H0002	Version	4																			
H0003	Date_generated	4-Feb-20																			
H0004	Reporting_period_end_date	30-Nov-18																			
H0005	State	NT																			
H0100	Tenement_no/Combind_report_no	GR304																			
H0101	Tenement_holder	Primary Minerals NL																			
H0102	Project_name	Mt Bundy MINING																			
H0106	Tenement_operator	Primary Gold Ltd																			
H0150	250K_map_sheet_number	SD5204																			
H0151	100K_map_sheet_number	5272	5172																		
H0152	50K_map_sheet_number																				
H0153	25K_map_sheet_number																				
H0200	Start_date_of_data_acquisition	1-Dec-17																			
H0201	End_date_of_data_acquisition	30-Nov-18																			
H0202	Data_format	DL4																			
H0203	Number_of_data_records	323																			
H0204	Date_of_metadata_update	4-Feb-20																			
H0300	Related_data_file																				
H0301	Location_data_file	MBM_NTSL4_COLL2018A.txt																			
H0302	Lithology_data_file	MBM_NTDL4_GEO2018A.txt																			
H0303	Assay_data_file	MBM_NTDG4_ASS2018A.txt	MBM_NTDG4_ASS2018A_1.txt																		
H0304	Survey_data_file	MBM_NTDS4_SURV2018A.txt																			
H0305	SurfGeochem_Data_File																				
H0307	Lithology_code_file	mt_bundy_logging_codes																			
H0308	File verification List	MBM_Verification_List_2018.txt																			
H0310	Water_data_file																				
H0311	Water data incl in lithology file	No																			
H0313	Alteration_data_file																				
H0314	Magsusc_data_file																				
H0315	Vein_data_file																				
H0316	Recovery_data_file																				
H0317	Weathering_data_file																				
H0318	DHQAQC_data_file																				
H0319	SURFQAQC_data_file																				
H0320	Other event_data_file																				
H0400	Drill_code	RC	RCD	DD																	
H0401	Drill_contractor	WDA drilling services	WDA drilling services	WDA drilling services																	
H0402	Description	Reverse Circulation Drilling	RC precollar with diamond tail	Diamond Drilling																	
H0500	Feature_located	Drillhole_collar																			
H0501	Geodetic_datum	GDA94																			
H0502	Vertical_datum	AHD																			
H0503	Projection	Map Grid of Australia (MGA)																			
H0508	Local Grid Name																				
H0530	Coordinate_system	Projected																			
H0531	Projection_zone	52																			
H0532	Surface_Location_Survey_Instrument	GPS																			
H0533	Surface_Location_Survey_Company	Primary Gold Ltd																			
H0536	Downhole_Geophysical_Survey_Instrument																				
H0537	Downhole_Geophysical_Survey_Company																				
H0900	Remarks																				
H1000	Hole_id	Depth From	Depth To	Lithology	Lithology_two	Colour	Weathering	Texture	Grainsize	Structure	Quartz_percentage	Veins	Veins_percentage	Veins_style	Mineralisation	Mineralisation_percentage	Mineralisation_style	Alteration	Alteration_intensity	Alteration_style	Comments
