FR 1 WS S 30 FTD013 39.0 40.0 100 88 FR 1 WS S FTD013 40.0 41.0 100 95 FR 1 WS S FTD013 41.0 42.0 100 90 SW 3 WS M FTD013 42.0 43.0 100 90 SW 3 WS M Partly oxidised on sulphide FTD013 43.0 44.0 100 75 FR 1 WS S 45 FTD013 44.0 45.0 100 90 FR 1 WS M BOPO = 45.7m FTD013 45.0 46.0 100 85 (FR) 2 WS M 40 Partly oxidised on sulphide only FTD013 46.0 47.0 100 90 FR 1 WS M 40 FTD013 47.0 48.0 100 97 FR 1 WS S 35 FTD013 48.0 49.0 100 95 FR 1 WS M 30 FTD013 49.0 50.0 100 85 FR 1 WS M 30 FTD013 50.0 51.0 100 70 FR 1 WS M 35 FTD013 51.0 52.0 100 78 FR 1 WS M 30 FTD013 52.0 53.0 100 40 FR 1 MS M 30 FTD013 53.0 54.0 100 35 FR 1 MS M 35 FTD013 54.0 55.0 100 44 FR 1 MS M 35 FTD013 55.0 56.0 100 44 FR 1 WS M 35 FTD013 56.0 57.0 100 80 FR 1 MS M 40 FTD013 57.0 58.0 100 55 FR 1 MS M 45 FTD013 58.0 59.0 100 92 FR 1 WS S 30 FTD013 59.0 60.0 100 85 FR 1 WS M 40 FTD013 60.0 61.0 100 70 FR 1 WS M 45 FTD013 61.0 62.0 100 10 FR 1 WS M FTD013 62.0 63.0 100 70 FR 1 WS M FTD013 63.0 64.0 100 30 FR 1 WS M 45 FTD013 64.0 65.0 100 65 FR 1 WS M 2cm pug zone at 65.2m FTD013 65.0 66.0 100 12 FR 1 WS M 20 FTD013 66.0 67.0 100 10 FR 1 WS M FTD013 67.0 68.0 100 50 FR 1 WS M 15 FTD013 68.0 69.0 100 10 FR 1 WS M 15 FTD013 69.0 70.0 100 14 FR 1 WS M 20 FTD013 70.0 71.0 100 50 FR 1 WS M 20 FTD013 71.0 72.0 100 38 FR 1 WS M 20 FTD013 72.0 73.0 100 40 FR 1 MS M 15 FTD013 73.0 74.0 100 52 FR 1 WS M 15 FTD013 74.0 75.0 100 25 FR 1 MS W 15 FTD013 75.0 76.0 70 0 FR 1 WS M 15 30% core loss FTD013 76.0 77.0 100 10 FR 1 WS M 20 FTD013 77.0 78.0 100 0 FR 1 WS M 25 FTD013 78.0 79.0 100 22 FR 1 WS M 25 FTD013 79.0 80.0 100 65 FR 1 WS M 30 FTD013 80.0 80.5 100 80 FR 1 WS M 30 FTD014 0.0 1.0 100 10 MW 4 WS W 30 BOCO = 0.5m FTD014 1.0 2.0 100 75 SW 3 WS W 30 FTD014 2.0 3.0 70 15 SW 3 WS W FTD014 3.0 4.0 90 0 MW 4 WS M FTD014 4.0 5.0 100 0 SW 3 WS M 55 FTD014 5.0 6.0 100 14 SW 3 WS M FTD014 6.0 7.0 100 0 SW 3 WS M FTD014 7.0 8.0 80 0 SW 3 WS M FTD014 8.0 9.0 100 80 SW 3 WS M FTD014 9.0 10.0 100 40 FR 1 WS M 35 FTD014 10.0 11.0 100 55 FR 1 WS S 50 FTD014 11.0 12.0 100 42 SW 3 WS M FTD014 12.0 13.0 100 70 SW 3 WS S FTD014 13.0 14.0 100 30 SW 3 WS S 45 FTD014 14.0 15.0 100 95 FR 1 WS S 45 FTD014 15.0 16.0 100 45 FR 1 WS S 50 FTD014 16.0 17.0 100 98 FR 1 WS S FTD014 17.0 18.0 100 82 SW 3 WS S 60 FTD014 18.0 19.0 100 94 FR 1 WS S 45 FTD014 19.0 20.0 100 100 FR 1 WS S 45 FTD014 20.0 21.0 100 90 FR 1 MS M 60 FTD014 21.0 22.0 100 0 SW 3 MS M 55 FTD014 22.0 23.0 100 25 SW 3 MS M 60 FTD014 23.0 24.0 100 20 SW 3 MS M 55 FTD014 24.0 25.0 100 0 SW 3 HS M 50 FTD014 25.0 26.0 100 10 SW 3 MS M 50 FTD014 26.0 27.0 100 50 SW 3 WS M 30 FTD014 27.0 28.0 100 50 SW 3 WS S 25 FTD014 28.0 29.0 100 60 FR 1 WS S 30 FTD014 29.0 30.0 100 50 FR 1 WS S 40 FTD014 30.0 31.0 100 60 FR 1 WS S 30 Fold at 32.6m FTD014 31.0 32.0 100 40 FR 1 WS S 25 FTD014 32.0 33.0 100 50 FR 1 WS S 60 FTD014 33.0 34.0 100 48 (FR) 2 WS M FTD014 34.0 35.0 100 44 FR 1 WS M 60 FTD014 35.0 36.0 100 45 (FR) 2 WS S 60 FTD014 36.0 37.0 100 60 (FR) 2 WS M FTD014 37.0 38.0 100 65 (FR) 2 WS S 55 FTD014 38.0 39.0 100 60 FR 1 WS S FTD014 39.0 40.0 100 70 FR 1 WS S FTD014 40.0 41.0 100 70 (FR) 2 WS S FTD014 41.0 42.0 100 90 FR 1 WS VS 60 FTD014 42.0 43.0 100 85 FR 1 WS VS FTD014 43.0 44.0 100 60 FR 1 WS S 60 FTD014 44.0 45.0 100 76 FR 1 WS S FTD014 45.0 46.0 100 100 FR 1 WS S FTD014 46.0 47.0 100 50 (FR) 2 WS S FTD014 47.0 48.0 100 50 (FR) 2 WS S 60 FTD014 48.0 49.0 100 65 (FR) 2 WS M FTD014 49.0 50.0 100 10 (FR) 2 WS M FTD014 50.0 51.0 100 35 FR 1 WS M BOPO > 50m sulphide weathering FTD014 51.0 52.0 100 22 FR 1 WS M 55 FTD014 52.0 53.0 84 10 FR 1 WS M 55 FTD014 53.0 54.0 100 27 FR 1 WS M 50 FTD014 54.0 55.0 100 35 FR 1 WS M 50 FTD014 55.0 55.5 100 100 FR 1 WS M 50 FTD015 0.0 1.0 55 0 MW 4 WS M 10 BOCO = 1.0m FTD015 1.0 2.0 100 45 MW 4 WS M 20 FTD015 2.0 3.0 100 10 MW 4 WS M 35 FTD015 3.0 4.0 100 0 MW 4 WS M 45 FTD015 4.0 5.0 100 30 SW 3 WS M 45 4.9 - 5.0m cemented crush FTD015 5.0 6.0 70 10 MW 4 WS M 50 FTD015 6.0 7.0 100 25 MW 4 WS M 6.5 crush? Cemented FTD015 7.0 8.0 100 50 SW 3 WS M 35 FTD015 8.0 9.0 100 92 SW 3 WS M FTD015 9.0 10.0 100 88 SW 3 WS S FTD015 10.0 11.0 100 60 SW 3 WS S 60 FTD015 11.0 12.0 100 86 FR 1 WS S 60 FTD015 12.0 13.0 100 94 FR 1 WS VS 70 FTD015 13.0 14.0 100 40 FR 1 WS M 60 FTD015 14.0 15.0 100 20 SW 3 MS M 50 FTD015 15.0 16.0 100 0 SW 3 MS W FTD015 16.0 17.0 100 13 (FR) 2 WS M 60 16.2 - 16.4m fault pug FTD015 17.0 18.0 100 15 (FR) 2 MS M 65 FTD015 18.0 19.0 100 55 (FR) 2 WS M 65 FTD015 19.0 20.0 100 12 SW 3 WS M 70 FTD015 20.0 21.0 100 15 SW 3 WS M FTD015 21.0 22.0 100 26 SW 3 WS M 50 FTD015 22.0 23.0 100 32 SW 3 MS M 84 FTD015 23.0 24.0 60 0 SW 3 WS M 70 FTD015 24.0 25.0 100 20 SW 3 WS M 80 23-23.6m rubble zone FTD015 25.0 26.0 100 70 FR 1 WS M 70 FTD015 26.0 27.0 100 15 SW 3 WS M 60 26.5m crush zone FTD015 27.0 28.0 100 44 SW 3 WS M FTD015 28.0 29.0 100 48 (FR) 2 WS M FTD015 29.0 30.0 100 20 (FR) 2 WS M 70 FTD015 30.0 31.0 100 35 SW 3 WS M 60 FTD015 31.0 32.0 100 25 FR 1 WS M FTD015 32.0 33.0 100 85 FR 1 WS M 60 FTD015 33.0 34.0 100 55 SW 3 WS M 60 FTD015 34.0 35.0 100 92 FR 1 WS S 50 FTD015 35.0 36.0 100 15 (FR) 2 WS M 60 FTD015 36.0 36.5 100 100 FR 1 WS M 60 FTD016 0.0 1.0 20 0 MW 4 WS W FTD016 1.0 2.0 35 0 MW 4 WS W FTD016 2.0 3.0 0 0 MW 4 WS W FTD016 3.0 4.0 65 0 SW 3 WS W FTD016 4.0 5.0 46 0 FR 1 WS M 30 FTD016 5.0 6.0 100 46 FR 1 WS M FTD016 6.0 7.0 100 16 FR 1 WS M FTD016 7.0 8.0 55 0 SW 3 WS M 30 FTD016 8.0 9.0 100 52 FR 1 WS M 15 FTD016 9.0 10.0 100 25 FR 1 WS M 35 FTD016 10.0 11.0 100 26 FR 1 WS M 50 FTD016 11.0 12.0 100 13 FR 1 WS M 60 FTD016 12.0 13.0 100 12 FR 1 WS M 60 FTD016 13.0 14.0 100 33 FR 1 WS M 30 FTD016 14.0 15.0 100 27 FR 1 WS M 25 FTD016 15.0 16.0 100 30 FR 1 WS M 25 FTD016 16.0 17.0 100 55 FR 1 WS M 35 FTD016 17.0 18.0 100 55 FR 1 WS M 30 FTD016 18.0 19.0 100 12 MW 4 M M FTD016 19.0 20.0 100 34 SW 3 M M FTD016 20.0 21.0 100 52 FR 1 M S FTD016 21.0 22.0 100 80 FR 1 M M FTD016 22.0 23.0 100 65 FR 1 M M FTD016 23.0 24.0 100 75 FR 1 M M "@24m Joint Shear, @60 CA" FTD016 24.0 25.0 75 10 SW 3 M M FTD016 25.0 26.0 100 38 SW 3 M M FTD016 26.0 27.0 100 57 (FR) 2 M M FTD016 27.0 28.0 100 85 FR 1 M M 50 FTD016 28.0 29.0 100 52 FR 1 M S 50 FTD016 29.0 30.0 100 60 FR 1 WS S 30 FTD016 30.0 31.0 100 92 FR 1 M M 70 BOPO = 29.5m or 50m (joint only) FTD016 31.0 32.0 100 88 FR 1 M S FTD016 32.0 33.0 100 65 FR 1 M M FTD016 33.0 34.0 100 30 FR 1 WS M 50 FTD016 34.0 35.0 100 0 FR 1 WS W 50 FTD016 35.0 36.0 100 18 FR 1 WS W 55 FTD016 36.0 37.0 100 10 FR 1 WS M FTD016 37.0 38.0 100 20 FR 1 WS M 30 FTD016 38.0 39.0 100 85 FR 1 WS M 40 FTD016 39.0 40.0 100 88 FR 1 WS M 35 FTD016 40.0 41.0 60 30 FR 1 WS M 30 FTD016 41.0 42.0 100 20 FR 1 WS M 25 FTD016 42.0 43.0 100 20 FR 1 WS M 25 FTD016 43.0 44.0 100 12 FR 1 WS M 25 FTD016 44.0 45.0 100 40 FR 1 WS M 30 FTD016 45.0 46.0 100 80 FR 1 MS S 30 FTD016 46.0 47.0 100 25 FR 1 MS S 30 FTD016 47.0 48.0 100 0 (FR) 2 MS M 25 FTD016 48.0 49.0 100 45 (FR) 2 MS M 25 FTD016 49.0 50.0 100 22 (FR) 2 WS M 20 FTD016 50.0 51.0 70 0 FR 1 WS M 20 FTD016 51.0 52.0 100 65 FR 1 WS M 30 FTD016 52.0 53.0 100 85 FR 1 WS M 35 FTD016 53.0 54.0 100 90 FR 1 WS M 45 FTD016 54.0 55.0 100 90 FR 1 WS M 40 FTD016 55.0 56.0 100 85 FR 1 WS M 35 FTD016 56.0 57.0 100 60 FR 1 WS M 30 FTD016 57.0 58.0 100 80 FR 1 WS M 40 FTD016 58.0 59.0 100 100 FR 1 WS M 40 FTD016 59.0 60.0 100 90 FR 1 WS S 45 FTD016 60.0 61.0 100 85 FR 1 WS M 45 FTD016 61.0 62.0 100 78 FR 1 M S FTD016 62.0 63.0 100 65 FR 1 M S FTD016 63.0 64.0 100 20 FR 1 WS M 25 FTD016 64.0 65.0 100 65 FR 1 WS M 15 FTD016 65.0 66.0 100 35 FR 1 WS M 20 FTD016 66.0 67.0 100 90 FR 1 WS M 10 FTD016 67.0 68.0 100 10 FR 1 WS M FTD016 68.0 69.0 100 0 FR 1 WS M FTD016 69.0 70.0 100 0 FR 1 WS M FTD016 70.0 71.0 60 12 FR 1 WS M 15 FTD016 71.0 72.0 100 0 FR 1 WS M 20 FTD016 72.0 73.0 100 0 FR 1 WS M 15 FTD016 73.0 74.0 100 0 FR 1 WS M 15 FTD017 0.0 1.0 52 0 MW 4 M M BOCO < 0.5m FTD017 1.0 2.0 100 25 MW 4 M M FTD017 2.0 3.0 30 0 SW 3 M M FTD017 3.0 4.0 100 18 MW 4 M M FTD017 4.0 5.0 100 80 (FR) 2 M S FTD017 5.0 6.0 100 35 FR 1 M S FTD017 6.0 7.0 75 12 FR 1 WS S 10 FTD017 7.0 8.0 100 85 FR 1 WS S 30 FTD017 8.0 9.0 100 88 FR 1 WS S 45 FTD017 9.0 10.0 74 10 FR 1 WS M 45 FTD017 10.0 11.0 80 10 FR 1 WS M 30 FTD017 11.0 12.0 65 0 SW 3 WS M 15 BOPO=12 FTD017 12.0 13.0 100 12 SW 3 WS M 25 FTD017 13.0 14.0 100 16 SW 3 WS M 30 FTD017 14.0 15.0 100 45 FR 1 WS M FTD017 15.0 16.0 80 0 MW 4 WS W FTD017 16.0 17.0 100 30 MW 4 WS M FTD017 17.0 18.0 100 0 SW 3 WS W 30 FTD017 18.0 19.0 100 0 SW 3 WS M FTD017 19.0 20.0 100 50 (FR) 2 WS S 30 FTD017 20.0 21.0 100 40 SW 3 WS M 30 FTD017 21.0 22.0 100 25 SW 3 WS M FTD017 22.0 23.0 100 15 SW 3 WS M FTD017 23.0 24.0 100 10 SW 3 WS M FTD017 24.0 25.0 100 50 SW 3 WS M FTD017 25.0 26.0 100 15 SW 3 WS M 60 FTD017 26.0 27.0 100 20 (FR) 2 WS M 55 FTD017 27.0 28.0 100 0 (FR) 2 MS M 55 FTD017 28.0 29.0 100 0 (FR) 2 MS M 50 FTD017 29.0 30.0 100 0 (FR) 2 MS M 45 FTD017 30.0 31.0 100 86 SW 3 WS M 60 FTD017 31.0 32.0 100 85 SW 3 WS M FTD017 32.0 33.0 100 15 MW 4 WS M 60 FTD017 33.0 34.0 100 20 SW 3 WS M 60 FTD017 34.0 35.0 100 35 SW 3 WS M 50 FTD017 35.0 36.0 100 40 SW 3 WS M 60 FTD017 36.0 37.0 100 33 (FR) 2 WS M 60 FTD017 37.0 38.0 100 0 SW 3 WS M 50 FTD017 38.0 39.0 100 30 SW 3 WS M 55 FTD017 39.0 40.0 100 60 FR 1 WS M 60 FTD017 40.0 41.0 100 42 FR 1 WS M 60 FTD017 41.0 42.0 100 40 FR 1 WS M 55 FTD017 42.0 43.0 100 60 FR 1 WS M 55 FTD017 43.0 44.0 100 90 FR 1 WS M 55 FTD017 44.0 45.0 100 12 MW 4 WS W 60 FTD017 45.0 46.0 100 10 MW 4 WS M 65 5 FTD017 46.0 47.0 100 0 FR 1 WS M 60 FTD017 47.0 48.0 100 25 (FR) 2 WS M 50 FTD017 48.0 49.0 100 53 FR 1 WS M 50 FTD017 49.0 50.0 100 22 FR 1 WS M 50 FTD017 50.0 51.0 100 40 FR 1 WS M 55 FTD017 51.0 52.0 100 0 (FR) 2 WS M 50 FTD017 52.0 53.0 30 0 (FR) 2 WS M 45 ) 1.3m cave reported FTD017 53.0 54.0 70 12 SW 3 WS M 45 ) by driller FTD017 54.0 55.0 100 36 SW 3 WS M FTD017 55.0 56.0 100 92 FR 1 M M FTD017 56.0 57.0 100 40 SW 3 M M FTD017 57.0 58.0 100 0 SW 3 M M FTD017 58.0 59.0 100 0 (FR) 2 M M FTD017 59.0 60.0 10 10 (FR) 2 WS M 50 BOPO > 60.8m FTD017 60.0 60.8 100 10 (FR) 2 WS M 45 FTD018 0.0 1.0 0 0 MW 4 M W BOCO=1 FTD018 1.0 2.0 70 10 SW 3 M W 50 FTD018 2.0 3.0 70 0 SW 3 M M FTD018 3.0 4.0 90 0 SW 3 M M FTD018 4.0 5.0 25 0 SW 3 M M FTD018 5.0 6.0 75 0 MW 4 WS W 40 FTD018 6.0 7.0 30 0 MW 4 WS W 50 FTD018 7.0 8.0 25 0 MW 4 WS W FTD018 8.0 9.0 100 0 SW 3 WS W 15 FTD018 9.0 10.0 70 12 SW 3 WS M 5 FTD018 10.0 11.0 100 0 SW 3 WS W 10 FTD018 11.0 12.0 60 0 SW 3 WS W BOPO=12 FTD018 12.0 13.0 35 0 FR 1 WS W 5 FTD018 13.0 14.0 80 0 FR 1 WS W 5 FTD018 14.0 15.0 100 14 FR 1 WS W 5 FTD018 15.0 16.0 100 17 FR 1 WS M 5 FTD018 16.0 17.0 0 0 FR 1 WS M 5 FTD018 17.0 18.0 100 45 FR 1 WS M 40 FTD018 18.0 19.0 100 85 FR 1 WS M 50 FTD018 19.0 20.0 100 63 FR 1 WS M 60 FTD018 20.0 21.0 100 45 FR 1 WS M 50 FTD018 21.0 22.0 100 40 FR 1 WS M 60 FTD018 22.0 23.0 100 70 FR 1 WS M 50 FTD018 23.0 24.0 100 50 FR 1 WS M 35 FTD018 24.0 25.0 100 15 FR 1 WS M 20 FTD018 25.0 26.0 100 40 FR 1 WS M 10 FTD018 26.0 27.0 100 30 FR 1 WS M 15 FTD018 27.0 28.0 100 40 FR 1 WS M 45 FTD018 28.0 29.0 100 12 FR 1 WS M 20 FTD018 29.0 30.0 100 0 FR 1 WS M 10 FTD018 30.0 31.0 100 0 FR 1 WS M 10 FTD018 31.0 32.0 100 43 FR 1 WS M 50 FTD018 32.0 33.0 100 20 FR 1 WS M 35 FTD018 33.0 34.0 100 55 FR 1 WS M 30 FTD018 34.0 35.0 100 40 FR 1 WS M 45 FTD018 35.0 36.0 100 35 FR 1 WS M 50 FTD018 36.0 37.0 100 60 FR 1 WS M 60 FTD018 37.0 38.0 100 52 FR 1 WS M 65 FTD018 38.0 39.0 100 48 FR 1 WS M 70 FTD018 39.0 40.0 100 26 FR 1 WS M 45 FTD018 40.0 41.0 100 90 FR 1 WS M 30 FTD018 41.0 42.0 100 92 FR 1 WS M FTD018 42.0 43.0 100 10 FR 1 WS M 25 FTD018 43.0 44.0 100 90 FR 1 WS M 40 FTD018 44.0 45.0 100 12 FR 1 WS M 40 FTD018 45.0 46.0 100 30 FR 1 WS M 30 5 FTD018 46.0 47.0 100 10 FR 1 WS M 10 FTD018 47.0 48.0 100 20 FR 1 WS M 40 FTD018 48.0 49.0 100 80 FR 1 WS M FTD018 49.0 50.0 100 75 FR 1 WS M 50 FTD018 50.0 51.0 100 10 FR 1 WS M 50 FTD018 51.0 52.0 100 33 FR 1 WS M 50 FTD018 52.0 53.0 100 42 FR 1 WS M 50 FTD018 53.0 54.0 100 