H1001	NA	metres	metres	NA	NA	NA	NA	NA	NA	NA	%	NA	%	NA	NA	%	NA	NA	NA	NA	NA
H1004	0	0.01	0.01	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
D	TGRCD046	0	23	H d			fr														GRAPHITIC SHALE
D	TGRCD046	23	24	T c	H d	orbr	ox														
D	TGRCD046	24	37	R su			ox														
D	TGRCD046	37	40	R su			ox														
D	TGRCD046	40	43	R su			ox														
D	TGRCD046	43	48	R sl			ox														
D	TGRCD046	48	51	Psh			tr	lm	fg												
D	TGRCD046	51	52	Psh			tr	lm	fg		1	qz	1	V ms							
D	TGRCD046	52	53	Psh			tr	lm	fg		20	qz	20	V ms							
D	TGRCD046	53	54	Pshc			fr/fx	lm	fg		1	qz	1	V ms							
D	TGRCD046	54	66	Pshc			fr/fx	lm	fg												
D	TGRCD046	66	70	Pshc			fr	lm	fg												
D	TGRCD046	70	71	Pshc			fr	lm	fg						py	0.5	Z ff				
D	TGRCD046	71	72	Pshc			fr	lm	fg									ch	m	pv	ROCK IS BLEACHED
D	TGRCD046	72	77	Pshc			fr	lm	fg												
D	TGRCD046	77	81	M il			fr											ta	m	ds	VERY SOFT
D	TGRCD046	81	95	Pshc			fr	lm	fg												
D	TGRCD046	95	109	Pshc			fr	lm	fg						py	0.5	Z ff				
D	TGRCD046	109	114	Pshc			fr	lm	fg						py	1	Z ds				
D	TGRCD046	114	115	Pshc			fr	lm	fg		1	qzch	1	V ms	py	1	Z ds				
D	TGRCD046	115	122	Pshc			fr	lm	fg						py	1	Z ds				
D	TGRCD046	122	127	M il			fr	ms	mg												VISIBLE K-FELDSPAR
D	TGRCD046	127	133	Pshc			fr	lm	fg						py	0.5	Z ds				
D	TGRCD046	133	138	Pshc			fr	sc	fg						py	0.5	Z ds				
D	TGRCD046	138	142	Pshc			fr	fw	fg						py	0.5	Z ds				
D	TGRCD046	142	146	Pshc			fr	fs	fg						py	0.5	Z ds				
D	TGRCD046	146	147	Pshc			fr	lm	fg						py	1	Z ds				PRE-COLLAR
D	TGRCD047	0	10	R su			ox	ms													
D	TGRCD047	10	13	R su			ox														CONTAINS CLAY
D	TGRCD047	13	17	R su			ox														
D	TGRCD047	17	18	R su			ox				5	qz	5	V ms							
D	TGRCD047	18	19	R su			ox											si	m	pv	
D	TGRCD047	19	20	R su			ox														
D	TGRCD047	20	31	R sl			ox														
D	TGRCD047	31	34	R sl			ox														REDOX @ 31m
D	TGRCD047	34	38	R sl			ox														
D	TGRCD047	38	42	Psh			tr	lm	fg												
D	TGRCD047	42	45	Psh			fr/fx	lm	fg												
D	TGRCD047	45	51	Psh			fr	ms	fg												
D	TGRCD047	51	52	Psh			fr/fx	ms	fg												
D	TGRCD047	52	53	Pshc			fr	ms	fg												
D	TGRCD047	53	61	Psh			fr	ms	fg												
D	TGRCD047	61	67	Psh			fr	lm	fg												
D	TGRCD047	67	68	Psh	M il	bk	fr	lm	fg												
D	TGRCD047	68	70	M il			fr	ms	fmg												@68m SAMPLES GO WET
D	TGRCD047	70	71	Psh	M il	bk	fr	ms	fg												
D	TGRCD047	71	72	M il	Psh	gy	fr	ms	fg												
D	TGRCD047	72	74	M il			fr	ms	fmg												
D	TGRCD047	74	79	Psh			fr	lm	fg												
D	TGRCD047	79	89	Pshc			fr	lm	fg												
D	TGRCD047	89	96	Pshc			fr	lm	fg						py	0.5	Z ds				
D	TGRCD047	96	97	Pshc			fr	lm	fg		2	qz	2	V ms	py	0.5	Z ds				
D	TGRCD047	97	100	Pshc			fr	lm	fg						py	0.5	Z ds				
D	TGRCD047	100	110	Pshc			fr	lm	fg						py	1	Z ds				
D	TGRCD047	110	112	Pshc	M il	bk	fr	lm	fg												
D	TGRCD047	112	113	M il	Pshc	gygr	fr	ms	fg												
D	TGRCD047	113	115	M il	Pshc	gygr	fr	ms	mg						py	1	Z ds				QUARTZ-DOLERITE???
D	TGRCD047	115	117	M il			fr	ms	mg						py	0.5	Z ds				
D	TGRCD047	117	120	M il			fr	ms	mg						py	0.5	Z ds				
D	TGRCD047	120	123	M il			fr	ms	mg		1	qz	1	V ms	py	0.5	Z ds				
D	TGRCD047	123	128	M il			fr	ms	mg						py	0.5	Z ds				
D	TGRCD047	128	130	M il			fr	ms	mg		4	qzchsu	4	V ms	py	0.5	Z ds				CHIP SHOWING SLICKENSIDES
D	TGRCD047	130	136	M il			fr	ms	mg						py	0.5	Z ds				
D	TGRCD047	136	137	M il			fr	ms	mg		20	qzcbchsu	20	V ms	py	0.5	Z ds				QUARTZ SHOWING COMB TEXTURES
D	TGRCD047	137	142	M il			fr	ms	mg		2	qzch	2	V ms							
D	TGRCD047	142	148	M il			fr	ms	mg		1	qzch	1	V ms							EOH 148m
D	TGRCD048	0	3	R su			ox														
D	TGRCD048	3	14	R su			ox														
D	TGRCD048	14	26	R sl			ox														
D	TGRCD048	26	31	R sl			ox														
D	TGRCD048	31	48	R sl			ox														
D	TGRCD048	48	57	Psh			tr	lm	fg												
D	TGRCD048	57	60	Pshc			fr	lm	fg												
D	TGRCD048	60	113	Pshc			fr	lm	fg						py	0.5	Z ds				
D	TGRCD048	113	119	Pshc			fr	ms	fg						py	1	Z ds				
D	TGRCD048	119	148	Pshc			fr	lm	fg						py	0.5	Z ds				
D	TGRCD049	0	6	R su			ox														
D	TGRCD049	6	7	R su			ox				10	qz	10	V ms							
D	TGRCD049	7	12	R su			ox														
D	TGRCD049	12	23	R su			ox														
D	TGRCD049	23	39	R sl			ox														
D	TGRCD049	39	49	Psh			tr	ms	fg												
D	TGRCD049	49	50	Pshc			tr	ms	fg												
D	TGRCD049	50	55	Pshc			fr/fx	ms	fg												
D	TGRCD049	55	59	Pshc			fr	ms	fg												
D	TGRCD049	59	64	Pshc			fr	ms	fg						py	0.5	Z ds				
D	TGRCD049	64	67	Pshc			fr/fx	ms	fg												
D	TGRCD049	67	69	Psh			tr	ms	fg												
D	TGRCD049	69	73	Psh			fr/fx	ms	fg												
D	TGRCD049	73	75	R sl			ox														FAIR PORTION OF CLAY
D	TGRCD049	75	77	Psh			tr	ms	fg												
D	TGRCD049	77	78	Psh			fr/fx	ms	fg												
D	TGRCD049	78	81	Psh			fr	ms	fg												
D	TGRCD049	81	89	Psh			fr/fx	lm	fg												
D	TGRCD049	89	138	Psh			fr	lm	fg												
D	TGRCD049	138	140	Pshc			fr	lm	fg												
D	TGRCD049	140	148	Psh			fr	lm	fg												
D	TGRCD050	0	7	R su			ox														
D	TGRCD050	7	14	R su			ox														
D	TGRCD050	14	16	R sl			ox														REDOX @ 16m
D	TGRCD050	16	46	Psh			ox	lm	fg												
D	TGRCD050	46	51	M il			tr	ms	fmg												LAMP
D	TGRCD050	51	57	Psh			tr	lm	fg												
D	TGRCD050	57	58	Psh			fr/fx	lm	fg												
D	TGRCD050	58	81	Psh			fr	lm	fg												
D	TGRCD050	81	82	Psh			fr	lm	fg									ch	m	bd	
D	TGRCD050	82	88	Psh			fr	lm	fg												
D	TGRCD050	88	90	Pshc			fr	lm	fg												
D	TGRCD050	90	92	Psh			fr	lm	fg		1	qz	1	V ms	py	0.5	Z ds				
D	TGRCD050	92	93	Psh			fr	lm	fg		5	qzchsu	5	V ms	py	0.5	Z ds				
D	TGRCD050	93	121	Psh			fr	lm	fg						py	0.5	Z ds				
D	TGRCD050	121	128	Pshc			fr	lm	fg						py	0.5	Z ds				
D	TGRCD050	128	133	Pshc			fr	lm	fg						py	1	Z ds				
D	TGRCD050	133	134	Pshc			fr	lm	fg		0.5	qzchsu	0.5	V ms							
D	TGRCD050	134	136	Pshc			fr	lm	fg												
D	TGRCD050	136	137	Pshc			fr	lm	fg		6	qzchsu	6	V ms	py	2	Z vn	he	t	ff	