20 FR 1 WS M 50 FTD018 54.0 55.0 100 0 FR 1 WS M 45 FTD018 55.0 56.0 100 10 FR 1 WS M 45 FTD018 56.0 57.0 100 10 FR 1 WS M 45 Ductile Shear @45o CA FTD018 57.0 58.0 100 15 FR 1 WS S 45 FTD018 58.0 59.0 100 12 (FR) 2 WS M FTD018 59.0 60.0 100 0 FR 1 WS W FTD018 60.0 61.0 100 25 FR 1 WS W 45 FTD018 61.0 62.0 100 16 FR 1 WS W 45 FTD018 62.0 63.0 100 45 FR 1 WS M 50 FTD018 63.0 64.0 100 50 FR 1 WS M 50 FTD018 64.0 65.0 100 20 FR 1 WS M 55 FTD018 65.0 66.0 100 60 FR 1 WS S 55 FTD018 66.0 67.0 100 100 FR 1 WS S 60 FTD018 67.0 68.0 100 100 FR 1 WS S 55 FTD018 68.0 69.0 100 92 FR 1 WS S 50 FTD018 69.0 70.0 100 100 FR 1 WS S 50 FTD018 70.0 70.2 100 100 FR 1 WS S 50 FTD019 0.0 1.0 0 0 -- 6 -- -- Scree FTD019 1.0 2.0 0 0 -- 6 -- -- Scree FTD019 2.0 3.0 0 0 -- 6 -- -- Scree FTD019 3.0 4.0 20 0 MW 4 WS M FTD019 4.0 5.0 50 0 MW 4 WS M FTD019 5.0 6.0 60 0 MW 4 WS M FTD019 6.0 7.0 100 0 MW 4 WS M 60 BOCO = BOPO = 6.5m FTD019 7.0 8.0 100 22 FR 1 WS M 60 Sheared thru'-out FTD019 8.0 9.0 100 0 FR 1 WS M 65 Sheared thru'-out FTD019 9.0 10.0 100 18 FR 1 WS M 65 Sheared thru'-out FTD019 10.0 11.0 100 40 FR 1 WS M Sheared thru'-out FTD019 11.0 12.0 100 24 FR 1 WS W Sheared thru'-out FTD019 12.0 13.0 100 50 FR 1 WS M 65 Sheared thru'-out FTD019 13.0 14.0 100 45 FR 1 WS M Sheared thru'-out FTD019 14.0 15.0 100 28 FR 1 WS W Sheared thru'-out FTD019 15.0 16.0 100 10 FR 1 WS M Sheared thru'-out FTD019 16.0 17.0 100 52 FR 1 WS M 60 Sheared thru'-out FTD019 17.0 18.0 100 10 FR 1 WS M 60 Sheared thru'-out FTD019 18.0 19.0 100 10 FR 1 WS M Sheared thru'-out FTD019 19.0 20.0 100 30 FR 1 WS M Sheared thru'-out FTD019 20.0 21.0 100 45 FR 1 WS M 65 Sheared thru'-out FTD019 21.0 22.0 100 36 FR 1 WS M 65 Sheared thru'-out FTD019 22.0 23.0 100 72 FR 1 WS M Sheared thru'-out FTD019 23.0 24.0 100 15 FR 1 WS M Sheared thru'-out FTD019 24.0 25.0 100 35 FR 1 WS M 24.8 - 25.3m pug & shear zone FTD019 25.0 26.0 100 14 FR 1 WS M Sheared thru'-out FTD019 26.0 27.0 100 34 FR 1 WS M 40 Sheared thru'-out FTD019 27.0 28.0 100 25 FR 1 WS M Sheared thru'-out FTD019 28.0 29.0 100 46 FR 1 WS M Sheared thru'-out FTD019 29.0 30.0 100 55 FR 1 WS M Sheared thru'-out FTD019 30.0 31.0 100 100 FR 1 M M FTD019 31.0 32.0 100 60 FR 1 M M FTD019 32.0 33.0 100 52 FR 1 M M 50 FTD019 33.0 34.0 100 22 FR 1 M M FTD019 34.0 35.0 100 23 FR 1 M M 50 FTD019 35.0 36.0 100 22 FR 1 M M 60 Bedding? FTD019 36.0 37.0 100 90 FR 1 WS M Bedding? FTD019 37.0 38.0 100 54 FR 1 M M FTD019 38.0 39.0 100 66 FR 1 M M 45 FTD019 39.0 40.0 100 60 FR 1 WS M 20 FTD019 40.0 41.0 100 50 FR 1 WS S 45 Bedding? FTD019 41.0 42.0 100 75 FR 1 WS S 45 Bedding laminations FTD019 42.0 43.0 100 57 FR 1 WS S 45 FTD019 43.0 44.0 100 75 FR 1 WS S FTD019 44.0 45.0 100 84 FR 1 WS S 45 FTD019 45.0 46.0 100 45 FR 1 WS M 40 5 FTD019 46.0 47.0 100 34 FR 1 WS M 35 FTD019 47.0 48.0 100 50 FR 1 WS S Foliation? FTD019 48.0 49.0 100 30 FR 1 WS M 40 FTD019 49.0 50.0 100 60 FR 1 WS S Foliation? FTD019 50.0 51.0 100 37 FR 1 M S FTD019 51.0 52.0 100 48 FR 1 M S FTD019 52.0 53.0 100 97 FR 1 M S FTD019 53.0 54.0 100 90 FR 1 M S FTD019 54.0 55.0 100 100 FR 1 M S FTD019 55.0 56.0 100 90 FR 1 M S FTD019 56.0 57.0 100 85 FR 1 M S FTD019 57.0 58.0 100 100 FR 1 M S FTD019 58.0 59.0 100 95 FR 1 M S FTD019 59.0 60.0 100 88 FR 1 M S FTD019 60.0 61.0 100 97 FR 1 M S 30 FTD019 61.0 62.0 100 82 FR 1 M S FTD019 62.0 63.0 100 97 FR 1 M S FTD019 63.0 64.0 100 80 FR 1 M S FTD019 64.0 65.0 100 20 FR 1 M M FTD019 65.0 66.0 70 0 FR 1 M M FTD019 66.0 67.0 0 0 FR 1 M M FTD019 67.0 68.0 0 0 FR 1 M M FTD019 68.0 69.0 40 0 FR 1 M M FTD019 69.0 70.0 100 45 FR 1 M M FTD019 70.0 71.0 100 0 FR 1 M M FTD019 71.0 72.0 100 0 FR 1 M M FTD019 72.0 73.0 50 30 FR 1 M M FTD019 73.0 74.0 0 0 FR 1 M M FTD019 74.0 75.0 60 0 FR 1 M M FTD019 75.0 76.0 60 30 FR 1 M M FTD019 76.0 77.0 100 65 FR 1 M M FTD019 77.0 78.0 100 70 FR 1 M M FTD019 78.0 79.0 100 75 FR 1 M M FTD019 79.0 80.0 100 46 FR 1 M M FTD019 80.0 81.0 100 35 FR 1 M M FTD019 81.0 82.0 100 35 FR 1 M M FTD019 82.0 83.0 100 90 FR 1 M M FTD019 83.0 84.0 100 48 FR 1 M M FTD019 84.0 85.0 100 96 FR 1 M S FTD019 85.0 86.0 100 85 FR 1 M S FTD019 86.0 87.0 100 65 FR 1 M S FTD019 87.0 88.0 100 15 FR 1 M M FTD019 88.0 89.0 100 55 FR 1 M S FTD019 89.0 90.0 100 20 FR 1 M M FTD019 90.0 91.0 100 40 FR 1 M M FTD019 91.0 92.0 100 40 FR 1 M M FTD019 92.0 93.0 100 54 FR 1 M M FTD019 93.0 94.0 100 80 FR 1 M M FTD019 94.0 95.0 100 0 FR 1 M M FTD019 95.0 96.0 100 10 FR 1 M M 30 Bedding? FTD019 96.0 97.0 100 0 FR 1 M M 30 FTD019 97.0 98.0 100 0 FR 1 M M FTD019 98.0 99.0 100 48 FR 1 M M FTD019 99.0 100.0 100 50 FR 1 M M FTD019 100.0 101.0 100 13 FR 1 M S FTD019 101.0 102.0 100 48 FR 1 M S FTD019 102.0 103.0 100 62 FR 1 M S FTD019 103.0 104.0 100 10 FR 1 M S FTD019 104.0 105.0 100 74 FR 1 M S FTD019 105.0 106.0 100 55 FR 1 M S FTD019 106.0 107.0 100 72 FR 1 WS S 5 Bedding FTD019 107.0 108.0 100 64 FR 1 WS S Bedding FTD019 108.0 109.0 100 40 FR 1 WS M 5 Bedding FTD019 109.0 110.0 100 12 FR 1 WS M 5 Bedding FTD019 110.0 111.0 100 48 FR 1 WS M 15 Bedding FTD019 111.0 112.0 100 12 FR 1 WS M Bedding FTD019 112.0 113.0 100 10 FR 1 WS M 45 Bedding FTD019 113.0 114.0 100 73 FR 1 WS M 20 Bedding FTD019 114.0 115.0 100 82 FR 1 WS M 15 Bedding FTD019 115.0 116.0 100 90 FR 1 WS M 20 FTD019 116.0 117.0 100 60 FR 1 WS M 25 FTD019 117.0 118.0 100 96 FR 1 WS M 25 FTD019 118.0 119.0 100 90 FR 1 WS S 15 FTD019 119.0 120.0 100 92 FR 1 MS S 15 FTD019 120.0 121.0 100 100 FR 1 WS M 30 Bedding FTD019 121.0 122.0 100 27 FR 1 WS M 25 FTD019 122.0 123.0 100 32 FR 1 WS M 25 FTD019 123.0 124.0 100 50 FR 1 WS M 3 Fold FTD019 124.0 124.1 100 0 FR 1 WS M FTD020 0.0 1.0 0 0 -- 6 -- -- Scree FTD020 1.0 2.0 0 0 -- 6 -- -- Scree FTD020 2.0 3.6 0 0 -- 6 -- -- Scree FTD020 3.6 4.0 50 0 MW 4 M M FTD020 4.0 5.6 50 0 MW 4 M M FTD020 5.6 7.1 50 0 FR 1 M M FTD020 7.1 8.0 65 36 FR 1 M S BOCO = BOPO = 5.4m FTD020 8.0 9.0 100 33 FR 1 M S FTD020 9.0 10.0 100 54 FR 1 M S FTD020 10.0 11.0 100 25 FR 1 M S FTD020 11.0 12.0 48 0 FR 1 M S FTD020 12.0 13.0 100 0 FR 1 M M 12.9-13.2m crush zone. FTD020 13.0 14.0 75 11 FR 1 M M FTD020 14.0 15.0 100 0 FR 1 M W FTD020 15.0 16.0 100 30 FR 1 M M FTD020 16.0 17.0 100 0 FR 1 M M FTD020 17.0 18.0 100 0 FR 1 M M FTD020 18.0 19.0 100 11 FR 1 M M FTD020 19.0 20.0 100 79 FR 1 M M FTD020 20.0 21.0 100 30 FR 1 M S FTD020 21.0 22.0 100 20 FR 1 M S FTD020 22.0 23.0 100 40 FR 1 M S FTD020 23.0 24.0 100 66 FR 1 M S FTD020 24.0 25.0 100 60 FR 1 M S FTD020 25.0 26.0 100 50 FR 1 M S FTD020 26.0 27.0 100 93 FR 1 M S FTD020 27.0 28.0 100 84 FR 1 M S FTD020 28.0 29.0 100 90 FR 1 M S FTD020 29.0 30.0 100 68 FR 1 M S FTD020 30.0 31.0 100 78 FR 1 M S FTD020 31.0 32.0 100 83 FR 1 M S FTD020 32.0 33.0 100 75 FR 1 M S 50 FTD020 33.0 34.0 100 90 FR 1 M S FTD020 34.0 35.0 100 86 FR 1 M S 50 FTD020 35.0 36.0 100 30 FR 1 M S 60 FTD020 36.0 37.0 100 20 FR 1 WS S FTD020 37.0 38.0 100 85 FR 1 M S FTD020 38.0 39.0 100 21 FR 1 M M 45 FTD020 39.0 40.0 100 25 FR 1 WS M 20 FTD020 40.0 41.0 100 50 FR 1 WS S 45 FTD020 41.0 42.0 100 100 FR 1 WS S 45 FTD020 42.0 43.0 100 93 FR 1 WS S 45 FTD020 43.0 44.0 100 35 FR 1 WS S FTD020 44.0 45.0 100 80 FR 1 WS S 45 FTD020 45.0 46.0 100 84 FR 1 WS S 40 FTD020 46.0 47.0 100 92 FR 1 WS S 35 FTD020 47.0 48.0 100 60 FR 1 WS S FTD020 48.0 49.0 100 86 FR 1 WS S 40 FTD020 49.0 50.0 100 86 FR 1 WS S FTD020 50.0 51.0 100 100 FR 1 M S FTD020 51.0 52.0 100 88 FR 1 M S FTD020 52.0 53.0 100 77 FR 1 M S FTD020 53.0 54.0 100 90 FR 1 M S FTD020 54.0 55.0 100 70 FR 1 M S FTD020 55.0 56.0 100 100 FR 1 M S FTD020 56.0 57.0 100 60 FR 1 M M Oxidised shears at 0 degrees to CA. FTD020 57.0 58.0 100 40 FR 1 M M Oxidised shears at 0 degrees to CA. FTD020 58.0 59.0 100 86 FR 1 M M FTD020 59.0 60.0 100 36 FR 1 M M FTD020 60.0 61.0 100 26 FR 1 M S FTD020 61.0 62.0 100 54 FR 1 M S FTD020 62.0 63.0 100 15 FR 1 WS M 25 FTD020 63.0 64.0 100 17 FR 1 WS M 30 FTD020 64.0 65.0 100 23 FR 1 WS M 43 FTD020 65.0 66.0 100 26 FR 1 WS M 44 FTD020 66.0 67.0 100 36 FR 1 WS S 35 FTD020 67.0 68.0 100 57 FR 1 WS VS 38 FTD020 68.0 69.0 100 53 FR 1 M S 38 FTD020 69.0 70.0 100 0 FR 1 M M FTD020 70.0 71.0 100 11 FR 1 WS S 46 FTD020 71.0 72.0 100 17 FR 1 WS S 43 FTD020 72.0 73.0 100 47 FR 1 WS VS 35 FTD020 73.0 74.0 100 39 FR 1 M S FTD020 74.0 75.0 100 14 FR 1 WS M 32 FTD020 75.0 76.0 100 68 FR 1 M S FTD020 76.0 77.0 100 39 FR 1 WS VS 30 FTD020 77.0 78.0 100 56 FR 1 WS VS 38 FTD020 78.0 79.0 100 52 FR 1 WS S 30 FTD020 79.0 80.0 100 69 FR 1 WS S 40 FTD020 80.0 81.0 100 60 FR 1 WS VS 30 FTD020 81.0 82.0 100 60 FR 1 WS VS 30 FTD020 82.0 83.0 100 28 FR 1 WS S 36 FTD020 83.0 84.0 100 12 FR 1 M M FTD020 84.0 85.0 100 35 FR 1 M S FTD020 85.0 86.0 100 87 FR 1 M VS FTD020 86.0 87.0 100 89 FR 1 M VS FTD020 87.0 88.0 100 80 FR 1 M S FTD020 88.0 89.0 100 67 FR 1 M S FTD020 89.0 90.0 100 26 FR 1 M S FTD020 90.0 91.0 91 54 FR 1 M VS FTD020 91.0 92.0 93 89 FR 1 M VS FTD020 92.0 93.0 100 51 FR 1 M VS FTD020 93.0 94.0 100 79 FR 1 M VS FTD020 94.0 95.0 92 84 FR 1 M VS FTD020 95.0 96.0 91 57 FR 1 M VS FTD020 96.0 97.0 100 95 FR 1 M VS FTD020 97.0 98.0 100 61 FR 1 M S FTD020 98.0 99.0 100 59 FR 1 M VS FTD020 99.0 100.0 100 77 FR 1 M VS FTD020 100.0 101.0 100 48 FR 1 M VS FTD020 101.0 102.0 100 85 FR 1 M VS FTD020 102.0 103.0 100 100 FR 1 M VS FTD020 103.0 104.0 93 91 FR 1 M VS FTD020 104.0 105.0 100 86 FR 1 M VS FTD020 105.0 106.0 100 100 FR 1 M VS FTD021 0.0 1.0 0 0 EW 6 W Hole collared in scree to 4.1m; FTD021 1.0 2.0 0 0 EW 6 W collar pipe cemented in; FTD021 2.0 3.0 0 0 EW 6 W cement drilled out. FTD021 3.0 4.4 0 0 EW 6 W BOCO = 4.4m. FTD021 4.4 5.0 68 0 MW 4 M M Very broken core. Few intact core pieces. FTD021 5.0 6.0 61 16 HW 5 M W Totally fragmented core. Some intact clayey pieces. FTD021 6.0 7.0 58 0 MW 4 WS M Totally fragmented core. Fe oxides on joint planes. FTD021 7.0 8.0 62 16 SW 3 M M Some intact core pieces. Fe oxides on joint planes. FTD021 8.0 9.0 44 0 MW 4 M M Totally fragmented core. Core tending to clayey. FTD021 9.0 10.1 39 0 SW 3 M M Totally fragmented core. No intact core pieces. FTD021 10.1 11.6 48 0 SW 3 M M Near totally fragmented core. Few intact wedged core pieces. FTD021 11.6 13.0 36 0 SW 3 M M As above. Fe oxides coating fracture planes. FTD021 13.0 14.0 50 0 SW 3 M M As above. Intact core pieces cut by steep angle Fe oxide coated fractures. FTD021 14.0 14.6 65 15 SW 3 M M Some intact core pieces. Fe oxides coating fracture planes. FTD021 14.6 16.1 40 0 SW 3 M M More intense Fe oxides. Fe oxides partially to completely replacing. FTD021 16.1 17.6 30 0 SW 3 M M Near totally fragmented core. Major core loss zone. FTD021 17.6 19.1 58 0 SW 3 M M Some intact core pieces. Core tending to wedged. FTD021 19.1 20.6 39 0 SW 3 M M Few intact core pieces. Core totally fragmented in patches. FTD021 20.6 22.1 42 35 SW 3 M M Several intact core pieces. Otherwise core fragmented. FTD021 22.1 23.6 42 0 SW 3 M M Few intact core pieces. Few intact core pieces. FTD021 23.6 25.1 15 0 SW 3 M M Major core loss zone. FTD021 25.1 26.6 23 0 SW 3 M M As above. FTD021 26.6 28.1 20 0 SW 3 M M As above. Tending to less oxidised. FTD021 28.1 29.6 32 0 SW 3 M M Major core loss zone. Tending to fresh rock. FTD021 29.6 30 92 17 FR 1 M S "Fresher rock; generally intact. Tending to solid, intact core." FTD021 30 31 78 38 SW 3 M S Fracture cutting core at start. Fe oxides and clay infilling fracture. FTD021 31 32 95 68 SW 3 M S "Solid, generally compotent. Undulating smooth fractures parallel to CA." FTD021 32 33 100 15 FR 1 M M FTD021 33 34 100 69 FR 1 M S FTD021 34 35 100 88 FR 1 M S FTD021 35 36 80 64 FR 1 M S N/A FTD021 36 37 100 92 FR 1 M S N/A FTD021 37 38 100 46 SW 3 M M N/A Clayey shear 37.8-38.0m. FTD021 38 39 100 83 FR 1 M M N/A FTD021 39 40 80 62 FR 1 M S N/A Clayey shear 39.4-39.88m. Core loss zone. FTD021 40 41 100 60 FR 1 M S N/A FTD021 41 42 100 35 FR 1 M S N/A FTD021 42 43.1 86 0 SW 3 M W N/A Strongly sheared 42.1-43.1m. Core tending to clayey. FTD021 43.1 44 100 30 FR 1 M S N/A BOCO = 43.1m. FTD021 44 45 95 33 FR 1 M S N/A FTD021 45 46 97 55 FR 1 M S N/A FTD021 46 