D	TGRCD050	137	138	Pshc			fr	lm	fg		1	qz	1	V ms	py	1	Z ds	he	t	ff	
D	TGRCD050	138	140	Pshc			fr	lm	fg						py	1	Z ds				
D	TGRCD050	140	142	Pshc			fr	lm	fg						py	0.5	Z ds				
D	TGRCD050	142	148	Pshc			fr	lm	fg						py	0.5	Z ds				BLEACHED
D	TGGT01	0	1.9	H ns																	
D	TGGT01	1.9	3.1	R sl			ox														
D	TGGT01	3.1	4.2	R su			ox														
D	TGGT01	4.2	5.9	H ns																	
D	TGGT01	5.9	7.2	R su			ox														
D	TGGT01	7.2	8.3	H ns																	
D	TGGT01	8.3	9.8	R su			ox														
D	TGGT01	9.8	10.3	H ns																	
D	TGGT01	10.3	10.6	R su			ox														
D	TGGT01	10.6	12.8	R sl			ox														LOOKS LIKE SILTSTONE
D	TGGT01	12.8	13.05	H ns																	
D	TGGT01	13.05	14.9	Psl			ox														
D	TGGT01	14.9	15.1	H ns																	
D	TGGT01	15.1	16	R sl			ox														
D	TGGT01	16	16.5	R sl			ox														
D	TGGT01	16.5	22.55	R sl			ox														
D	TGGT01	22.55	23.7	R sl			ox														
D	TGGT01	23.7	24.3	H ns																	
D	TGGT01	24.3	25.4	R sl			ox														
D	TGGT01	25.4	25.9	R sl			tr														
D	TGGT01	25.9	26.2	H ns																	
D	TGGT01	26.2	31.8	Psl			tr	ms	fmg												
D	TGGT01	31.8	32.7	H ns																	
D	TGGT01	32.7	33.4	Psl			tr	ms	fmg									si	m	pv	
D	TGGT01	33.4	35.55	Psl			fr	ms	fmg									si	s	pv	
D	TGGT01	35.55	36.75	Psh			fr	ms	fg									si	s	pv	
D	TGGT01	36.75	43.5	Psl			fr	ms	mg												
D	TGGT01	43.5	48.8	Psl			fr	ms	mg												MODERATELY FRACTURED
D	TGGT01	48.8	50.55	Psl			fr	ms	mg												
D	TGGT01	50.55	53.5	Psl			fr	ms	mg									cb	s	ff	
D	TGGT01	53.5	55.2	Psl			fr	ms	mg									cb	s	ff	
D	TGGT01	55.2	57.1	Psl			fr	ms	mg									cb	s	ff	
D	TGGT01	57.1	60.2	Psl			fr	ms	mg		5	qzsu	5	V ms	py	1	Z vm	cb	s	ff	
D	TGGT01	60.2	62.5	Psl			fr	ms	mg									cb	s	ff	
D	TGGT01	62.5	65.6	Psl			fr	ms	mg		10	qzchsu	10	V ms	py	2	Z vm	cb	s	ff	
D	TGGT01	65.6	78	Psl			fr	ms	mg									cb	s	ff	
D	TGGT01	78	80.9	Psl			fr	ms	mg									cb	s	ff	FRACTURED; EOH 80.9m
D	TGRCD047	148	148.9	H ns																	
D	TGRCD047	148.9	149.3	Psh			fr	ms	fg												
D	TGRCD047	149.3	150	M il			fr	ms	fmg		2	qz	2	V vl	py	0.5	Z ds				LOW ANGLE INTRUSIVE-SHALE CONTACT
D	TGRCD047	150	151	Psh			fr	ms	fmg		2	qz	2	V vl							LOW ANGLE INTRUSIVE-SHALE CONTACT
D	TGRCD047	151	152.3	M il			fr	ms	fmg		1	qz	1	V vl							HIGH ANGLE INTRUSIVE-SHALE CONTACT
D	TGRCD047	152.3	152.7	Psh			fr	ms	fg												
D	TGRCD047	152.7	174.45	M il			fr	ms	mg						py	0.5	Z ds				
D	TGRCD047	174.45	179.8	Psh			fr	lm	fg												
D	TGRCD047	179.8	192.65	M il			fr	ms	mg												
D	TGRCD047	192.65	205.35	Psh	Psl	bk	fr	lm	fg						py	0.5	Z ds				
D	TGRCD047	205.35	208.8	M il			fr	ms	mg												VERY CLEAR UPPER CONTACT
D	TGRCD047	208.8	209.8	M il			fr	ms	fg						py	1	Z vn				INTRUSIVE-SHALE CONTACT NOT VERY CLEAR
D	TGRCD047	209.8	224.25	Psh			fr	lm	fg												
D	TGRCD047	224.25	225.5	Psh			fr	ms	fg		1.5	qzchsu	3	V lm	po	1	Z vn				
D	TGRCD047	225.5	229.15	M il			fr	ms	fmg												
D	TGRCD047	229.15	238.25	Psh			fr	lm	fg												