47 97 61 FR 1 M S N/A FTD021 47 48 98 0 SW 3 WS S 10 N/A Broken core throughout. Slickensided chloritic fractures. FTD021 48 49 91 67 FR 1 M S N/A "Initially solid, compotent core. Core broken from 48.7m." FTD021 49 50 92 74 FR 1 M S N/A "Becoming solid, compotent." FTD021 50 51 100 67 FR 1 M S N/A "Generally solid, compotent." FTD021 51 52 97 65 FR 1 M VS N/A "Solid, compotent core. Few natural breaks." FTD021 52 53 100 90 FR 1 M VS N/A "Very solid, compotent core." FTD021 53 54 100 65 FR 1 M VS N/A As above. FTD021 54 55 86 91 FR 1 M S N/A As above. FTD021 55 56 100 90 FR 1 M S N/A As above. FTD021 56 57 100 92 FR 1 M S N/A FTD021 57 58 100 94 FR 1 M S N/A FTD021 58 59 100 80 FR 1 M S N/A FTD021 59 60 100 95 FR 1 M S N/A FTD021 60 61 96 76 FR 1 M S N/A FTD021 61 62 98 82 FR 1 WS S 25 N/A "Broken from 61.22-61.33m. Otherwise very solid, compotent core." FTD021 62 63 100 86 FR 1 M S N/A Broken at start of interval. Quartz-carbonate vein in broken zone. FTD021 63 64 100 88 FR 1 M S N/A "Very solid, compotent core. Few natural breaks." FTD021 64 65 95 83 FR 1 WS S N/A As above. FTD021 65 66.0 100 39 FR 1 WS S 45 Regular chloritic fractures. Slickensided fracture surfaces. FTD021 66.0 67.0 100 90 FR 1 M S "Very solid, compotent core." FTD021 67.0 68.0 100 87 FR 1 M S As above. FTD021 68.0 69 95 85 SW 3 WS S 48 N/A Broken core. Core tending to clayey from 68.18-68.25m. FTD021 69 70 96 98 FR 1 WS S 38 N/A "Very solid, compotent core." FTD021 70 71 100 89 FR 1 WS S N/A FTD021 71 71.6 83 43 FR 1 M S N/A Very broken to fragmented. Core very broken to fragmented from 71.45-71.6m. FTD021 71.6 71.75 80 0 FR 1 M S N/A Very broken core. Diamond drill bit due for replacement; EOH called. FTD022 0.0 1.0 87 33 MW 4 M M "Broken, oxidised. BOCO not recovered; surficial only; Fe oxides in fractures and as staining." FTD022 1.0 2.0 100 21 MW 4 M S Patchy Fe oxides in fractures. Fe oxides partially replacing. FTD022 2.0 3.0 86 53 SW 3 WS S 58 Strong Fe oxides in fractures. Fe oxides infilling steep angle fractures. FTD022 3.0 4.0 100 56 SW 3 M VS Hard to very hard. Core tending to fresh rock. FTD022 4.0 5.0 85 27 SW 3 M S "Hard, solid to 4.65m. Core becoming very broken." FTD022 5.0 6.0 67 0 HW 5 M M "Fragmented, oxidised to 5.8m." FTD022 6.0 7.0 100 18 SW 3 WS M 66 "Solid, relatively fresh to 6.25m. Core becoming oxidised and broken." FTD022 7.0 8.0 96 51 SW 3 M M Broken throughout. Fe oxides in veins and as staining. FTD022 8.0 9.0 100 29 FR 1 M S Regular natural breaks. Some breaks coated with Fe oxides. FTD022 9.0 10.0 81 22 FR 1 M S Regular natural breaks. Few breaks coated with Fe oxides. FTD022 10.0 11.0 100 28 SW 3 M S "Initially solid, compotent core. Core becoming broken." FTD022 11.0 12.0 93 35 FR 1 M S Fresh rock; regular breaks. FTD022 12.0 13.0 100 28 SW 3 M S As above. BOPO = 12.9m; Fe oxides as coatings on a few fractures. FTD022 13.0 14.0 100 57 FR 1 M VS "Fresh rock. Core becoming solid, compotent from 13.2m." FTD022 14.0 15.0 95 45 FR 1 M S Fresh rock; regular breaks. FTD022 15.0 16.0 100 77 FR 1 M VS "Hard, solid, compotent core. Solid core from 15.2m." FTD022 16.0 17.0 100 46 FR 1 M S Regular natural breaks. Close spaced breaks from 16.45m. FTD022 17.0 18.0 71 20 FR 1 M S Broken to very broken core. Weak Fe oxides on fractures. FTD022 18.0 19.0 100 80 FR 1 M VS "Hard, relatively solid core. Relatively compotent throughout." FTD022 19.0 20.0 80 14 FR 1 M S Relatively solid to 19.45m. Core becoming fragmented. FTD022 20.0 21.0 100 0 FR 1 M M Very broken to fragmented. Completely fragmented in places. FTD022 21.0 22.3 22 0 FR 1 M M "As above; few intact pieces. Core jointed, wedging; geotechnical data recorded to core block." FTD022 22.3 23.0 47 0 FR 1 M M As above. Geotechnical data recored from core block. FTD022 23.0 24.0 65 15 FR 1 M M Some intact core pieces. Core generally broken to fragmented. FTD022 24.0 25.0 100 55 FR 1 M S Becoming solid from 24.45m. FTD022 25.0 26.0 90 43 FR 1 M S "Initially solid, compotent core. Core becoming broken." FTD022 26.0 27.0 53 19 FR 1 M M Broken core throughout. Significant core loss. FTD022 27.0 28.0 100 25 FR 1 M S "Broken, fragmented to 27.6m." FTD022 28.0 29.0 100 81 FR 1 M VS "Fresh, solid, compotent core." FTD022 29.0 30.0 93 42 FR 1 M VS Core broken in places. Core cut by several steep angle fractures; note - core blocking error at 29.8m (corrected from 30.8m as recorded by driller). FTD022 30.0 31.0 86 45 SW 3 M VS "Fresh, hard, solid core. Core broken in patches." FTD022 31.0 32.0 100 33 SW 3 M S "Fresh, hard, broken core. Some breaks coated with Fe oxides." FTD022 32.0 33.0 96 40 FR 1 WS S 55 Undulating joint planes. Joints developed parallel to carbonate veins. FTD022 33.0 34.0 92 43 SW 3 WS S 45 Fe oxides infilling fractures. Fractures from 33.85m; Fe oxides also as staining. FTD022 34.0 35.0 90 55 SW 3 WS S 70 "Some overdrilled core pieces. Core hard, jointed." FTD022 35.0 36.0 100 60 FR 1 M VS Regular planar joints. Hard to very hard throughout. FTD022 36.0 37.0 100 88 FR 1 M VS "Hard to very hard, solid core." FTD022 37.0 38.0 96 73 FR 1 M VS As above; some Fe oxides. Fe oxides coatings on some fractures. FTD022 38.0 39.0 100 60 FR 1 M S "Hard, generally solid core." FTD022 39.0 40.0 100 26 FR 1 M S "Hard, tending to broken. Jointed core." FTD022 40.0 41.0 100 42 FR 1 WS S 78 Lithology change. Minor Fe oxides coating fracture planes. FTD022 41.0 42.0 100 45 FR 1 M VS "Undulating to stepped breaks. Generally hard, solid core." FTD022 42.0 43.0 92 87 FR 1 M VS "Hard to very hard, solid core." FTD022 43.0 44.0 100 70 FR 1 WS VS 88 As above; few low angle jts. FTD022 44.0 45.0 100 50 SW 3 M S Very broken 44.25-44.35m. FTD022 45.0 46.0 100 55 SW 3 WS S 90 "Strong fracture parallel to CA. Strong, undulating, open fracture with Fe oxides infilling." FTD022 46.0 47.0 100 90 SW 3 M S "Strong fracture continuing. Strong, undulating, open fracture with Fe oxides infilling." FTD022 47.0 48.0 100 60 SW 3 M S "Strong fracture to 47.37m. Strong, undulating, open fracture with Fe oxides infilling; core very hard, solid from 47.37m." FTD022 48.0 49.0 100 45 SW 3 M S "Includes strong fracture. Strong, throughgoing fracture with Fe oxides coating from 48.45m." FTD022 49.0 50.0 95 72 SW 3 M S "Hard to very hard. Generally solid, compotent core." FTD022 50.0 51.0 90 75 SW 3 M S "Hard, with Fe oxides locally. Fractured, Fe oxide stained zone from 50.02-50.4m." FTD022 51.0 52.0 100 80 SW 3 WS S 45 "Leached, with Fe oxides. Fe oxides after sulphide veins and as staining." FTD022 52.0 53.0 100 10 SW 3 MS M 70 "Tending to leached, broken. Tending to very broken." FTD022 53.0 54.0 95 73 FR 1 M S "Broken at start of interval. Becoming hard, solid, compotent." FTD022 54.0 55.0 95 82 SW 3 WS S 54 Generally hard to very hard. FTD022 55.0 56.0 100 78 FR 1 M VS "Hard to very hard, solid core. Solid, compotent core." FTD022 56.0 57.0 100 66 FR 1 M S "Tending to leached, pitted." FTD022 57.0 58.0 100 95 SW 3 M S Leached in patches. Fe oxides staining. FTD022 58.0 59.0 100 78 FR 1 WS S 70 "Hard to very hard. Generally solid, compotent core." FTD022 59.0 60.0 100 80 FR 1 WS S 50 Weak bedding-parallel joints. FTD022 60.0 61.0 90 90 FR 1 M VS "Very hard, solid, compotent." FTD022 61.0 62.0 97 95 FR 1 M VS As above. FTD022 62.0 63.0 100 30 SW 3 M S Very broken from 62.5-63.0m. Core tending to clayey in places. FTD022 63.0 64.0 93 70 FR 1 WS S 55 "Broken core near start. Core becoming solid, compotent." FTD022 64.0 65.0 95 58 FR 1 WS S 50 "Hard, solid, compotent core. Ductile shear from 64.46-64.54m." FTD022 65.0 66.0 100 92 FR 1 WS VS 58 "Hard to very hard, solid core." FTD022 66.0 67.0 100 95 FR 1 M VS As above. FTD022 67.0 68.0 95 72 FR 1 WS S 20 As above; broken in places. FTD022 68.0 69.0 92 67 FR 1 WS S 40 "Hard to very hard. Generally solid, compotent core." FTD022 69.0 70.0 100 71 FR 1 WS S 20 As above; becoming broken. FTD022 70.0 71.0 100 60 FR 1 WS S 20 Broken in places. Broken core around steep angle sericite coated fractures. FTD022 71.0 72.0 95 53 FR 1 WS S 35 Undulating fracture. Throughgoing fracture sub-parallel to CA. FTD022 72.0 73.0 100 48 FR 1 WS S 38 "Initially broken; becoming solid. Hard, compotent core." FTD022 73.0 74.0 100 47 FR 1 WS S Several thin ductile shears. Steep angle shears with sericite/chlorite coatings. FTD022 74.0 75.0 86 49 FR 1 WS S 30 "Broken core in patches. Core tending to solid, compotent." FTD022 75.0 76.0 95 45 FR 1 WS S 65 Broken core to 75.33m. FTD022 76.0 77.0 95 58 FR 1 M S Broken to very broken locally. FTD022 77.0 78.0 92 43 FR 1 WS S 68 "Hard, broken throughout." FTD022 78.0 79.0 73 25 FR 1 M M Generally broken throughout. Some fragmented core zones; note - core blocking error at 78.8m (corrected from 79.0m as recorded by driller). FTD022 79.0 80.0 100 82 FR 1 M VS "Hard to very hard. Solid, compotent core." FTD022 80.0 81.0 100 76 FR 1 WS S 30 Few undulating fractures. Smooth sericitic fractures. FTD022 81.0 82.0 84 32 FR 1 WS S 75 Regular natural breaks. Hard to very hard. FTD022 82.0 83.0 95 53 SW 3 MS S 48 "Generally hard, solid core." FTD022 83.0 84.0 93 48 FR 1 MS S 60 "Hard, with regular breaks." FTD022 84.0 85.0 90 0 SW 3 WS M 50 Broken core. Core becoming fragmented and sheared from 97.7m. FTD022 84.0 85.0 65 20 FR 1 WS MS "Becoming broken. Broken to very broken, with core loss zones." FTD022 85.0 86.0 68 0 SW 3 MS M "Initially sheared to 98.45m. Core tending to clayey; blocky, jointed." FTD022 85.0 86.0 94 51 FR 1 M S "Hard to very hard, solid core. Core hard, solid, compotent from 85.3m." FTD022 86.0 87.0 100 43 FR 1 M VS "Hard to very hard, solid core." FTD022 87.0 88.0 86 71 FR 1 WS VS 55 As above. FTD022 88.0 89.0 95 84 FR 1 M VS As above. FTD022 89.0 90.0 100 48 FR 1 WS VS "As above, tending to broken. Core tending to broken from 89.5m." FTD022 90.0 91.0 84 17 FR 1 WS S 70 Hard to very hard. Regular natural breaks throughout. FTD022 91.0 91.4 100 21 FR 1 M VS Becoming broken. Core worn on breaks by drilling action. FTD022 91.4 91.8 0 0 FR 1 Total core loss over 0.4m. Core loss recorded by driller. FTD022 91.8 92.0 80 55 FR 1 M VS "Core worn by drilling action. Core worn on breaks by drilling action; some faceted, overdrilled core." FTD022 92.0 93.0 92 73 FR 1 M VS "Hard to very hard. Generally solid, compotent core." FTD022 93.0 94.0 90 50 FR 1 MS S 40 "Hard, broken to very broken. Wedging ground." FTD022 94.0 95.0 100 57 FR 1 M VS Some core gain apparent. FTD022 95.0 96.0 92 59 FR 1 WS VS "Very hard, solid to 95.45m. Core becoming broken." FTD022 96.0 97.0 74 54 FR 1 M S Broken core from 96.25m. FTD022 97.0 98.0 100 18 FR 1 MS S 54 "Broken, blocky core. Planar joints formed on K-Spar vein selvedges." FTD022 98.0 100.3 100 0 FR 1 WS S 75 "Hard, with regular breaks. Undulating rough breaks throughout." FTD023 0.0 1.0 10 10 MW 4 M BOCO < 1m. FTD023 1.0 2.0 100 45 SW 3 M M FTD023 2.0 3.0 100 55 (FR) 2 M M FTD023 3.0 4.0 100 78 FR 1 M M FTD023 4.0 5.0 100 20 SW 3 M M FTD023 5.0 6.0 100 65 FR 1 M M FTD023 6.0 7.0 100 70 FR 1 M M FTD023 7.0 8.0 100 15 SW 3 M M FTD023 8.0 9.0 100 30 SW 3 M M FTD023 9.0 10.0 100 12 (FR) 2 M M FTD023 10.0 11.0 100 10 (FR) 2 M M FTD023 11.0 12.0 85 0 (FR) 2 WS M 45 FTD023 12.0 13.0 100 30 (FR) 2 WS M 70 FTD023 13.0 14.0 100 50 FR 1 WS M 60 FTD023 14.0 15.0 100 10 SW 3 M M FTD023 15.0 16.0 100 10 SW 3 M M Fe oxides as thin coatings on joint planes and in veins. FTD023 16.0 17.0 70 0 SW 3 WS M 65 As above; throughgoing planar rough joints with Fe oxide coating. FTD023 17.0 18.0 90 25 SW 3 M S Tending to fresh rock; broken throughout. FTD023 18.0 19.0 88 70 SW 3 M S Fresh rock; gradual decrease in Fe oxides in veins. FTD023 19.0 20.0 100 0 FR 1 WS S 43 Fresher rock; broken jointed core throughout. FTD023 20.0 21.0 90 28 FR 1 M S Fresh rock; with only sparse Fe oxides coating joint planes. FTD023 21.0 22.0 95 86 SW 3 WS S Fe oxides infilling veins; otherwise fresh rock. FTD023 22.0 23.0 100 38 FR 1 M S Sparse Fe oxides infilling veins at start. FTD023 23.0 24.0 100 75 FR 1 M VS "Fresh rock throughout; solid, compotent core. BOPO = 23.55m" FTD023 24.0 25.0 85 95 FR 1 M VS Fresh rock throughout; core loss from 24.0-24.17m. FTD023 25.0 26.0 75 15 FR 1 M VS Fresh rock throughout; broken core in patches. FTD023 26.0 27.0 100 87 FR 1 M VS "Fresh, generally solid, compotent rock throughout." FTD023 27.0 28.0 100 78 FR 1 M VS "Fresh, very solid, compotent core." FTD023 28.0 29.0 100 87 FR 1 M VS As above; trace Fe oxides as coatings on joint planes. FTD023 29.0 30.0 100 95 FR 1 M VS "Fresh, generally very solid, compotent core." FTD023 30.0 31.0 100 95 FR 1 M VS "Fresh, solid, compotent core." FTD023 31.0 32.0 100 90 FR 1 M S As above. FTD023 32.0 33.0 100 90 FR 1 M VS As above; rare undulating breaks only. FTD023 33.0 34.0 90 90 FR 1 M VS "Fresh, very solid compotent core throughout." FTD023 34.0 35.0 100 80 FR 1 M VS As above. FTD023 35.0 36.0 100 90 FR 1 M VS Some core gain apparent. FTD023 36.0 37.0 100 100 (FR) 2 M VS FTD023 37.0 38.0 100 84 FR 1 M VS Oxidised pyritic breccia veining at 45 degrees to CA. FTD023 38.0 39.0 100 92 FR 1 M VS FTD023 39.0 40.0 100 92 FR 1 M S FTD023 40.0 41.0 100 10 (FR) 2 M S Minor Fe-Mn oxides as coatings. FTD023 41.0 42.0 100 100 FR 1 M S FTD023 42.0 43.0 100 90 FR 1 M S FTD023 43.0 44.0 100 90 FR 1 M VS FTD023 44.0 45.0 100 56 FR 1 M S FTD023 45.0 46.0 100 80 FR 1 M S FTD023 46.0 46.2 100 100 FR 1 M S FTD024 0.0 1.0 100 10 SW 3 M M BOCO = 0.0m. FTD024 1.0 2.0 100 12 MW 4 M M FTD024 2.0 3.0 100 15 MW 4 M M FTD024 3.0 4.0 100 17 MW 4 M M FTD024 4.0 5.0 100 10 MW 4 M M FTD024 5.0 6.0 100 60 SW 3 WS M 35 Bedding. FTD024 6.0 7.0 100 24 SW 3 WS M 35 Bedding. FTD024 7.0 8.0 100 0 SW 3 WS M 30 Bedding. FTD024 8.0 9.0 100 29 MW 4 WS M 55 Bedding. FTD024 9.0 10.0 100 30 SW 3 WS M 40 Bedding. FTD024 10.0 11.0 100 46 SW 3 WS M 40 Sheared ?bedding. FTD024 11.0 12.0 100 30 SW 3 WS M 40 Sheared ?bedding. FTD024 12.0 13.0 100 55 (FR) 2 WS M FTD024 13.0 14.0 100 33 (FR) 2 WS M 50 FTD024 14.0 15.0 100 15 (FR) 2 M M FTD024 15.0 16.0 100 12 SW 3 M M FTD024 16.0 17.0 100 70 SW 3 M M FTD024 17.0 18.0 100 40 (FR) 2 M M FTD024 18.0 19.0 100 70 FR 1 WS M 30 FTD024 19.0 20.0 100 46 (FR) 2 WS M 30 Shear. FTD024 20.0 21.0 100 40 (FR) 2 M M FTD024 21.0 22.0 100 40 (FR) 2 M M FTD024 22.0 23.0 100 60 FR 1 M M FTD024 23.0 24.0 75 30 FR 1 M M FTD024 24.0 25.0 100 50 (FR) 2 M M FTD024 25.0 26.0 100 10 (FR) 2 M M FTD024 26.0 27.0 100 55 FR 1 M S FTD024 27.0 28.0 100 35 (FR) 2 M S FTD024 28.0 29.0 100 12 FR 1 M S FTD024 29.0 30.0 100 15 FR 1 M S FTD024 30.0 31.0 60 0 (FR) 2 M M Rubbly brittle shear. FTD024 31.0 32.5 30 0 SW 3 M W Oxidised vein. FTD024 32.5 33.0 100 0 (FR) 2 M W Broken zone 32.8-33m. FTD024 33.0 34.0 100 90 FR 1 M S FTD024 34.0 35.0 100 45 SW 3 M M FTD024 35.0 36.0 100 32 SW 3 M M Broken zone 35.2-35.5m. FTD024 36.0 37.0 100 90 FR 1 M S FTD024 37.0 38.0 100 96 FR 1 M S FTD024 38.0 39.0 100 74 SW 3 M S Oxidised zone 38.6-39.0m. FTD024 39.0 40.0 100 70 FR 1 WS M 50 Bedding; BOPO=39.0m. FTD024 40.0 41.0 100 16 FR 1 WS M 55 Bedding. FTD024 41.0 42.0 100 40 FR 1 WS M 60 Bedding. FTD024 42.0 43.0 100 27 FR 1 WS M 55 Bedding. FTD024 43.0 44.0 80 20 FR 1 WS M 55 Bedding. FTD024 44.0 45.0 100 45 FR 1 WS M 55 Bedding. FTD024 45.0 46.0 100 23 FR 1 WS M 60 Bedding. FTD024 46.0 47.0 100 18 FR 1 WS M 60 Bedding. FTD024 47.0 48.0 90 21 FR 1 WS M 50 Bedding. FTD024 48.0 49.0 40 0 FR 1 WS M 55 "Bedding; broken zone, with core loss, from 48.3-49m." FTD024 49.0 50.0 100 15 FR 1 WS M 60 Bedding. FTD024 50.0 51.0 100 11 FR 1 WS M 60 Bedding. FTD024 51.0 52.0 100 45 FR 1 WS S 60 Bedding. FTD024 52.0 52.4 100 25 FR 1 WS S FTD025 0.0 1.0 80 20 SW 3 M M BOCO = 0m FTD025 1.0 2.0 100 20 SW 3 M M FTD025 2.0 3.0 100 40 MW 4 M M FTD025 3.0 4.0 100 23 SW 3 M M FTD025 4.0 5.0 74 16 MW 4 M M FTD025 5.0 6.0 100 84 SW 3 M M FTD025 6.0 7.0 100 34 SW 3 WS M 40 Bedding. FTD025 7.0 8.0 100 44 (FR) 2 WS M 40 Bedding. FTD025 8.0 9.0 100 90 SW 3 WS M 30 Bedding. FTD025 9.0 10.0 100 28 (FR) 2 WS M 15 Bedding. FTD025 10.0 11.0 100 70 SW 3 WS M 10 Bedding. FTD025 11.0 12.0 100 42 SW 3 WS M 25 Planar bedding. FTD025 12.0 13.0 100 40 (FR) 2 WS M 25 FTD025 13.0 14.0 100 14 SW 3 M M FTD025 14.0 15.0 100 80 (FR) 2 M M FTD025 15.0 16.0 100 10 SW 3 M M FTD025 16.0 17.0 92 60 (FR) 2 WS M 15 FTD025 17.0 18.0 100 38 FR 1 M S FTD025 18.0 19.0 100 85 FR 1 M S FTD025 19.0 20.0 100 60 (FR) 2 M M FTD025 20.0 21.0 100 93 (FR) 2 M S FTD025 21.0 22.0 100 70 FR 1 M S FTD025 22.0 23.0 100 28 FR 1 M M FTD025 23.0 24.0 100 56 FR 1 M M FTD025 24.0 25.0 100 27 SW 3 M M FTD025 25.0 26.0 100 80 FR 1 M S FTD025 26.0 27.0 100 65 FR 1 M S FTD025 27.0 28.0 100 74 FR 1 M M FTD025 28.0 29.0 100 30 FR 1 M M FTD025 29.0 30.0 100 30 SW 3 M M FTD025 30.0 31.0 100 90 FR 1 M FTD025 31.0 32.0 100 65 FR 1 M FTD025 32.0 33.0 100 0 FR 1 M FTD025 33.0 34.0 100 0 FR 1 M FTD025 34.0 35.0 100 32 FR 1 M FTD025 35.0 36.0 100 30 FR 1 M FTD025 36.0 37.0 100 85 FR 1 M FTD025 37.0 38.0 100 70 FR 1 M FTD025 38.0 39.0 100 65 FR 1 M FTD025 39.0 40.0 100 70 FR 1 M FTD025 40.0 41.0 100 60 FR 1 M FTD025 41.0 42.0 100 72 FR 1 M FTD025 42.0 43.0 100 30 FR 1 M FTD025 43.0 44.0 100 40 FR 1 M FTD025 44.0 45.0 100 10 FR 1 M FTD025 45.0 46.0 100 60 FR 1 M FTD025 46.0 47.0 100 32 FR 1 M FTD025 47.0 48.0 60 30 FR 1 M FTD025 48.0 49.0 100 0 FR 1 M FTD025 49.0 50.0 100 10 FR 1 WS 50 Bedding. FTD025 50.0 51.0 80 0 FR 1 WS 40 Bedding. FTD025 51.0 52.0 80 0 FR 1 Bedding. FTD025 52.0 53.7 70 10 FR 1 Bedding. FTD025 53.7 54.0 100 0 FR 1 40 Bedding. FTD025 54.0 55.0 100 12 FR 1 40 Bedding. FTD025 55.0 56.0 100 65 FR 1 45 Bedding. FTD025 56.0 57.0 100 50 FR 1 MS 40 FTD025 57.0 58.0 100 40 FR 1 MS 45 FTD025 58.0 59.0 100 28 FR 1 MS 45 FTD025 59.0 60.0 100 30 FR 1 WS 45 FTD025 60.0 61.0 100 72 FR 1 WS 45 FTD025 61.0 61.3 100 70 FR 1 WS FTD026 0.0 1.0 80 21 HW 5 M W BOCO = 1.5m. FTD026 1.0 2.0 100 25 HW 5 M W FTD026 2.0 3.0 70 12 MW 4 M M FTD026 3.0 4.0 100 0 MW 4 M W FTD026 4.0 5.0 100 40 MW 4 M W FTD026 5.0 6.0 100 70 MW 4 M W FTD026 6.0 7.0 100 35 MW 4 M W FTD026 7.0 8.0 100 24 MW 4 M W FTD026 8.0 9.0 100 30 SW 3 M M FTD026 9.0 10.0 100 47 SW 3 M M FTD026 10.0 11.0 100 22 SW 3 M M FTD026 11.0 12.0 100 22 (FR) 2 M M FTD026 12.0 13.0 100 40 SW 3 M M FTD026 13.0 14.0 100 28 SW 3 M M FTD026 14.0 15.0 100 45 SW 3 M M FTD026 15.0 16.0 100 0 SW 3 M M FTD026 16.0 17.0 100 12 SW 3 M M FTD026 17.0 18.0 100 12 SW 3 M M FTD026 18.0 19.0 100 0 SW 3 M M FTD026 19.0 20.0 100 48 (FR) 2 M M 19.3-19.4m minor brittle-ductile shear at 25 degrees to CA. FTD026 20.0 21.0 100 37 (FR) 2 M M FTD026 21.0 22.0 100 54 FR 1 M M FTD026 22.0 23.0 100 26 FR 1 M M 15 Crude flattening foliation. FTD026 23.0 24.0 100 33 FR 1 M M FTD026 24.0 25.0 100 27 FR 1 M M 15 Crude flattening foliation. FTD026 25.0 26.0 100 75 FR 1 M M FTD026 26.0 27.0 100 58 FR 1 M M 27.0-27.7m broken ground at 60-70 degrees to CA. FTD026 27.0 28.0 100 14 SW 3 M M FTD026 28.0 29.0 100 43 FR 1 M M FTD026 29.0 30.0 100 15 FR 1 M M 10 Crude flattening foliation. FTD026 30.0 31.0 100 75 FR 1 M S 10 Crude flattening foliation. FTD026 31.0 32.0 100 20 FR 1 M M 31.9-32.5m broken ground. FTD026 32.0 33.0 100 0 (FR) 2 M M FTD026 33.0 34.0 100 28 FR 1 M M FTD026 34.0 35.0 100 80 FR 1 M M 15 Crude flattening foliation. FTD026 35.0 36.0 100 20 (FR) 2 M M FTD026 36.0 37.0 100 10 (FR) 2 M M FTD026 37.0 38.0 100 42 (FR) 2 M M FTD026 38.0 39.0 100 0 FR 1 M M 39.8-39.9m crush zone fault. FTD026 39.0 40.0 100 0 FR 1 M M 25 BOPO ~ 40m; foliation FTD026 40.0 41.0 100 10 FR 1 M M Some coatings on fractures deeper. FTD026 41.0 42.0 100 40 FR 1 M M 45 FTD026 42.0 43.0 100 35 FR 1 M M 35 FTD026 43.0 44.0 100 13 FR 1 M M 25 FTD026 44.0 45.0 100 15 FR 1 M M FTD026 45.0 46.3 50 0 FR 1 M M 45.3-46.3m crush zone at 45 to CA. FTD026 46.3 47.0 85 0 (FR) 2 M M 15 Laminated bedding. FTD026 47.0 48.0 100 59 (FR) 2 M S FTD026 48.0 49.0 100 40 FR 2 M M 25 Bedding. FTD026 49.0 50.0 100 12 FR 1 M M 25 FTD026 50.0 51.0 85 25 FR 1 M M 35 Laminated bedding. FTD026 51.0 52.0 100 30 FR 1 M M 15 51.8-51.9m crush zone. FTD026 52.0 53.0 100 80 FR 1 M M 10 FTD026 53.0 54.0 100 46 FR 1 M M 35 FTD026 54.0 55.0 100 60 FR 1 M M 20 Folded and faulted bedding. FTD026 55.0 56.0 100 33 FR 1 M M FTD026 56.0 57.0 100 10 FR 1 M M 50 FTD026 57.0 58.0 100 35 FR 1 M M 60 Bedding. FTD026 58.0 59.0 100 95 FR 1 M M FTD026 59.0 60.0 100 96 FR 1 M M 55 Sheared bedding. FTD026 60.0 61.0 100 85 FR 1 M M 35 Bedding. FTD026 61.0 62.0 100 95 FR 1 M M 35 FTD026 62.0 63.0 100 80 FR 1 M M 30 FTD026 63.0 64.0 100 18 FR 1 M M 30 FTD026 64.0 65.0 100 14 FR 1 M M 30 FTD026 65.0 66.0 100 55 FR 1 M M 35 FTD026 66.0 67.0 100 0 FR 1 M M 35 FTD026 67.0 68.0 100 39 FR 1 M M FTD026 68.0 69.0 100 40 FR 1 M M 40 FTD026 69.0 70.0 100 90 FR 1 M M FTD026 70.0 71.0 100 60 FR 1 M M 35 FTD026 71.0 72.0 100 10 FR 1 M M 40 FTD026 72.0 73.0 100 12 FR 1 M M 35 FTD026 73.0 74.0 100 60 FR 1 M M 35 FTD026 74.0 75.0 100 52 FR 1 M M 40 FTD026 75.0 76.0 100 44 FR 1 M M 40 FTD026 76.0 77.0 100 22 FR 1 M M 40 FTD026 77.0 78.0 100 10 FR 1 M M FTD026 78.0 79.0 100 10 FR 1 M S 35 FTD026 79.0 80.0 100 60 FR 1 M S 35 FTD026 80.0 81.0 100 98 FR 1 M S FTD026 81.0 82.0 100 92 FR 1 M S FTD026 82.0 83.0 100 93 FR 1 M S FTD026 83.0 83.3 100 90 FR 1 M S 35 FTD027 0.0 1.0 40 0 MW 4 M M Rubble and core loss to 0.7m. FTD027 1.0 2.0 100 0 MW 4 M M FTD027 2.0 3.0 100 25 MW 4 M M 58 BOCO=2.6m. FTD027 3.0 4.0 70 17 MW 4 M M Hard to very hard. Core tending to fresh rock. FTD027 4.0 5.0 100 32 MW 4 M M "Hard, solid to 4.65m. Core becoming very broken." FTD027 5.0 6.0 100 60 MW 4 M M "Fragmented, oxidised to 5.8m." FTD027 6.0 7.0 100 52 MW 4 M M 66 "Solid, relatively fresh to 6.25m. Core becoming oxidised and broken." FTD027 7.0 8.0 100 45 MW 4 M M Broken throughout. Fe oxides in veins and as staining. FTD027 8.0 9.0 100 92 SW 3 M M Regular natural breaks. Some breaks coated with Fe oxides. FTD027 9.0 10.0 100 83 SW 3 M M Regular natural breaks. Few breaks coated with Fe oxides. FTD027 10.0 11.0 100 75 SW 3 M M "Initially solid, compotent core. Core becoming broken." FTD027 11.0 12.0 100 40 SW 3 M M Fresh rock; regular breaks. FTD027 12.0 13.0 100 70 SW 3 M M As above. BOPO = 12.9m; Fe oxides as coatings on a few fractures. FTD027 13.0 14.0 100 60 (FR) 2 M M "Fresh rock. Core becoming solid, compotent from 13.2m." FTD027 14.0 15.0 100 32 (FR) 2 M M Fresh rock; regular breaks. FTD027 15.0 16.0 100 40 SW 3 M M "Hard, solid, compotent core. Solid core from 15.2m." FTD027 16.0 17.0 100 30 SW 3 M M Regular natural breaks. Close spaced breaks from 16.45m. FTD027 17.0 18.0 100 50 SW 3 M M Broken to very broken core. Weak Fe oxides on fractures. FTD027 18.0 19.0 100 98 SW 3 M M "Hard, relatively solid core. Relatively compotent throughout." FTD027 19.0 20.0 100 90 (FR) 2 M M Relatively solid to 19.45m. Core becoming fragmented. FTD027 20.0 21.0 100 80 SW 3 M M Very broken to fragmented. Completely fragmented in places. FTD027 21.0 22.0 100 25 SW 3 M M "As above; few intact pieces. Core jointed, wedging; geotechnical data recored to core block." FTD027 22.0 23.0 100 85 (FR) 2 M M As above. Geotechnical data recored from core block. FTD027 23.0 24.0 100 30 SW 3 M M Some intact core pieces. Core generally broken to fragmented. FTD027 24.0 25.0 100 90 SW 3 M M Becoming solid from 24.45m. FTD027 25.0 26.0 100 55 (FR) 2 M M "Initially solid, compotent core. Core becoming broken." FTD027 26.0 27.0 100 20 (FR) 2 M M Broken core throughout. Significant core loss. FTD027 27.0 28.0 100 17 (FR) 2 M M "Broken, fragmented to 27.6m." FTD027 28.0 29.0 100 88 SW 3 M M "Fresh, solid, compotent core." FTD027 29.0 30.0 100 15 SW 3 M S Puggy crush from 29.4-29.6m. Crush zone at 45 degrees to CA. FTD027 30.0 31.0 94 54 FR 1 M VS "Fresh, hard rock.Regular low angle joints." FTD027 31.0 32.0 94 70 FR 1 M VS "Hard to very hard.Tending to solid, compotent core." FTD027 32.0 33.0 95 56 FR 1 M S Minor Fe oxides staining.Fe oxides also coating undulating fracture planes. FTD027 33.0 34.0 100 98 FR 1 M VS "Hard to very hard.Solid, compotent core; some