D	TGRCD047	238.25	239.85	Pshc			fr	lm	fg												
D	TGRCD047	239.85	240.25	Pshc			fr	lm	fg	X b	30	qz	30								
D	TGRCD047	240.25	245.95	Pshc			fr	lm	fg												
D	TGRCD047	245.95	250.2	Pshc			fr	ms	fg		10	qz	10	V sw							
D	TGRCD047	250.2	257.15	Pshc			fr	ms	fg		4	qz	4	V sw							
D	TGRCD047	257.15	258.05	Pshc			fr	ms	fg	X b	4	qz	4	V sw							
D	TGRCD047	258.05	261	Pshc			fr	lm	fg		2	qz	2	V sw							
D	TGRCD047	261	262.1	Pshc			fr	lm	fg		20	qzsu	20	V sw							
D	TGRCD047	262.1	262.17	V qs			fr	ms				qzsu	95	V ms	po	15	Z ds				RAFTS OF BLACK SHALE
D	TGRCD047	262.17	268.4	Pshc			fr	ms	fg		3	qz	3	V lm	py	1	Z vn				
D	TGRCD047	268.4	281.7	Pshc			fr	lm	fg												
D	TGRCD047	281.7	284.1	Pshc			fr	lm	fg		15	qzcb	15	V lm							
D	TGRCD047	284.1	290.3	Pshc			fr	ms	fg												EOH 290.3m
D	TGRCD048	148	148.9	H ns																	
D	TGRCD048	148.9	153.55	Psh	Pshc	gy	fr	ms	fg	X l	1	qzsu	2	V vl	py	2	Z vn				
D	TGRCD048	153.55	154.1	Psh	Pshc	gy	fr	ms	fg	X l	1	qzsu	2	V vl	py	2	Z vn				significant change in alpha angle in this interval possibly cross bedding
D	TGRCD048	154.1	155.72	Psh	Pshc	gy	fr	ms	fg	X l		qzcbsu	1	V vl	py	2	Z vn				
D	TGRCD048	155.72	157.1	Psh	Pshc	gy	fr	ms	fg	X s		qzcbsu	10	V vl	py	5	Z vn	ch	w	py	
D	TGRCD048	157.1	157.9	Psh	Pshc	gy	fr	ms	fg	X l		qzcbsu	1	V vl	py	2	Z vn				
D	TGRCD048	157.9	158.1	Psh	Pshc	gy	fr	ms	fg	X l		qzcbsu	1	V vl	py	2	Z vn				significant change in alpha angle in this interval possibly cross bedding
D	TGRCD048	158.1	160.24	Psh	Pshc	gy	fr	ms	fg	X l		qzcbsu	2	V vl	py	2	Z vn				
D	TGRCD048	160.24	160.45	Psl			fr	ms	fg	X l		cb	1	V vl	py	1	Z ds	cb	w	pv	
D	TGRCD048	160.45	161.5	Psh			fr	ms	fg	X l					py	1	Z ds				
D	TGRCD048	161.5	162.15	Psl			fr	ms	fg	X l					py	1	Z ds	cb	w	py	
D	TGRCD048	162.15	163	Psl	Pshc	gy	fr	ms	fg	X l	3	qzcbchsu	5	V sw	py	1	Z ds				
D	TGRCD048	163	163.6	Psl			fr	ms	fg	X l					py	1	Z ds	cb	w	py	
D	TGRCD048	163.6	165	Pshc	Psh	bk	fr	ms	fg	X f	1	qzsu	3	V st	py	2	Z st	cb	w	py	fracturing of rock parallel to core
D	TGRCD048	165	167	Pshc	Psh	bk	fr	ms	fg	X l	1	qzsu	1	V st	py	1	Z st	cb	w	py	
D	TGRCD048	167	167.64	Pshc	Psh	bk	fr	ms	fg	X f		su	3	V st	py	1	Z st	cb	w	py	
D	TGRCD048	167.64	170.52	Psh	Psl	gy	fr	ms	fg	X l					py	0.5	Z vn	cb	w	py	bands of carbonate and chlorite altered between 100-300mm wide on an approx 0.5m spacing separated by unaltered shale
D	TGRCD048	170.52	170.9	Psh	Pshc	gy	fr	ms	fg	X l					py	0.5	Z vn				pyrite veins parallel to bedding
D	TGRCD048	170.9	184	Psh			fr	lm	fg		0.5	cb	1	V vl	py	0.5	Z ds	chcb	s	bd	
D	TGRCD048	184	188.6	Psh			fr	lm	fg						py	0.5	Z st				
D	TGRCD048	188.6	199.85	Pshc			fr	lm	fg						py	0.5	Z st				
D	TGRCD048	199.85	199.95	Pshc			fr	lm	fg		25	qzsu	40	V lm	py	15	Z vn				SIMILAR TO MAIN QUARTZ REEF
D	TGRCD048	199.95	201.9	Pshc			fr	lm	fg						py	0.5	Z st				
D	TGRCD048	201.9	233.7	Pshc			fr	ms	fg						po	0.5	Z st				PYRITE DISAPPEARING IN FAVOUR OF PYRHOTITE
D	TGRCD048	233.7	234.9	M il			fr	ms	fmg												
D	TGRCD048	234.9	242.15	Pshc			fr	ms	fg						py	0.5	Z st				
D	TGRCD048	242.15	250.4	Pshc			fr	ms	fg		2	qzsu	2	V st	py	0.5	Z st				