core gain apparent." FTD027 34.0 35.0 100 90 FR 1 M VS "Hard to very hard, cherty.Strongly silicified core; broken in places." FTD027 35.0 36.0 94 45 SW 3 WS S 47 Fe oxides as selvedges.Oxide selvedges around thin py. veins. FTD027 36.0 37.0 100 52 SW 3 WS S Thin selvedges of Fe oxides.Oxide selvedges around acute angle fractures or veins. FTD027 37.0 38.0 100 38 SW 3 M S "Fe oxide coated fracture.Fracture at start of interval, sub-parallel to core axis." FTD027 38.0 39.0 100 82 FR 1 M VS "Hard to very hard, solid core." FTD027 39.0 40.0 100 88 FR 1 M VS Fe oxide coated fracture.Strong Fe-oxide coated fracture at 39.2m at 30 degrees to core axis. FTD027 40.0 41.0 96 57 FR 1 WS S 65 Few Fe oxide coated joints.Irregular low angle joints. FTD027 41.0 42.0 78 50 FR 1 M S Cavity from 41.1-41.3m.Cavity as recorded by driller. FTD027 42.0 43.0 88 86 FR 1 M S "Two strong fractures.Undulating rough, Fe oxide coated fractures at 25 degrees to core axis." FTD027 43.0 44.0 100 81 FR 1 M VS Fe oxides coating fracture.Fracture from 43.6-43.63m at 25 degrees to core axis. FTD027 44.0 45.0 96 96 FR 1 M VS "Hard to very hard, solid core.Compotent core throughout." FTD027 45.0 46.0 100 87 FR 1 M VS "Strongly fractured zone.Strong planar rough fractures, at 30 degrees to core axis, from 45.18-45.24m." FTD027 46.0 47.0 95 83 FR 1 M VS "Hard to very hard, solid core." FTD027 47.0 48.0 100 43 SW 3 WS M 34 Fractured to broken.Brown Fe oxides partially replacing. FTD027 48.0 49.0 100 33 SW 3 WS M "BOPO=49.0m.Relatively soft, broken, tending to sheared; Fe oxides on some fractures." FTD027 49.0 50.0 100 58 SW 3 WS S 20 "Fractured, tending to broken.Broken in places; possible core gain apparent." FTD027 50.0 51.0 95 77 FR 1 WS S "Becoming solid, compotent." FTD027 51.0 52.0 85 56 FR 1 WS S Core loss from 51.03-51.22m.Broken core. FTD027 52.0 53.0 100 30 FR 1 M S Puggy fault from 52.45-52.5m.Broken core; puggy clay in fault. FTD027 53.0 54.0 90 10 FR 1 WS S "Jointed, broken throughout.Wedging ground." FTD027 54.0 55.0 93 54 FR 1 WS S 62 "Jointed, broken, wedging." FTD027 55.0 56.0 90 47 FR 1 WS S "Broken, tending to leached.Leached and vughy in patches." FTD027 56.0 57.0 100 98 FR 1 M VS "Hard, solid, compotent core." FTD027 57.0 58.0 100 100 FR 1 M S As above. FTD027 58.0 59.0 86 90 FR 1 M S Possible loss : 58.8-59.0m. FTD027 59.0 60.1 91 34 FR 1 WS S 27 Broken throughout.Some joints with Fe oxides as coatings. EOH at 60.1m confirmed. FTD028 0.0 1.0 0 0 EW 6 W Collar pipe reamed to 4.0m and cemented in; cement drilled out. ) FTD028 1.0 2.0 0 0 EW 6 W ) Surficial scree zone FTD028 2.0 3.0 0 0 EW 6 W ) FTD028 3.0 4.0 0 0 EW 6 W "Hole washed out below 4m, re-cemented. " FTD028 4.0 5.8 3 0 EW 6 W Core loss through rubble zone; BOCO=5.75m. FTD028 5.8 6.0 90 0 MW 4 WS W "Fractured, but intact, with Fe clays coating joint planes." FTD028 6.0 7.0 95 60 SW 3 WS M 20 "Soft, clayey to 6.35m; becoming fresher, solid." FTD028 7.0 8.0 94 45 FR 1 M S "Broken, rubbly core at start of run at 7.0m; possibly caved material. " FTD028 8.0 9.0 100 73 FR 1 WS S 72 "Hard, solid, generally compotent core; few natural breaks." FTD028 9.0 10.0 100 65 FR 1 M VS Black Fe + Mn oxides on few joint planes at 26 degrees to CA. FTD028 10.0 11.0 100 14 SW 3 WS M 50 "Broken, weathered clayey zones from 10.45-10.56m." FTD028 11.0 12.0 97 80 FR 1 M S "Tending to leached, altered at start." FTD028 12.0 13.0 92 79 FR 1 WS VS 35 "Hard, solid, compotent core." FTD028 13.0 14.0 90 33 FR 1 M S "Hard to very hard, with regular natural breaks." FTD028 14.0 15.0 95 67 FR 1 M VS As above. FTD028 15.0 16.0 68 20 FR 1 M S Core loss apparent in broken zone from 15.2-15.5m. FTD028 16.0 17.0 94 30 SW 3 WS S 28 Brown Fe oxides coating fracture planes and as selvedges. FTD028 17.0 18.0 95 58 FR 1 M S "Hard to very hard, with regular natural breaks." FTD028 18.0 19.0 96 97 FR 1 WS S 30 Thin brown Fe oxide veins in fractures. FTD028 19.0 20.0 100 85 FR 1 M VS "Hard to very hard, generally solid core." FTD028 20.0 21.0 100 55 FR 1 M S Broken in patches; hard to very hard. FTD028 21.0 22.0 76 60 MW 4 WS W "Weathered, decomposed, clayey core; strongly fractured." FTD028 22.0 23.0 80 38 SW 3 WS M 25 "Weathered, decomposed clayey to 22.4m with core loss." FTD028 23.0 24.0 95 54 FR 1 M S "Hard, with regular natural breaks throughout." FTD028 24.0 25.0 92 78 FR 1 M VS "Hard to very hard, solid, compotent core." FTD028 25.0 26.0 97 60 FR 1 M VS As above. FTD028 26.0 27.0 86 17 SW 3 WS M "Broken to very broken, tending to weathered, from 26.3m." FTD028 27.0 28.0 60 25 SW 3 M M "Oxidised, decomposed, Fe oxide stained, broken core from 27.55 - 28.0m; BOPO=28.1m.." FTD028 28.0 29.0 100 82 SW 3 M S "Oxidised, decomposed, broken core from 28.0-28.08m." FTD028 29.0 30.0 90 55 SW 3 WS S 50 Vughy brown - yellow Fe oxides infilling a few fractures. FTD028 30.0 31.0 100 95 FR 1 M VS "Hard to very hard, solid compotent core." FTD028 31.0 32.0 100 83 FR 1 WS VS 40 "Irregular, strong planar Fe oxide coated joints." FTD028 32.0 33.0 100 70 FR 1 M VS Core broken from 32.25-32.34m. FTD028 33.0 34.0 86 82 FR 1 M VS "Hard to very hard, solid compotent core." FTD028 34.0 35.0 100 75 FR 1 M S "As above, with regular natural breaks." FTD028 35.0 36.0 100 60 FR 1 M S Hard to very hard with regular natural breaks. FTD028 36.0 37.0 100 70 FR 1 WS VS 72 As above. FTD028 37.0 38.0 96 28 FR 1 M S "As above, tending to broken. " FTD028 38.0 39.0 100 65 FR 1 M VS "Hard to very hard, solid, compotent core." FTD028 39.0 40.0 85 68 FR 1 M VS "As above, with intense K-Spar veining." FTD028 40.0 41.0 100 78 FR 1 WS VS 77 As above. FTD028 41.0 42.0 100 88 FR 1 WS VS 60 "As above, tending to less intensely veined." FTD028 42.0 43.0 100 87 FR 1 M VS "Hard to very hard, solid, compotent core. " FTD028 43.0 44.0 100 83 FR 1 M VS As above with K-Spar veins FTD028 44.0 45.0 100 80 FR 1 M VS As above. FTD028 45.0 46.0 95 61 FR 1 WS S 75 As above; broken in patches. FTD028 46.0 47.0 100 48 FR 1 WS S "Hard to very hard, with regular natural breaks. " FTD028 47.0 48.0 100 50 FR 1 WS VS As above. FTD028 48.0 49.0 93 92 FR 1 M VS "Hard to very hard, solid, compotent core. " FTD028 49.0 50.0 100 81 FR 1 M VS As above FTD028 50.0 51.0 100 48 FR 1 M S "As above, with increasing natural breaks." FTD028 51.0 52.0 94 42 FR 1 M S Hard with regular natural breaks throughout. FTD028 52.0 53.0 98 12 SW 3 WS S Brown Fe oxides in veins at 18 degrees to CA from 52.3-52.65m. FTD028 53.0 54.0 100 65 FR 1 WS S 70 "Hard, compotent, with regular planar rough joints. " FTD028 54.0 55.0 88 60 FR 1 M S "Hard, solid, compotent core to 54.75m, then broken." FTD028 55.0 56.0 100 63 FR 1 WS S "Hard to very hard, with few planar rough fractures. " FTD028 56.0 57.0 100 85 FR 1 M S "As above, tending to solid, compotent. " FTD028 57.0 58.0 93 65 FR 1 WS S 72 "Hard to very hard, generally solid, compotent core." FTD028 58.0 59.0 100 75 FR 1 M VS As above. FTD028 59.0 60.0 100 45 FR 1 WS S 65 "Hard to very hard, with regular planar rough joints." FTD028 60.0 61.0 100 82 FR 1 M VS "Hard to very hard, solid, compotent core. " FTD028 61.0 62.0 100 81 FR 1 M VS "Few natural breaks, some with thin coatings of Fe oxides." FTD028 62.0 63.0 100 90 FR 1 M VS "Hard, solid, compotent core." FTD028 63.0 64.0 92 89 FR 1 M S "Hard, solid, compotent core; no obvious loss." FTD028 64.0 65.0 100 70 FR 1 WS S 12 Few steep angle undulating fractures at start. FTD028 65.0 66.0 100 50 FR 1 WS S Broken in patches. FTD028 66.0 67.0 100 50 FR 1 WS S 3 Few undulating rough fractures near parallel to core axis. FTD028 67.0 68.0 100 92 FR 1 M VS "Hard, solid, compotent core." FTD028 68.0 69.0 100 85 FR 1 M VS "Hard, solid, compotent, apart from broken zone at 68.83-68.94m." FTD028 69.0 70.0 100 68 FR 1 M VS "Hard, solid, compotent core throughout." FTD028 70.0 71.0 100 73 FR 1 M VS As above. FTD028 71.0 72.0 100 80 FR 1 M VS Tending to broken from 71.46-71.53m. FTD028 72.0 73.0 97 60 FR 1 WS S 7 "Wedging ground in places, with strong acute angle fractures." FTD028 73.0 74.0 100 80 FR 1 M VS "Hard, solid, compotent to jointed core. " FTD028 74.0 75.0 94 72 FR 1 M S Black siltstone-shale from 74.7m. FTD028 75.0 76.0 95 45 FR 1 WS S 35 Lithology change at 75.4m; few slickensided fractures. FTD028 76.0 77.0 96 52 FR 1 WS S 58 "Leached, clayey from 76.08-76.18m; ductile shear." FTD028 77.0 78.0 80 20 FR 1 WS M Puggy clay from 77.25-77.4m; fault with broken core from 77.7-77.95m. FTD028 78.0 79.0 100 50 FR 1 WS S 35 "Relatively hard, with regular smooth planar joints." FTD028 79.0 80.0 93 0 FR 1 WS S 40 Broken to very broken core throughout. FTD028 80.0 81.0 100 30 FR 1 M S "Hard, with regular natural breaks throughout." FTD028 81.0 82.0 100 45 FR 1 WS S 80 "Broken throughout, tending to clayey, leached." FTD028 82.0 83.0 95 55 FR 1 WS S "Several strong, undulating, acute angle fractures." FTD028 83.0 84.0 92 28 FR 1 WS S 40 Broken throughout. FTD028 84.0 85.0 70 20 FR 1 MS S 40 Broken to very broken; core loss from 84.65-84.9m; ?fault zone. FTD028 85.0 86.0 93 48 FR 1 M S "Relatively hard, tending to solid; ductile shear at 85.4m." FTD028 86.0 87.0 100 58 FR 1 WS S 65 "Hard, with regular natural breaks throughout." FTD028 87.0 88.0 100 78 FR 1 WS S 28 "Hard, becoming more solid, with irregular breaks." FTD028 88.0 89.0 100 40 FR 1 WS S 45 "Hard, generally broken; strong breaks parallel to core axis." FTD028 89.0 90.0 100 45 FR 1 WS S 42 "Hard, becoming solid, massive frm 89.5m; some clayey joints at start." FTD028 90.0 91.0 100 60 FR 1 WS VS 38 "Becoming very hard, solid, compotent from 90.45m." FTD028 91.0 92.0 85 80 FR 1 WS S 60 "Massive, solid in patches; hard to very hard." FTD028 92.0 93.0 100 100 FR 1 M VS "Hard, very solid, compotent core." FTD028 93.0 94.0 100 100 FR 1 M VS As above. FTD028 94.0 95.0 100 54 FR 1 M VS "As above, with some breaks." FTD028 95.0 96.0 100 82 FR 1 M VS "Hard, solid, compotent core." FTD028 96.0 97.0 92 75 FR 1 M VS "Hard, generally solid, compotent core." FTD028 97.0 98.0 100 93 FR 1 M VS As above. FTD028 98.0 99.0 96 52 FR 1 WS S Undulating fracture near parallel to core axis. FTD028 99.0 100.0 100 55 FR 1 M S "Hard, tending to broken in places." FTD028 100.0 101.0 100 85 FR 1 M VS "Hard, tough, generally solid, compotent core." FTD028 101.0 102.0 100 52 FR 1 M S "Broken in patches to 101.4m, then solid." FTD028 102.0 103.0 97 77 FR 1 M VS "Hard, solid, compotent core. " FTD028 103.0 104.0 100 85 FR 1 M VS As above; few acute angle breaks. FTD028 104.0 105.0 97 45 FR 1 M VS "Hard, generally solid, compotent core. " FTD028 105.0 106.0 85 50 FR 1 M S "Broken, tending to weakly clayey, from 105.63 - 105.85m." FTD028 106.0 107.0 100 96 FR 1 WS VS 35 Strong planar joints on qtz-feldspar vein edges. FTD028 107.0 108.0 95 70 FR 1 M S "Rubbly core, with minor loss at 107.7-107.75m." FTD028 108.0 109.0 60 58 (FR) 2 WS S 60 "Rubbly, broken core with loss apparent in patches." FTD028 109.0 110.0 100 65 FR 1 WS S "Relatively hard, with irregular undulating breaks." FTD028 110.0 111.0 100 85 FR 1 M VS "Hard, solid, massive core throughout." FTD028 111.0 112.0 100 75 FR 1 WS VS 55 "Hard, generally solid, compotent core. " FTD028 112.0 113.0 100 97 FR 1 M VS "Hard to very hard, solid, compotent core." FTD028 113.0 114.0 100 90 FR 1 M VS As above. FTD028 114.0 115.0 96 88 FR 1 M VS As above. FTD028 115.0 116.0 100 77 FR 1 M VS As above. FTD028 116.0 117.0 100 90 FR 1 WS VS 20 "Strong, clayey fractures at start of interval. " FTD028 117.0 118.0 85 77 FR 1 M VS "Hard to very hard, solid, compotent core." FTD028 118.0 119.0 100 70 FR 1 WS S 25 "Very hard, siliceous, generally solid core." FTD028 119.0 120.0 100 65 FR 1 M VS As above. FTD028 120.0 121.0 94 85 FR 1 M VS Thin shear at 120.5m at 50o to CA. FTD028 121.0 122.0 95 65 FR 1 WS S 40 Strong undulating breaks near parallel to CA. FTD028 122.0 123.0 100 98 FR 1 M VS "Hard to very hard, solid, compotent core." FTD028 123.0 124.0 95 95 FR 1 M VS As above. FTD028 124.0 125.0 100 95 FR 1 