D	TGRCD048	250.4	255.65	M il			fr	ms	mcg						py	0.5	Z ds				
D	TGRCD048	255.65	261.05	M il			fr	ms	mcg		2	qz	2	V ms	py	0.5	Z ds				
D	TGRCD048	261.05	263.6	Pshc			fr	ms	fg		5	qzsu	2.5	V vl	py	2.5	Z vn				
D	TGRCD048	263.6	263.85	Pshc			fr	ms	fg		5	qzsu	2.5	V vl	py	2.5	Z vn	se	s	pv	
D	TGRCD048	263.85	264.05	Pshc			fr	ms	fg		5	qzsu	2.5	V vl	py	2.5	Z vn				
D	TGRCD048	264.05	264.25	V qs			fr	ms				qzsu	100	V ms	py	5	Z vn				
D	TGRCD048	264.25	265.7	Pshc			fr	ms	fg		10	qz	10	V st							
D	TGRCD048	265.7	266.21	Pshc			fr				70	qz	70	V st	py	2	Z st				
D	TGRCD048	266.21	266.39	V qs			fr	ms				qzsu	100	V ms	ap	20	Z ds				RAFTS OF BLACK SHALE
D	TGRCD048	266.39	266.92	M il			fr	ms	fg						py	5	Z st	ch	m	sl	
D	TGRCD048	266.92	267.44	V qs			fr	ms				qzsu	100	V ms	py	30	Z ds				TRACE CHALCOPYRITE; RAFTS OF GRAPHITIC SHALE
D	TGRCD048	267.44	267.47	Xf			fr			X p											
D	TGRCD048	267.47	267.7	Pshc			fr				20	qz	20	V st							
D	TGRCD048	267.7	291.2	Pshc			fr	ms	fg												EOH
D	TGRCD049	148	148.9																		START DIAMOND TAIL @ 148.9m
D	TGRCD049	148.9	167.75	Psh			fr	lm	fg												
D	TGRCD049	167.75	189.75	M il			fr	ms	mg												GRANOPHYRE
D	TGRCD049	189.75	197.15	Psh			fr	lm	fg												
D	TGRCD049	197.15	197.9	M il			fr	ms	fmg												
D	TGRCD049	197.9	199.45	Psh	Psl	bk	fr	lm	fg												
D	TGRCD049	199.45	200	M il			fr	ms	fmg												GRANOPHYRE
D	TGRCD049	200	211.6	Psh	Psl	bk	fr	lm	fg						py	0.5	Z bb				
D	TGRCD049	211.6	212.4	Psh			fr			X s	0.5	qzsu	1	V st	py	0.5	Z vn				
D	TGRCD049	212.4	217.25	Psh			fr	lm	fg												
D	TGRCD049	217.25	218.7	Psh			fr				3	qz	3	V sw	py	0.5	Z st				EITHER SHEARED OR BRECCIATED: PROBABLY A COMBINATION
D	TGRCD049	218.7	220.15	V bx			fr	ms			70	qz	70	V ms							TOI: FRAGMENTS OF SHALE; BOI: FRAGMENTS OF GRANOPHYRE
D	TGRCD049	220.15	249.05			gy	fr	ms	mg												GRANOPHYRE
D	TGRCD049	249.05	251.2	Psh			fr				10	qzsu	10	V vl	py	1	Z vm				SPIDER VEINLETS OF QUARTZ
D	TGRCD049	251.2	260.3	M il			fr	ms	mg												GRANOPHYRE
D	TGRCD049	260.3	261.7	Pshc			fr				10	qz	10	V st	py	1	Z ds				"BRECCIATED, SHEARED INTRUSIVE-SHALE CONTACT"
D	TGRCD049	261.7	269.3	Pshc			fr	lm	fg						py	1	Z st				
D	TGRCD049	269.3	273.5	Pshc			fr			X s	10	qzsu	10	V st	py	3	Z vn				
D	TGRCD049	273.5	274.56	Pshc			fr			X s	20	qzsu	25	V st	py	5	Z vn				BRECCIATED ASWELL
D	TGRCD049	274.56	274.67	V qz			fr	bn				qzsu	100	V ms	py	5	Z vn				
D	TGRCD049	274.67	274.94	V qz			fr	bn				qzsu	100	V ms	py	20	Z vn				
D	TGRCD049	274.94	275.2	V qz			fr	bn				qzsu	100	V ms	py	5	Z vn				
D	TGRCD049	275.2	276.7	Pshc			fr				10	qzsu	10	V st	py	2	Z st				
D	TGRCD049	276.7	278.75	Pshc			fr	lm	fg		3	qz	3	V lm							
D	TGRCD049	278.75	279	H ns																	
D	TGRCD049	279	284.15	Pshc			fr	lm	fg		2	qz	2	V lm							
D	TGRCD049	284.15	285.3	Pshc			fr			X s	5	qzsu	5	V st							
D	TGRCD049	285.3	292.85	Pshc			fr	lm	fg		2	qzsu	2	V lm							
D	TGRCD049	292.85	303.2	Pshc			fr	lm	fg												
D	TGRCD049	303.2	318.7	Pshc			fr	lm	fg		0.5	qz	0.5	V lm							EOH 318.7m
D	TGRCD050	148	148.95	H ns																	
D	TGRCD050	148.95	149.55	Psh			fr	ms	fg	X f											Heavily fractured
D	TGRCD050	149.55	150	Psh			ox			X p											
D	TGRCD050	150	151.9	Psh			ox	ms	fg	X f											Heavily fractured
D	TGRCD050	151.9	152.6	Pshc			ox	ms	fg	X p											
D	TGRCD050	152.6	152.9	Psh			ox	ms	fg	X f											
D	TGRCD050	152.9	153.25	Pshc			ox	ms	fg	X p											
D	TGRCD050	153.25	157.95	Psh			fr	ms	fg	X l					py	0.01	Z fl				
D	TGRCD050	157.95	158.2	Psh			fr	ms	fg	X f											
D	TGRCD050	158.2	159.65	Psh			fr	ms	fg	X l											
D	TGRCD050	159.65	159.75	Psh			fr	ms	fg	X f	5	qz	5	V vl							
D	TGRCD050	159.75	165.65	Psh			fr	ms	fg	X l		cb	0.01	V vl							
D	TGRCD050	165.65	165.72	Psh			fr	ms	fg	X l		cb	5	V vl	py	2	Z ds				stratabound carbonate alteration with minor disseminated py
D	TGRCD050	165.72	178.6	Psh			fr	ms	fg	X l		cb	0.1	V vl	py	0.1	Z ds				widely spaced very narrow carbonate spider veins
D	TGRCD050	178.6	183	Psh			fr	ms	fg	X l		cbsu	1	V vl	py	1	Z bb	cb	w	py	"max width of carb/sulphide veins is 50mm, most spider veins 1mm wide"
D	TGRCD050	183	212	Psh	Pshc	gy	fr	ms	fg	X l		cbsu	0.5	V vl	py	2	Z ds				"very fine disseminated pyrite, stratabound more within grey shale not black shale beds, black carbonaceous shale not very dominant throughout interval"
D	TGRCD050	212	214.3	Pshc	Psh	bk	fr	ms	fg	X l		qzsu	1	V ms	py	0.5	Z ds				disseminated py is stratabound
D	TGRCD050	214.3	217	Psh	Pshc	gy	fr	ms	fg	X l		qzsu	1	V ms	py	0.5	Z ds				disseminated py is stratabound
D	TGRCD050	217	217.8	Psh	Pshc	gy	fr	ms	fg	X l		qzsu	1	V ms	py	1	Z ds	cb	w	pv	
D	TGRCD050	217.8	219.6	Pshc	Psh	bk	fr	ms	fg	X l	1	qzsu	1	V ms	py	1	Z ds				
D	TGRCD050	219.6	221	Psh	Pshc	bk	fr	ms	fg	X l					py	2	Z ds				disseminated fine grained pyrite more common in lighter beds
D	TGRCD050	221	221.87	Pgt	Psh	gy	fr	ms	fg	X l		cb	1	V lm	py	1	Z ds	chcb	m	pv	"bleached rock, definite upward fining sequence, pyrite more prevelant in more altered patches, alteration stronger at lower contact"
D	TGRCD050	221.87	223.5	Psh	Pshc	gy	fr	ms	fg	X s		cbsu	10	V sw	py	10	Z vn	chcb	m	vn	"altered, sheared,crenulated"
D	TGRCD050	223.5	225	Psh	Pshc	gy	fr	ms	fg	X l	0.1	qz	1	V vl	py	3	Z bb	chcb	m	vn	"pyrite is confined to high concentrations within a small number of beds, discontinuous spider quartz veins at 45 degrees to bedding"
D	TGRCD050	225	226	Psh	Pshc	gy	fr	ms	fg	X l					py	1	Z bb				"significant change in alpha angle in this unit, looks like shearing but may be sedimentary structures or cross bedding"
D	TGRCD050	226	227	Psh	Pshc	gy	fr	ms	fg	X l		cbsu	1	V st							
D	TGRCD050	227	227.85	Psh	Pshc	gy	fr	ms	fg	X s		qzcbsu	3	V st							"moderately intense bleaching at upper contact, discontinuous spider veins cross cutting bedding at high angles,crenulated bedding"
D	TGRCD050	227.85	229.4	Pshc	Psh	bk	fr	ms	fg	X l											
D	TGRCD050	229.4	231.27	Psh	Pshc	gy	fr	ms	fg	X l	0.5	qzsu	0.5	V vl	py	0.5	Z st				
D	TGRCD050	231.27	231.7	Psh	V b	gy	fr	ms	fg	X b		cbsu	50	V ms	py	30	Z vn				
D	TGRCD050	231.7	233.3	Psh	Pshc	gy	fr	ms	fg	X l		cb	0.5	V vl							