M VS As above. FTD028 125.0 126.0 100 60 FR 1 M VS "As above, with few, irregular breaks." FTD028 126.0 127.0 90 85 FR 1 M VS "Lithology change at 126.3m; becoming very hard, siliceous." FTD028 127.0 128.0 100 90 FR 1 WS VS 62 "Hard, siliceous, solid shale-siltstone." FTD028 128.0 129.0 100 70 FR 1 WS S "Shear at 128.4m, with broken, puggy core." FTD028 129.0 130.0 100 25 FR 1 MS S 28 "Broken, blocky core; strong jointing parallel to bedding." FTD028 130.0 130.6 85 0 FR 1 MS M "Broken, blocky core throughout." FTD028 130.6 131.7 50 0 FR 1 MS M 20 Broken to fragmented core; puggy clay shear at down hole contact. FTD028 131.7 132.0 100 60 FR 1 WS S 37 "Becoming solid, compotent." FTD028 132.0 133.0 97 40 FR 1 WS S 40 "Relatively hard, jointed, blocky black shale." FTD028 133.0 134.0 100 70 FR 1 M S Undulating fracture near parallel to CA. FTD028 134.0 135.0 100 50 FR 1 WS S 55 "Relatively hard, tending to blocky, with stepped, smooth joints." FTD028 135.0 136.0 90 35 FR 1 WS S 45 Regular undulating joint planes; broken zone from 135.26-135.34m. FTD029 0.0 1.0 0 0 HW 5 W Hole pre-collared in poorly consolidated scree to 4m; no core recovered. FTD029 1.0 2.0 0 0 HW 5 W FTD029 2.0 3.0 0 0 HW 5 W FTD029 3.0 4.0 0 0 HW 5 W NQ reamed to HQ for installation of collar pipe. FTD029 4.0 5.0 70 0 MW 4 M W Possibly includes caved material; very broken; BOCO=4.0m. FTD029 5.0 6.0 80 0 MW 4 M M "Broken, blocky to fragmented core; few intact pieces. " FTD029 6.0 7.0 85 13 MW 4 MS M 25 Fragmented core at start; common Fe oxides partially replacing. FTD029 7.0 8.0 95 10 MW 4 WS W 28 "Moderately to strongly weathered, fragmented core in places. " FTD029 8.0 9.0 90 18 HW 5 MS W 38 Fresher from 8.85m; abundant clayey Fe oxides replacing. FTD029 9.0 10.0 100 30 SW 3 WS S 40 "Relatively fresh, with Fe oxides limited to joints and some staining. " FTD029 10.0 11.0 90 38 SW 3 WS S 65 Weakly weathered to fresh; minor Fe oxides coating joints. FTD029 11.0 12.0 100 55 FR 1 WS S 60 "Relatively hard, tending to vughy, jointed, blocky core. " FTD029 12.0 13.0 95 30 FR 1 M S Regular natural breaks throughout; some breaks parallel to CA. FTD029 13.0 14.0 95 35 FR 1 WS S 40 "Relatively hard, with regular natural breaks. " FTD029 14.0 15.0 92 50 FR 1 WS S 60 "Hard, compact, solid to jointed core." FTD029 15.0 16.0 58 43 SW 3 MS S 70 "Weathered, leached, broken core from 15.15 - 15.55m, with loss." FTD029 16.0 17.0 100 20 SW 3 MS S 62 "Relatively hard, fresh, broken, jointed core." FTD029 17.0 18.0 73 0 SW 3 MS M 70 "Fragmented core, with loss, from 17.25-17.4m." FTD029 18.0 19.0 110 62 SW 3 M S "Hard, fresh, becoming solid from 18.3m." FTD029 19.0 20.0 90 83 FR 1 WS VS 60 "Hard, solild, compotent core to 19.9m, then broken. " FTD029 20.0 21.0 100 73 SW 3 WS S 52 "Broken to 20.05m; otherwise hard, generally solid core." FTD029 21.0 22.0 85 25 SW 3 WS S 40 "Tending to leached, with softer jointed patches." FTD029 22.0 23.0 97 70 SW 3 WS S 60 Increasing Fe oxides in veins and selvedges. FTD029 23.0 24.0 93 35 MW 4 MS M 35 "Softer, broken, with common Fe oxides partially replacing." FTD029 24.0 25.0 90 75 SW 3 WS S 40 "Becoming hard, tending to solid, compotent core." FTD029 25.0 26.0 100 70 (FR) 2 M S "Fresher, hard to very hard, siliceous." FTD029 26.0 27.0 100 65 FR 1 M S As above; sparse Fe oxides coating joints. FTD029 27.0 28.0 85 50 SW 3 WS S 38 "Broken, weathered from 27.4-27.75m, with Fe oxides replacing; BOPO=27.9m." FTD029 28.0 29.0 100 65 FR 1 WS S "Hard, tending to siliceous, with irregular joints." FTD029 29.0 30.0 100 90 FR 1 M S "Hard, generally solid, compotent core." FTD029 30.0 31.0 80 35 FR 1 M S "Hard, fresh, generally solid; overdrilled core from 30.8m." FTD029 31.0 32.0 100 75 FR 1 M S "Hard, tending to solid, compotent with irregular planar joints." FTD029 32.0 33.0 85 80 FR 1 M S "Hard, generally solid; broken from 32.65-32.8m." FTD029 33.0 34.0 95 60 FR 1 WS S 70 "Hard, with regular planar joints." FTD029 34.0 35.0 100 88 FR 1 M VS "Hard, solid, compotent core throughout." FTD029 35.0 36.0 95 50 FR 1 M VS Tending to jointed. FTD029 36.0 37.0 100 90 FR 1 M VS Weakly leached around thin shear at 36.75m. FTD029 37.0 38.0 100 85 (FR) 2 M VS "Leached, with Fe oxides in veins from 37.0-37.05m." FTD029 38.0 39.0 100 90 FR 1 M VS "Hard, solid, compotent core throughout. " FTD029 39.0 40.0 80 60 SW 3 WS S "Broken, with Fe oxides in veins, from 39.2-39.55m." FTD029 40.0 41.0 95 80 FR 1 M VS "Hard to very hard, siliceous." FTD029 41.0 42.0 95 65 FR 1 M VS "Broken to 41.3m; becoming hard to very hard, solid." FTD029 42.0 43.0 100 85 FR 1 M VS "Hard to very hard, siliceous; strongly veined." FTD029 43.0 44.0 78 40 (FR) 2 M S Core loss apparent; loss zone from 43.78-43.97m. FTD029 44.0 45.0 92 80 (FR) 2 M VS "Hard to very hard, siliceous, solid core." FTD029 45.0 46.0 100 80 FR 1 M VS Strong Fe oxide coated undulating fracture parallel to CA. FTD029 46.0 47.0 100 90 FR 1 M VS "Very hard, siliceous, solid, compotent core. " FTD029 47.0 48.0 100 55 FR 1 WS VS 70 "As above, with regular planar rough joints." FTD029 48.0 49.0 92 60 FR 1 WS S "As above, tending to broken in patches. " FTD029 49.0 50.0 85 60 FR 1 MS S 73 "Very hard, siliceous; broken from 49.8m." FTD029 50.0 51.0 80 20 FR 1 MS S "Very broken, jointed to 50.65m." FTD029 51.0 52.0 100 95 FR 1 M VS "Hard to very hard, solid, siliceous core. " FTD029 52.0 53.0 100 95 FR 1 M VS As above. FTD029 53.0 54.0 95 60 FR 1 M VS As above; few joints. FTD029 54.0 55.0 95 75 FR 1 WS S 45 As above. FTD029 55.0 56.0 100 70 FR 1 WS S As above. FTD029 56.0 57.0 100 97 FR 1 M VS "As above; solid, compotent core. " FTD029 57.0 58.0 100 70 FR 1 M VS As above. FTD029 58.0 59.0 100 80 FR 1 M VS As above. FTD029 59.0 60.0 92 85 FR 1 M VS "Hard to very hard, siliceous, generally solid, compotent core." FTD029 60.0 61.0 94 85 FR 1 M VS "Hard to very hard, siliceous, compotent core. " FTD029 61.0 62.0 100 86 FR 1 M VS As above. FTD029 62.0 63.0 100 90 FR 1 M VS As above. FTD029 63.0 64.0 90 90 FR 1 M VS As above; veined. FTD029 64.0 65.0 100 85 FR 1 M S As above; strong carbonate veining. FTD029 65.0 66.0 100 72 FR 1 M S As above; tending to shaley in places. FTD029 66.0 67.0 95 60 FR 1 M S "Hard, shaley to 66.5m; becoming more solid." FTD029 67.0 68.0 100 90 FR 1 M VS "Hard, solid, competent core. " FTD029 68.0 69.0 100 40 FR 1 WS S 45 "Fault vein from 68.07 - 68.13m, with broken core. " FTD029 69.0 70.0 58 0 FR 1 WS S "Tending to leached, vughy; becoming very broken." FTD029 70.0 71.0 20 0 FR 1 M M Very broken to completely fragmented core. FTD029 71.0 72.0 80 0 FR 1 WS S Very broken to completely fragmented core. FTD029 72.0 73.0 50 20 FR 1 WS S "Very broken to fragmented, strongly veined." FTD029 73.0 74.0 70 0 FR 1 WS S "Broken to very broken, blocky core." FTD029 74.0 74.2 85 0 FR 1 WS S Undulating rough breaks parallel to core axis. FTD030 0.0 1.0 0 0 HW 5 W No core recovery; pre-collar in scree. FTD030 1.0 2.0 0 0 HW 5 W As above. FTD030 2.0 3.0 0 0 HW 5 W "Rubbly core fragments, probably caved material. " FTD030 3.0 4.0 93 10 MW 4 MS M 60 "Weathered to 3.6m, then relatively fresh; broken throughout." FTD030 4.0 5.0 100 70 SW 3 WS S 72 Hard to very hard; fresh apart from Fe oxides coating joints. FTD030 5.0 6.0 90 55 SW 3 MS S 55 "Hard to very hard, with frequent joints." FTD030 6.0 7.0 95 35 (FR) 2 MS S 50 As above; regularly spaced planar to stepped joints. FTD030 7.0 8.0 95 45 (FR) 2 MS S 42 As above; broken in patches. FTD030 8.0 9.0 98 15 (FR) 2 MS S 70 Hard to very hard with regular frequent joints. FTD030 9.0 10.0 100 70 (FR) 2 WS S 38 As above; tending to solid compotent. FTD030 10.0 11.0 100 60 (FR) 2 MS S 60 "Hard to very hard, with regular Fe oxide coated joints. " FTD030 11.0 12.0 95 25 (FR) 2 WS S 60 "Hard to very hard, broken in places. " FTD030 12.0 13.0 95 75 FR 1 WS S 40 "Some slickensided, Fe oxide coated fractures; BOCO=12.5m." FTD030 13.0 14.0 100 93 FR 1 WS S "Very hard tough, solid, competent core." FTD030 14.0 15.0 90 10 (FR) 2 WS S "Vughy, leached core; broken in places. " FTD030 15.0 16.0 100 15 FR 1 WS S 35 Core broken to very broken in places. FTD030 16.0 17.0 90 80 FR 1 M VS "Very hard, solid, compotent core." FTD030 17.0 18.0 78 45 FR 1 M S "As above; tough, siliceous; driller recorded sand in hole 17.5-17.75m." FTD030 18.0 19.0 95 45 FR 1 M S As above; overdrilled core from 18.7m. FTD030 19.0 20.0 100 75 FR 1 WS S 50 Hard to very hard; generally solid with irregular joints. FTD030 20.0 21.0 100 97 FR 1 M VS "Very hard, solid, compotent core." FTD030 21.0 22.0 100 95 FR 1 M VS "Very hard, solid, competent core." FTD030 22.0 23.0 100 92 FR 1 M VS As above. FTD030 23.0 24.0 85 70 FR 1 WS S 35 "As above, with regular natural breaks." FTD030 24.0 25.0 97 55 FR 1 M S As above; broken in places. FTD030 25.0 26.0 100 85 FR 1 M S "Becoming hard to very hard, solid, compotent." FTD030 26.0 27.0 100 52 FR 1 M S "Relatively hard, with regular undulating breaks. " FTD030 27.0 28.0 100 65 FR 1 M S "As above; tending to solid, compotent." FTD030 28.0 29.0 100 55 FR 1 WS S 45 Broken in patches; few Fe oxide fractures parallel to CA. FTD030 29.0 30.0 95 60 FR 1 M S "Veined, micro-fractured, relatively hard throughout." FTD030 30.0 31.0 90 40 FR 1 WS S "Broken at start, tending to solid, compotent." FTD030 31.0 32.0 95 50 FR 1 WS S 50 Lost water return at 31.8m; hole dry. FTD030 32.0 33.0 100 75 FR 1 M S "Harder, siliceous, generally compotent." FTD030 33.0 34.0 100 100 FR 1 M VS "As above; tough, siliceous, unbroken." FTD030 34.0 35.0 100 60 FR 1 M VS As above. FTD030 35.0 36.0 100 75 FR 1 M VS As above. FTD030 36.0 37.0 95 55 FR 1 WS S 35 As above with a few stepped smooth joints FTD030 37.0 38.0 100 75 FR 1 M VS "Hard to very hard, siliceous, tough" FTD030 38.0 39.0 90 55 FR 1 WS S 50 1cm Hydraulic Breccia vein/fault at 36.7m FTD030 39.0 40.0 100 90 FR 1 M VS "Hard to very hard, tough, compotent core" FTD030 40.0 41.0 100 75 FR 1 M VS As above. FTD030 41.0 42.0 100 85 FR 1 M VS As above. FTD030 42.0 43.0 90 85 FR 1 WS S 30 "As above, with a few undulating rough joints." FTD030 43.0 44.0 100 78 FR 1 WS S 32 "Hard, siliceous, generallysolid, compotent core." FTD030 44.0 45.0 100 80 FR 1 M VS "Hard to very hard, solid, compotent core." FTD030 45.0 46.0 88 80 FR 1 M VS As above. FTD030 46.0 47.0 100 100 FR 1 M VS As above. FTD030 47.0 48.0 100 65 FR 1 WS S Broken core from 47.26-47.32m and 47.73-47.86m. FTD030 48.0 49.0 100 65 FR 1 WS S 55 Hard to very hard with regular natural breaks. FTD030 49.0 50.0 100 62 FR 1 WS S 22 Hard to very hard with regular intersecting acute angle joints. FTD030 50.0 51.0 100 92 FR 1 M VS "Hard to very hard, tough, siliceous core." FTD030 51.0 52.0 92 80 FR 1 M VS As above. FTD030 52.0 53.0 100 95 FR 1 M VS As above. FTD030 53.0 54.0 100 97 FR 1 M VS As above. FTD030 54.0 55.0 93 70 FR 1 M S As above; tending to broken in places. FTD030 55.0 56.0 100 90 FR 1 M VS "Hard to very hard, tough, siliceous, generally solid." FTD030 56.0 57.0 100 95 FR 1 M S "As above, with vughy, thin qtz veins sub-parallel to CA." FTD030 57.0 58.0 88 60 FR 1 M VS "Hard to very hard, tough, siliceous; few natural breaks." FTD030 58.0 59.0 100 60 FR 1 WS S 35 Brittle shear from 58.42-58.45m. FTD030 59.0 60.0 100 80 FR 1 WS S 60 "Hard, tough, siliceous, with few Fe oxide coated joints." FTD030 60.0 61.0 90 55 FR 1 WS S 68 "Hard to very hard, tough, siliceous; irregular joints. " FTD030 61.0 62.0 95 85 FR 1 M S "As above; generally solid, compotent core." FTD030 62.0 63.0 100 95 (FR) 2 WS S 27 "Moderately oxidised, leached from 62.15m, with Fe oxides as veins." FTD030 63.0 64.0 100 75 (FR) 2 WS M Moderately oxidised with Fe oxides in veins. FTD030 64.0 65.0 95 25 SW 3 MS M 53 Moderately to strongly oxidised; Fe oxides staining; tending to clay. FTD030 65.0 66.0 95 60 SW 3 WS M As above; broken to crumbly in places. FTD030 66.0 67.0 55 15 SW 3 MS M 15 As above with core loss apparent; strong acute angle fractures. FTD030 67.0 68.0 95 60 FR 1 MS S 25 "Fresh, hard, siliceous, tending to solid." FTD030 68.0 69.0 95 70 FR 1 WS VS 45 "Hard to very hard, siliceous, with few planar smooth joints." FTD030 69.0 70.0 97 65 FR 1 WS VS As above. FTD030 70.0 71.0 100 70 FR 1 WS VS 55 As above. FTD030 71.0 72.0 97 60 FR 1 WS S As above. FTD030 72.0 73.0 93 87 FR 1 WS S 60 Thin vughy qtz-carbonate-scheelite vein at 72.64m. FTD030 73.0 74.0 100 90 FR 1 WS S "Hard to very hard, siliceous, irregularly jointed." FTD030 74.0 75.0 97 55 FR 1 WS S 50 "Hard, with regular natural breaks throughout." FTD030 75.0 76.0 95 40 FR 1 MS S 20 As above; strong intersecting planar smooth joints. FTD030 76.0 77.0 97 55 FR 1 MS S 30 As above; ductile shear from 76.85-76.9m. FTD030 77.0 78.0 97 65 FR 1 WS S "Hard to very hard, tending to solid." FTD030 78.0 79.0 87 55 FR 1 WS S 32 "Hard to very hard, with irregular acute angle joints. " FTD030 79.0 80.0 100 70 FR 1 WS VS 25 As above; vughy qtz on some fracture planes. FTD030 80.0 81.0 95 90 FR 1 WS VS 35 "Hard to very hard, generally solid." FTD030 81.0 82.0 85 80 FR 1 WS S 55 Clayey fault breccia from 81.75-81.82m. FTD030 82.0 83.0 100 45 FR 1 WS S 55 Broken in patches. FTD030 83.0 84.0 90 55 FR 1 WS S 60 "Hard to very hard, jointed to broken in patches." FTD030 84.0 85.0 83 30 FR 1 MS S 55 Strongly jointed to broken. FTD030 85.0 86.0 95 35 FR 1 MS S Core broken to fragmented. FTD030 86.0 87.0 87 10 FR 1 MS S 63 Strongly jointed to broken throughout. FTD030 87.0 88.0 77 40 FR 1 MS S As above; strong intersecting planar joints. FTD030 88.0 89.0 95 55 FR 1 WS VS 47 "Hard to very hard, siliceous, jointed." FTD030 89.0 90.0 90 58 FR 1 MS S 65 "Hard, jointed; broken to crumbly in places." FTD030 90.0 91.0 75 25 FR 1 MS S 57 Breccia in fault zone from 90.3-90.6m. FTD030 91.0 92.0 100 75 FR 1 WS VS 60 "Hard to very hard, siliceous, tough." FTD030 92.0 92.5 100 60 FR 1 WS VS FTD031 0.0 1.0 0 0 HW 5 W No core recovered/pre-collar. FTD031 1.0 2.0 0 0 HW 5 W BOCO=2.0m; as above. Few rubble fragments recovered. FTD031 2.0 3.0 82 15 MW 4 MS W 35 "Soft, strongly weathered. Clayey to 2.45m, then tending fresher." FTD031 3.0 4.0 90 30 SW 3 MS M 68 Broken; Fe oxides on joints. More oxidised from 3.25-3.4m. FTD031 4.0 5.0 95 20 SW 3 WS M 70 Relatively hard. Regular Fe oxide coated joints. FTD031 5.0 6.0 96 60 SW 3 MS M 58 As above. Partial replacement with Fe oxides around joint planes. FTD031 6.0 7.0 82 25 SW 3 MS M Jointed throughout. Becoming vey broken from 6.5m. FTD031 7.0 8.0 55 0 MW 4 MS M 40 "Blocky, strongly jointed. Very broken to fragmented core." FTD031 8.0 9.0 65 0 SW 3 WS M "Strongly weathered to 8.5m. Initially fragmented, clayey core; becoming fresher." FTD031 9.0 10.0 95 10 SW 3 MS M "Very broken, jointed to 9.3m. Blocky core." FTD031 10.0 11.0 85 0 SW 3 WS M "Hard, broken, blocky core. Fragmented core." FTD031 11.0 12.0 98 85 FR 1 M S "Hard to very hard. Generally solid, compotent core." FTD031 12.0 13.0 100 65 FR 1 M S As above. Core broken from 12.1-12.2m. FTD031 13.0 14.0 92 85 FR 1 M S "Hard to very hard. Generally solid, with few breaks." FTD031 14.0 15.0 95 25 (FR) 2 WS S 53 Tending to broken in patches. Fe oxides coating fractures. FTD031 15.0 16.0 95 40 SW 3 WS S 40 Broken. Fe oxides partially replacing from 15.3-15.5m. FTD031 16.0 17.0 85 40 SW 3 MS S 62 Leached and oxidised. Fe oxides replacing from 16.58-16.9m. FTD031 17.0 18.0 100 85 SW 3 WS S 35 Hard to very hard. Irregular Fe oxide coated joints. FTD031 18.0 19.0 75 15 SW 3 MS S 25 Broken from 18.32-18.65m. Leached and oxidised core in broken zone. FTD031 19.0 20.0 100 30 (FR) 2 MS S 28 "Fresher, hard to very hard. Strong acute angle joints." FTD031 20.0 21.0 100 90 (FR) 2 WS VS 65 "Hard to very hard, tough. Siliceous." FTD031 21.0 22.0 100 73 (FR) 2 MS S 65 As above. Regular Fe oxide coated joints. FTD031 22.0 23.0 100 25 (FR) 2 MS S 65 As above. Broken core from 22.47-22.53m. FTD031 23.0 24.0 100 45 (FR) 2 MS S 62 "As above, tending to veined. Strong jointing." FTD031 24.0 25.0 92 60 (FR) 2 WS S 62 "As above. Lecahed quartz vein, with Fe oxides, at start." FTD031 25.0 26.0 90 55 FR 1 M VS Hard to very hard. Broken core from 25.5-25.8m. FTD031 26.0 27.0 100 70 FR 1 WS VS 50 "Hard to very hard. Tough, siliceous, jointed core." FTD031 27.0 28.0 82 75 FR 1 WS VS 30 "As above. Few acute angle joints, coated with Fe oxides." FTD031 28.0 29.0 100 45 FR 1 WS S 55 "As above. Intersecting joint planes, coated with Fe oxides." FTD031 29.0 30.0 100 55 FR 1 MS S 30 As above; strongly jointed. Broken throughout. FTD031 30.0 31.0 88 15 (FR) 2 MS S 42 "Hard, jointed to broken. Fe oxides coating some fractures." FTD031 31.0 32.0 95 30 (FR) 2 WS S 45 Leached around fractures. Fe oxides replacing in leached zones. FTD031 32.0 33.0 95 50 (FR) 2 MS S 52 Regular planar joints. Fe oxides coating a few joint planes. FTD031 33.0 34.0 80 0 FR 1 MS S Jointed to broken core. Fragmented zone from 33.7-33.9m. FTD031 34.0 35.0 100 30 FR 1 WS S "Relatively hard, jointed. Locally broken core." FTD031 35.0 36.0 90 30 FR 1 WS S 42 Solid to jointed. Tending to broken from 35.45m. FTD031 36.0 37.0 100 70 FR 1 WS S 65 "Hard, tending to solid. Regular joints throughout." FTD031 37.0 38.0 92 40 FR 1 WS S 40 "Hard, with regular joints. Fe oxides coating some joint planes." FTD031 38.0 39.0 100 40 FR 1 WS S 45 Hard to very hard. Regular planar rough joints. FTD031 39.0 40.0 90 45 FR 1 M S "Hard to very hard. Tending to solid, compotent core." FTD031 40.0 41.0 97 70 FR 1 M S As above. FTD031 41.0 42.0 100 40 FR 1 WS S 43 Broken zone at 41.4m. No significant core loss apparent across broken zone. FTD031 42.0 43.0 80 35 FR 1 WS S 77 "Hard, tending to broken. Fe oxides coating some joint planes." FTD031 43.0 44.0 90 25 FR 1 WS S 50 As above. FTD031 44.0 45.0 100 70 FR 1 WS S 53 Hard to very hard. Tending to broken. FTD031 45.0 46.0 85 60 FR 1 WS S 50 "Regular joints throughout. Broken, with core loss, from 45.22-45.4m." FTD031 46.0 47.0 100 90 FR 1 M S "Hard to very hard. Tending to solid, compotent core." FTD031 47.0 48.0 100 0 FR 1 WS S "Hard, jointed. Tending to broken throughout." FTD031 48.0 49.0 85 70 FR 1 M S "Soft, sloppy clay zone. Clay zone from 48.05-48.2m." FTD031 49.0 50.0 100 70 FR 1 WS S 45 "Hard to very hard. Jointed to massive, solid." FTD031 50.0 51.0 100 60 FR 1 M S Hard to very hard. Generally solid and compotent. FTD031 51.0 52.0 85 40 FR 1 M S Hard to very hard. Tending to broken. FTD031 52.0 53.0 90 35 FR 1 WS S 57 "Hard, jointed to broken." FTD031 53.0 54.0 100 35 FR 1 MS S 62 "Hard, with frequent joints. Irregular acute angle joints." FTD031 54.0 55.0 100 50 FR 1 WS S Relatively hard. Frequent undulating joints. FTD031 55.0 56.0 100 10 FR 1 MS S 60 "Initially solid, becoming jointed. Tending to broken." FTD031 56.0 57.0 85 0 FR 1 MS S 77 "Jointed, broken throughout. Soft clay on some joints." FTD031 57.0 58.0 100 25 FR 1 MS S 55 As above. FTD031 58.0 59.0 90 0 FR 1 MS S "As above; intersecting joints. Blocky, wedging ground." FTD031 59.0 60.0 85 0 FR 1 WS S As above; becoming broken. Tending to fragmented. FTD031 60.0 61.0 65 10 FR 1 MS M 30 Broken throughout. Puggy clay zone from 60.2-60.4m. FTD031 61.0 62.0 30 0 FR 1 MS M Major core loss zone. Core totally fragmented from 61.0-61.7m. FTD031 62.0 63.0 80 0 FR 1 MS S "Broken, jointed throughout." FTD031 63.0 64.0 100 50 FR 1 MS S 35 "Initially broken, jointed. Tending to hard, solid." FTD031 64.0 65.0 52 55 FR 1 WS S 55 Broken from 64.27-64.85m. Significant core loss in broken zone. FTD031 65.0 66.0 92 30 FR 1 WS S 55 "Hard, irregularly jointed. Tending to broken." FTD031 66.0 67.0 80 20 FR 1 WS S 60 Jointed to broken throughout. Core loss apparent from 66.8-67.0m. FTD031 67.0 68.0 85 15 FR 1 MS M Broken to very broken. Wedging and fragmented core. FTD031 68.0 69.0 82 0 FR 1 MS M 45 As above. Few intact core pieces. FTD031 69.0 70.0 100 30 FR 1 MS S 40 "Jointed, broken core. Locally fragmented core." FTD031 70.0 71.0 92 10 FR 1 MS S 30 "Hard, jointed to broken core." FTD031 71.0 72.0 97 50 FR 1 WS S 50 "Hard, solid to locally jointed." FTD031 72.0 72.7 95 12 FR 1 WS S As above. FTD032 0 1 30 0 MW 4 M M N/A FTD032 1 2 100 0 MW 4 M M N/A FTD032 2 3 100 0 MW 4 M M N/A FTD032 3 4 100 10 SW 3 M M N/A FTD032 4 5 100 10 SW 3 WS M 45 N/A Bedding.Bedding. FTD032 5 6 100 32 SW 3 M M N/A FTD032 6 7 40 0 SW 3 M M N/A FTD032 7 8 100 15 SW 3 M M N/A FTD032 8 9 100 40 SW 3 M M N/A FTD032 9 10 100 34 SW 3 M M N/A FTD032 10 11 100 15 (FR) 2 M M N/A 10.4-10.65m pug zone at 30 degrees to CA. FTD032 11 12 100 0 SW 3 WS M 60 N/A Bedding. FTD032 12 13 66 0 SW 3 WS M 60 N/A Bedding. FTD032 13 14 100 0 (FR) 2 M M 50 N/A Bedding. FTD032 14 15 100 24 FR 1 M M N/A FTD032 15 16 40 0 FR 1 WS M 50 N/A Bedding. FTD032 16 17 90 0 FR 1 WS M 45 N/A Bedding. FTD032 17 18 100 45 (FR) 2 M M N/A BOPO=18.0m. FTD032 18 19 100 0 (FR) 2 M M N/A FTD032 19 20 100 15 FR 1 M M N/A FTD032 20 21 100 30 FR 1 M M N/A FTD032 21 22 100 0 FR 1 M M N/A FTD032 22 23 100 50 FR 1 M S N/A FTD032 23 24 100 30 FR 1 M S N/A FTD032 24 25 100 30 FR 1 M S N/A FTD032 25 26 100 72 FR 1 M S N/A FTD032 26 27 100 10 FR 1 M M N/A FTD032 27 28 90 0 FR 1 M M N/A FTD032 28 29 100 23 FR 1 M M N/A FTD032 29 30 100 30 FR 1 M M N/A FTD032 30 31 100 44 FR 1 M M N/A Bedding at 50 degrees to CA.Bedding at 50 degrees to CA. FTD032 31 32 100 65 FR 1 M M N/A FTD032 32 33 100 56 FR 1 M M N/A FTD032 33 34 100 12 FR 1 M M N/A FTD032 34 35 100 20 FR 1 M M N/A FTD032 35 36 100 38 FR 1 M M N/A FTD032 36 37 100 14 FR 1 M M N/A Bedding at 40 degrees to CA. FTD032 37 38 100 36 FR 1 M S N/A FTD032 38 39 100 40 FR 1 M S N/A FTD032 39 40 100 86 FR 1 M S N/A FTD032 40 41 100 74 FR 1 M S N/A FTD032 41 42 100 60 FR 1 M S N/A FTD032 42 43 100 80 FR 1 M S N/A FTD032 43 44 100 34 FR 1 M M N/A FTD032 44 45 100 50 FR 1 M M N/A Bedding at 50 degrees to CA. FTD032 45 46 100 0 FR 1 M M N/A FTD032 46 47 100 75 FR 1 M M N/A FTD032 47 48 100 55 FR 1 M M N/A FTD032 48 49 100 50 FR 1 M M N/A FTD032 49 50 100 78 FR 1 M M N/A FTD032 50 51 100 45 FR 1 M M N/A FTD032 51 52 100 100 FR 1 M S N/A FTD032 52 53 100 86 FR 1 M S N/A FTD032 53 54 100 50 FR 1 M S N/A FTD032 54 55 100 87 FR 1 M S N/A FTD032 55 56 100 90 FR 1 M S N/A FTD032 56 57 100 75 FR 1 M S N/A FTD032 57 58 100 100 FR 1 M S N/A FTD032 58 59 100 92 FR 1 M S N/A FTD032 59 60 100 80 FR 1 M S N/A FTD032 60 61 100 85 FR 1 M S N/A FTD032 61 62 100 45 FR 1 M S N/A FTD032 62 63 100 25 FR 1 M S N/A FTD032 63 64 100 74 FR 1 M S N/A FTD032 64 65 100 37 FR 1 M S N/A FTD032 65 66 100 70 FR 1 M S N/A FTD032 66 67 100 76 FR 1 M S N/A FTD032 67 68 100 85 FR 1 M S N/A FTD032 68 69 100 80 FR 1 M S N/A FTD032 69 70 100 60 FR 1 M S N/A FTD032 70 71 100 50 FR 1 M S N/A FTD032 71 72 100 40 FR 1 M S N/A FTD032 72 73 100 70 FR 1 M S N/A FTD032 73 74 100 50 FR 1 M S N/A FTD032 74 75 100 75 FR 1 M S N/A FTD032 75 76 100 95 FR 1 M S N/A FTD032 76 77 100 65 FR 1 M S N/A FTD032 77 78 100 52 FR 1 M S N/A FTD032 78 79 100 50 FR 1 M S N/A Weak fabric at 50 degrees to CA; ?bedding. FTD032 79 80 100 80 FR 1 M S N/A } Poor core block accuracy. FTD032 80 81 100 87 FR 1 M S N/A } Poor core block accuracy. FTD032 81 82 100 60 FR 1 M S N/A } Poor core block accuracy. FTD032 82 83 100 80 FR 1 M S N/A } Poor core block accuracy. FTD032 83 84 100 30 FR 1 M S N/A } Poor core block accuracy. FTD032 84 85 100 70 FR 1 M S N/A } Poor core block accuracy. FTD032 85 86 100 45 FR 1 M S N/A } Poor core block accuracy. FTD032 86 87 100 75 FR 1 M S N/A } Poor core block accuracy. FTD032 87 88 100 100 FR 1 M S N/A } Poor core block accuracy. FTD032 88 89 100 100 FR 1 M S N/A } Poor core block accuracy. FTD032 89 90 100 62 FR 1 M S N/A ?Bedding at 50 degress to CA.