D	TGRCD050	233.3	234.6	Psh	Pshc	gy	fr	ms	fg	X l		cb	5	V vl	py	0.5	Z st				
D	TGRCD050	234.6	242	Psh	Pshc	gy	fr	ms	fg	X l		cbsu	1	V vl	py	2	Z bb				blebby pyrite stratabound
D	TGRCD050	242	242.9	Psl			fr	ms	fg	X l		cbsu	1	V vl	py	2	Z ff	cb	s	pv	
D	TGRCD050	242.9	249.6	Pshc	Psh	bk	fr	ms	fg	X l		cbsu	1	V vl	py	2	Z vn				
D	TGRCD050	249.6	251	Pshc	Psh	bk	fr	ms	fg	X s		cbsu	5	V vl	py	5	Z vn				
D	TGRCD050	251	262	Pshc	Psh	bk	fr	ms	fg	X l		cbsu	1	V vl	py	2	Z vn				
D	TGRCD050	262	262.5	Pshc	Psh	bk	fr	ms	fg	X s		cbsu	10	V vl	py	5	Z vn				
D	TGRCD050	262.5	263.4	Pshc	Psh	bk	fr	ms	fg	X l		cbsu	1	V vl	py	2	Z bb				Significant change in alpha angle 262m to 263.4m. Alpha angle becomes semi parallel to core axis
D	TGRCD050	263.4	266.6	Pshc	Psh	bk	fr	ms	fg	X l		cbsu	0.5	V vl	py	1	Z bb	cb	w	py	carbonate alteration in thin veinlets/beds
D	TGRCD050	266.6	268	Psh	Pshc	gy	fr	ms	fg	X l		cbsu	2	V vl	py	1	Z vn	cb	m	py	carbonate alteration vein related
D	TGRCD050	268	269.82	Pshc			fr	ms	fg	X l		cbsu	2	V vl	py	1	Z vn				
D	TGRCD050	269.82	269.93	Pshc			fr	ms	fg	X b		cbsu	50	V ms	py	1	Z vn				
D	TGRCD050	269.93	272	Pshc			fr	ms	fg	X l		cbsu	1	V vl							
D	TGRCD050	272	274	Pshc			fr	ms	fg	X l		qz	10	V ms	py	1	Z vn				
D	TGRCD050	274	274.9	Pshc	Psh	bk	fr	ms	fg	X b		qzchsu	60	V ms	py	3	Z vn				
D	TGRCD050	274.9	276.35	Pshc	Psh	bk	fr	ms	fg	X l		qzcbsu	2	V vl	py	1	Z vn				
D	TGRCD050	276.35	279.5	Pshc	Psh	bk	fr	ms	fg	X l		qzcbsu	1	V vl	py	1	Z bb				
D	TGRCD050	279.5	282	Psh	Pshc	gy	fr	ms	fg	X l		cbsu	1	V vl	py	1	Z vn				
D	TGRCD050	282	282.75	Psh	Pshc	gy	fr	ms	fg	X l		cbsu	5	V vl	py	3	Z vn				
D	TGRCD050	282.75	284.3	Psh	Pshc	gy	fr	ms	fg	X l		cbsu	5	V vl	py	1	Z ds				significant change in alpha angle over this interal. Alpha angle becomes sub parallel to core axis
D	TGRCD050	284.3	285.15	Pshc	Psh	bk	fr	ms	fg	X l		cbsu	1	V vl	py	1	Z vn				
D	TGRCD050	285.15	288.33	Pgt	Psh	gy	fr	ms	fg			cb	1	V vl	py	0.1	Z ds	cb	w	pv	this interval is significantly bleached
D	TGRCD050	288.33	288.44	Pgt			fr	ms	fg	X b		cb	5	V vl	py	3	Z ds	sik	i	pv	some weathering of disseminated py grains
D	TGRCD050	288.44	288.5	Pshc			ox	ms	fg	X p											
D	TGRCD050	288.5	288.87	Pshc			fr	ms	fg	X b	25	qz	25	V vl	py	5	Z bb				
D	TGRCD050	288.87	289.65	Pgt			fr	ms	fg		5	qz	5	V vl	py	1	Z bb	sik	s	pv	
D	TGRCD050	289.65	290.05	Pgt			fr	ms	fg		25	qz	25	V vl	py	1	Z bb	sik	i	pv	
D	TGRCD050	290.05	291.3	Psh	Pshc	bk	fr	ms	fg		3	qz	3	V vl	py	3	Z vn				
D	TGRCD050	291.3	303.35	Pshc	Psh	bk	fr	ms	fg		1	qz	1	V ms	py	3	Z vn				approx 1m spaced pyrite rich black shale beds
D	TGRCD050	303.35	304.25	Pshc	Psh	bk	fr	ms	fg			cbsu	10	V ms	py	10	Z vn				
D	TGRCD050	304.25	314.7	Psh	Pshc	gy	fr	ms	fg	X l		cbsu	2	V ms	py	2	Z vn				
D	TGRCD050	314.7	328	Psh	Pshc	gy	fr	ms	fg	X l		cbsu	2	V ms	py	1	Z vn				
D	TGRCD050	328	329	Psh	Pshc	gy	fr	ms	fg	X b		qzchsu	50	V ms	py	3	Z vn				
D	TGRCD050	329	330.6	Pshc	Psh	bk	fr	ms	fg	X l		cbsu	1	V ms	py	1	Z vn				
D	TGRCD050	330.6	340.25	Psh	Pshc	gy	fr	ms	fg	X l		cbsu	0.5	V ms							EOH
EOF																					