} Poor core block accuracy. FTD032 90 91 100 100 FR 1 M S N/A Bedding at 45-50 degrees to CA. FTD032 91 92 100 80 FR 1 M S N/A FTD032 92 93 100 100 FR 1 M S N/A FTD032 93 94 100 92 FR 1 M M N/A FTD032 94 95 100 100 FR 1 M S N/A FTD032 95 96 100 84 FR 1 M S N/A FTD032 96 97 100 100 FR 1 M S N/A FTD032 97 98 100 80 FR 1 M S N/A FTD032 98 99 100 97 FR 1 M S N/A FTD032 99 100 100 100 FR 1 M S N/A FTD032 100 101 100 82 FR 1 M S N/A FTD032 101 102 100 80 FR 1 M S N/A FTD032 102 103 100 80 FR 1 M M N/A FTD032 103 104 100 42 FR 1 M M N/A FTD032 104 105 100 30 FR 1 M M N/A FTD032 105 106 100 64 FR 1 M M N/A FTD032 106 107 100 87 FR 1 M S N/A FTD032 107 108 100 95 FR 1 M S N/A FTD032 108 109 100 80 FR 1 M S N/A FTD032 109 110 100 76 FR 1 M S N/A FTD032 110 111 100 84 FR 1 M S N/A FTD032 111 112 100 70 FR 1 M M N/A FTD032 112 113 100 68 FR 1 M M N/A FTD032 113 114 100 50 FR 1 M M N/A FTD032 114 115 100 55 FR 1 M M N/A FTD032 115 116 100 0 FR 1 M M N/A "Rubbly, jointed core." FTD032 116 117 100 0 FR 1 M M N/A Very rubbly; possible cave zone; central 2 cm crush zone. FTD032 117 118 100 30 FR 1 M M N/A FTD032 118 119 100 50 FR 1 M M N/A FTD032 119 120 100 65 FR 1 M M N/A FTD032 120 121 100 94 FR 1 M M N/A FTD032 121 122 100 90 FR 1 M M N/A FTD032 122 123 100 97 FR 1 M S N/A FTD032 123 124 100 100 FR 1 M S N/A FTD032 124 125 100 96 FR 1 M S N/A FTD032 125 126 100 96 FR 1 M S N/A FTD032 126 127 100 100 FR 1 M S N/A FTD032 127 128 100 100 FR 1 M S N/A FTD032 128 129 100 100 FR 1 M S N/A FTD032 129 130 100 100 FR 1 M S N/A FTD032 130 131 100 100 FR 1 M S N/A FTD032 131 132 100 95 FR 1 M S N/A FTD032 132 133 100 100 FR 1 M S N/A FTD032 133 134 100 100 FR 1 M S N/A FTD032 134 135 100 100 FR 1 M S N/A FTD032 135 136 100 100 FR 1 M S N/A FTD032 136 136.3 100 50 FR 1 M S N/A FTD033 0 1.2 53 0 HW 5 M W N/A "Soft,clayey; core worn. Core diameter reduced by drilling action." FTD033 1.2 2.7 15 0 HW 5 M W N/A As above; major core loss. FTD033 2.7 4.2 40 0 MW 4 M W N/A As above. Fe oxides coating some fracture planes. FTD033 4.2 5.7 10 0 HW 5 M W N/A "Near total core loss. Soft, clayey core fragments." FTD033 5.7 7.2 30 0 HW 5 M W N/A "Soft, clayey; core worn. In places kaolinitic clay; core diameter reduced by drilling action." FTD033 7.2 10.2 20 0 HW 5 M W N/A "BOCO=9.8m; soft, clayey. In places damp; major core loss apparent." FTD033 10.2 11 90 0 MW 4 WS M 62 N/A "Broken, clayey core. Fe and Mn oxides coating fracture planes." FTD033 11 12 70 0 MW 4 M M N/A Broken to very broken core. Tending to clayey. FTD033 12 13 55 0 HW 5 WS M 50 N/A Completely fragmented core. Irregular undulating rough joints. FTD033 13 14 85 25 MW 4 WS M N/A Initially vughy core. Fe oxides infilling on and around fractures. FTD033 14 15 50 0 MW 4 WS M N/A Fragmented core from 14.2m. FTD033 15 16 20 0 MW 4 M W N/A Totally fragmented core. No intact core pieces. FTD033 16 17 80 25 SW 3 WS S 57 N/A Fresher from 16.3m. BOPO=16.3m; core becoming hard to very hard. FTD033 17 18 45 0 SW 3 M S N/A Fragmented core in places. Relatively fresh rock. FTD033 18 19 85 25 SW 3 M S N/A "Relatively fresh. Intensely micro-fractured rock, tending to clayey." FTD033 19 20 95 85 (FR) 2 M S N/A "Relatively fresh, hard. Hard to very hard rock, generally solid." FTD033 20 21 95 15 FR 1 WS S 60 N/A "Fresh, hard to very hard. Regular natural breaks throughout." FTD033 21 22 30 12 (FR) 2 M M N/A Major core loss 21.09-21.8m. FTD033 22 22.4 82 0 (FR) 2 M S N/A Hard to very hard. Broken throughout. FTD033 22.4 23.3 10 0 SW 3 M M N/A Totally fragmented core. Hole making water; fine sand and gravel recorded by driller. FTD033 23.3 24 95 30 (FR) 2 M S N/A Hard to very hard. Broken to fragmented core in places. FTD033 24 25 85 20 FR 1 M S N/A As above. FTD033 25 26 90 60 FR 1 WS S 60 N/A Ductile shear 25.07-25.22m. Broken core in shear. FTD033 26 27 97 40 FR 1 WS S N/A "Hard to very hard, siliceous. Fragmented core in places." FTD033 27 28 85 40 FR 1 WS VS 50 N/A "Hard to very hard, siliceous. Regular natural breaks throughout." FTD033 28 29 92 50 FR 1 WS VS N/A As above. FTD033 29 30 100 40 FR 1 WS S 55 N/A As above. FTD033 30 31 95 60 FR 1 WS S 53 N/A "Very hard, tough core. Siliceous, with regular natural breaks throughout." FTD033 31 32 94 0 FR 1 MS S 10 N/A As above; tending to broken. Strong fractures near parallel to core axis. FTD033 32 33 95 60 FR 1 WS VS N/A "As above. Becoming solid, very hard and tough." FTD033 33 34 90 70 FR 1 WS VS 28 N/A "Very hard, siliceous core. Tough, generally solid." FTD033 34 35 95 35 FR 1 M S N/A Vughy qtz. vein 34.45-34.75m. Core becoming very broken. FTD033 35 36 92 40 FR 1 WS S 30 N/A Sheared to brecciated. Some quartz veining. FTD033 36 37 97 93 FR 1 M S N/A "Hard to very hard, tough. Intensely micro-fractured throughout." FTD033 37 38 100 70 FR 1 WS VS 30 N/A As above. Becoming broken from 37.9m. FTD033 38 39 85 50 FR 1 WS S N/A Very broken to 38.4m. Acute angle chlorite-sericite coated fractures. FTD033 39 40 90 40 FR 1 WS S 35 N/A Very broken 39.25-39.6m. FTD033 40 41 95 90 FR 1 WS VS 45 N/A "Very hard, tough. Generally solid core, although intensely micro-fractured." FTD033 41 42 100 65 FR 1 WS S N/A "Leached, vughy 41.4-41.6m." FTD033 42 43 95 65 FR 1 WS S N/A "Very hard, tough. Leached, tending to vughy around micro-fractures." FTD033 43 44 100 85 FR 1 WS VS 48 N/A "Very hard, tough. Generally solid core." FTD033 44 45 95 40 FR 1 M S N/A "Hard to very hard. Tending to tough, solid core." FTD033 45 46 90 85 FR 1 M VS N/A "As above, generally solid. Micro-fractured throughout." FTD033 46 47 100 95 FR 1 M VS N/A "As above, locally leached. Leached to vughy around micro-fractures." FTD033 47 48 95 70 FR 1 M S N/A "Leached, vughy from 47.9m." FTD033 48 49 85 40 FR 1 WS S N/A "Leached, vughy in places. Leached, vughy zone from 48.45-48.65m, after hydraulic breccia vein." FTD033 49 50 95 80 FR 1 WS VS 35 N/A "Very hard, tough, siliceous." FTD033 50 51 100 80 FR 1 M VS N/A As above. Intensely micro-fractured throughout. FTD033 51 52 95 80 FR 1 M S N/A "As above, tending to leached. Leached, vughy around micro-fractures.." FTD033 52 53 92 85 FR 1 WS S 35 N/A As above. Strongly leached and vughy from 52.75m. FTD033 53 54 88 75 FR 1 M S N/A "Hard to very hard, tough. Solid core, although intensely micro-fractured throughout." FTD033 54 55 75 35 FR 1 WS S 40 N/A Broken from 54.9-55.0m. Leached. FTD033 55 56 100 45 FR 1 WS S N/A "Leached, vughy in patches." FTD033 56 57 100 65 FR 1 M VS N/A "Very hard, tough core. Regular natural breaks throughout." FTD033 57 58 40 0 FR 1 M S N/A Void from 57.2-57.6m. Void as recorded by driller. FTD033 58 59 70 15 FR 1 M S N/A Very broken to fragmented. Only few intact core pieces. FTD033 59 60 65 0 FR 1 M M N/A As above; leached core. Tending to relatively soft. FTD033 60 61 50 0 FR 1 WS M 60 N/A Very broken to fragmented. Relatively soft. FTD033 61 62 85 25 FR 1 WS S N/A "Very broken, sheared core. Completely fragmented in places." FTD033 62 63 70 0 FR 1 WS S 30 N/A As above. FTD033 63 64 35 0 FR 1 WS M N/A As above; major core loss. FTD033 64 65 70 0 FR 1 WS M 70 N/A "Relatively soft, sheared. Broken to very broken core." FTD033 65 66 60 0 FR 1 M M N/A Very broken. Some puggy clay; core totally fragmented in places. FTD033 66 67 80 0 FR 1 M M N/A Broken to fragmented core. Interval includes possible caved rock. FTD033 67 68 80 45 FR 1 M S N/A Becoming hard to very hard. Core tending to solid. FTD033 68 69 40 0 FR 1 M S N/A Very broken in places. Core fragmented in patches. FTD033 69 70 60 25 FR 1 M S N/A "Tending to very hard, solid." FTD033 70 71 85 60 FR 1 M S N/A "Fragmented to 70.35m. Core becoming very hard, solid." FTD033 71 72 100 50 FR 1 M VS N/A "Very hard, tending to solid. Tough, siliceous rock." FTD033 72 73 100 95 FR 1 WS VS 35 N/A "Very hard, tough, siliceous. Few undulating joints." FTD033 73 74 100 90 FR 1 M VS N/A As above; generally solid. Rare natural breaks. FTD033 74 75 100 85 FR 1 M VS N/A As above. FTD033 75 76 80 15 FR 1 WS S 45 N/A As above; broken in patches. FTD033 76 77 95 55 FR 1 M VS N/A "Very hard, tough, siliceous. Irregualr natural breaks." FTD033 77 78 100 50 FR 1 WS VS 33 N/A As above; becoming broken. Tending to wedging ground from 77.9m. FTD033 78 79 100 70 FR 1 MS VS 30 N/A As above; few irregular joints. Acute angle planar to undulating joints. FTD033 79 80 100 65 FR 1 WS S 30 N/A "As above, tending softer. Change in hardness with lithology change." FTD033 80 81 100 15 FR 1 MS S N/A "Hard, generally tough. Broken, wedging ground." FTD033 81 82 100 40 FR 1 MS S 40 N/A "Hard, with regular joints. Planar joints throughout." FTD033 82 83 100 75 FR 1 WS VS 55 N/A "Hard, tough, tending to solid. Few irregularly spaced joints only." FTD033 83 84 95 35 FR 1 MS S 60 N/A As above; tending to jointed. FTD033 84 85 100 85 FR 1 MS S 45 N/A As above; intersecting joints. Strong planar joints. FTD033 85 86 100 85 FR 1 M S N/A "Hard to very hard, tough. Wedging ground in places." FTD033 86 87 95 70 FR 1 WS VS 30 N/A "Very hard, tough. Generally solid core." FTD033 87 88 100 40 FR 1 WS S 45 N/A As above; increasing joints. Wedging ground. FTD033 88 89 90 50 FR 1 WS VS 35 N/A As above. Few strong planar chlorite-coated joints. FTD033 89 90 95 45 FR 1 MS S 35 N/A "Very hard, tough. Frequent chloritic joints; broken in patches." FTD033 90 91 85 0 FR 1 MS S 62 N/A Broken to very broken. Strongly jointed throughout. FTD033 91 92 90 25 FR 1 MS S 35 N/A Broken core throughout. Strong undulating chloritic joints. FTD033 92 93 100 35 FR 1 WS S N/A "Very hard, tough, siliceous. Broken, wedging ground." FTD033 93 94 90 70 FR 1 WS VS 35 N/A "Very hard, tough, siliceous. Few stepped rough joints." FTD033 94 95 95 45 FR 1 WS S 45 N/A As above. Irregular undulating joint planes. FTD033 95 96 100 30 FR 1 WS S N/A As above; tending to jointed. Broken in patches. FTD033 96 97 100 65 FR 1 WS VS 45 N/A As above; generally solid. FTD033 97 98 100 45 FR 1 WS VS 45 N/A As above; tending to jointed. Wedging ground. FTD033 98 99 100 40 FR 1 WS S N/A Broken from 98.05-98.3m. FTD033 99 100 100 60 FR 1 WS VS 50 N/A "Very hard, tough, siliceous. Generally solid core." FTD033 100 101 90 75 FR 1 M VS N/A As above; micro-fractured. Intensely micro-fractured and veined. FTD033 101 102 90 30 FR 1 M VS N/A "Very hard, tough, siliceous. Tending to broken in places." FTD033 102 103 100 55 FR 1 WS VS N/A As above. Irregular undulating rough joint planes. FTD033 103 104 100 25 FR 1 WS VS 35 N/A As above; few strong joints. Acute angle throughgoing joints. FTD033 104 105 90 40 FR 1 WS S 40 N/A "Broken from 104.35-104.45m. Otherwise hard, tough, siliceous." FTD033 105 106 90 45 FR 1 WS S 35 N/A "Hard, tough, siliceous. Few irregular joints." FTD033 106 107 100 85 FR 1 M VS N/A "Very hard, tough, siliceous. Generally solid core." FTD033 107 108 100 40 FR 1 WS S N/A "Very hard, tough, siliceous. Regular undulating joint planes." FTD033 108 109 100 90 FR 1 WS VS 45 N/A As above; tending to solid. FTD033 109 110 100 60 FR 1 WS VS 15 N/A As above. Strong slickensided fracture plane at 109.85m. FTD033 110 111 95 65 FR 1 M VS N/A "Very hard, tough, siliceous. Tending to solid core." FTD033 111 112 100 90 FR 1 M VS N/A As above; generally solid. FTD033 112 113 100 80 FR 1 M VS N/A As above. FTD033 113 114 100 85 FR 1 M VS N/A As above. Intensely microveined. FTD033 114 115 80 50 FR 1 M VS N/A As above. FTD033 115 116 100 85 FR 1 WS VS 32 N/A As above. Hydraulic breccia from 115.12-115.22m. FTD033 116 117 95 45 FR 1 WS S 38 N/A "Very hard, tough, siliceous. Few sharp planar joints." FTD033 117 118 100 85 FR 1 M S N/A FTD033 118 119 100 100 FR 1 M S 45 N/A Bedding foliation. FTD033 119 120 100 75 FR 1 M S N/A FTD033 120 121 100 65 FR 1 M S N/A Broken from 120.0-120.4m. Brittle shear at 30 degrees to CA. FTD033 121 122 100 95 FR 1 M S N/A FTD033 122 123 100 30 FR 1 M S N/A FTD033 123 124 100 50 FR 1 M S 35 N/A Bedding (?) foliation. FTD033 124 125 100 100 FR 1 M S N/A FTD033 125 126 100 100 FR 1 M S N/A FTD033 126 127 100 100 FR 1 M VS N/A FTD033 127 128 100 100 FR 1 M S N/A FTD033 128 129 90 15 FR 1 M W N/A Broken from 128.6-129.3m. Fault crush zone. FTD033 129 130 100 60 FR 1 M S N/A FTD033 130 131 100 45 FR 1 M S N/A FTD033 131 132 100 0 FR 1 M S N/A Rubbly. FTD033 132 133 100 30 FR 1 M M N/A FTD033 133 133.2 100 50 FR 1 M M