H0002	Version	4									
H0003	Date_generated	26/11/2015									
H0004	Reporting_period_end_date	29/09/2015									
H0005	State	NT									
H0100	Tenement_no	EL26831	EL26833	EL26835	EL28656	EL29022	EL30048	EL30152	EL30156	EL30158	
H0101	Tenement_holder	MMG									
H0102	Project_name	North Batten JV									
H0106	Tenement_Operator	MMG									
H0200	Start_date_of_data_acquisition	1/01/1981									
H0201	End_date_of_data_acquisition	29/09/2015									
H0202	Template_format	DL_4									
H0203	Number_of_data_records	671									
H0204	Date_of_metadata_update	29/09/2015									
H0300	Related_data_files										
H0301	Surface_location_data_file	GR321_2015_GA_03_Appendix2									
H0303	Downhole_geochem_data_file	GR321_2015_GA_06_Appendix5									
H0304	Downhole_survey_data_file	GR321_2015_GA_04_Appendix3									
H0307	Lithology_code_file	GR321_2015_GA_07_Appendix6									
H0308	File verification list										
H0400	Drill_code	DD	MUD	RC	RC/DD	RC/DD	WB				
H0402	Description	DD	MUD	RC	RC/DD	RC/DD	WB				
H0500	Feature_located	Hole Collar									
H0501	Geodetic_datum	GDA94									
H0502	Vertical_datum	AHD									
H0503	Projection	UTM									
H0530	Coordinate_system	Projected									
H0531	Projection_Zone	53									
H0532	Surveying_instrument	CalcCoord	Handheld GPS	UNK							
H0533	Surveying_company	MMG									
H1000	Hole_id	Relogged	DEPTH_FROM	Type	Width_mm	Infill_Min1	Infill_Min2	Infill_Min3	Confidence	Comments	
H1001	Units	metres	metres	millimetres	degrees	degrees					
H1004	Accuracy	0.1	0.1	1	1	1					
D	11BLDD0008	P	115	Fra						uneven	
D	11BLDD0008	P	121.4	Fra						uneven; slicknsided	
D	11BLDD0008	P	121.7	Fra						fractures 10; 20 to Ca with opposing set 38 to CA between them.	
D	11BLDD0008	P	122.6	Fra						straight	
D	11BLDD0008	P	128	Fra						slicknsided	
D	11BLDD0008	P	128.5	Fra							
D	11BLDD0008	P	130.75	Fra						sharp; slicknsided	
D	11BLDD0008	P	132.63	Fra							
D	11BLDD0008	P	132.64	Fra							
D	11BLDD0008	P	155.15	Cv							
D	11BLDD0008	P	155.3	Lam							
D	11BLDD0008	P	158.31	Cv						Uneven; parallel to fabric.	
D	11BLDD0008	P	158.65	Cv						Sharp; parallel to straky fabric.	
D	11BLDD0008	P	162.35	Sf						xxxx=fabric (not necessarily bedding)	
D	11BLDD0008	P	162.36	Sf						xxxx=fabric	
D	11BLDD0008	P	162.37	Cv						Sharp; slicknsided.	
D	11BLDD0008	P	162.62	Cv						Sharp; slicknsided.	
D	11BLDD0008	P	165.69	Cv							
D	11BLDD0008	P	165.9	Cv							
D	11BLDD0008	P	166	Sf						xxxx=fabric	
D	11BLDD0008	P	172.5	Sb						banding fabric;uncertain whether bedding possibly tectonically induced 	
D	11BLDD0008	P	173.15	Sb							
D	11BLDD0008	P	174.7	Lam						py laminar	
D	11BLDD0008	P	178	Fra						sharp; slickensides	
D	11BLDD0008	P	179.95	Fra						Sharp; uneven.	
D	11BLDD0008	P	180	Fra						sharp; slickensided	
D	11BLDD0008	P	191.24	Sb						Wispy py laminar & crude dolomite layers.	
D	11BLDD0008	P	191.35	Sb							
D	11BLDD0008	P	193.15	Fra							
D	11BLDD0008	P	196	Sb							
D	11BLDD0008	P	245.7	Sb						banding and lamina	
D	11BLDD0008	P	261.5	Sb							
D	11BLDD0008	P	274.75	Sb						Laminar & banding.	
D	11BLDD0008	P	280.55	Sb						Laminar& banding.	
D	11BLDD0008	P	281.4	Sb						Laminar & banding. Dip 15-20.	
D	11BLDD0008	P	284.17	Cv							
D	11BLDD0008	P	284.18	S0							
D	11BLDD0008	P	284.4	S0							
D	11BLDD0008	P	291.45	Sb							
D	11BLDD0008	P	297	Sb							
D	11BLDD0008	P	304.15	S0							
D	11BLDD0008	P	317	Lam						Also flatter lying bedding; roughly dipping 5 deg to east.	
D	11BLDD0008	P	319.2	S0							
D	11BLDD0008	P	320.75	S0						Dips  25-29 degrees.	
D	11BLDD0008	P	379.46	Sb							
D	11BLDD0008	P	537.51	S0							
D	11BLDD0008	P	537.67	S0							
D	11BLDD0008	P	538.1	S0							
D	11BLDD0008	R1	172.5	Sf						xxxx=fabric	
D	11BLDD0008	R1	191.24	Fra							
D	11BLDD0009	P	66.75	S0							
D	11BLDD0009	P	92.42	Fra						SMOOTH 	
D	11BLDD0009	P	95.9	Cv						SLICKENLINES 	
D	11BLDD0009	P	112	Fra						UNEVEN BREAK. SLICKENSIDES 	
D	11BLDD0009	P	112.2	Fra						UNEVEN SLICKENSIDES 	
D	11BLDD0009	P	120.37	Fra							
D	11BLDD0009	P	121.6	Fra						SLICKENLINES 	
D	11BLDD0009	P	122.76	Sb							
D	11BLDD0009	P	125.45	S0							
D	11BLDD0009	P	197.52	Fra						UNEVEN; SMOOTH	
D	11BLDD0009	P	197.99	Fra						UNEVEN; StructureRoughness : Slickensided    	
D	11BLDD0009	P	198.6	Fra						UNEVEN	
D	11BLDD0009	P	199.32	Fra						UNEVEN; SMOOTH	
D	11BLDD0009	P	199.48	Fra						UNEVEN; SLICKENLINES	
D	11BLDD0009	P	261.22	Fra						even	
D	11BLDD0009	P	264.14	Fra							
D	11BLDD0009	P	264.86	Fra							
D	11BLDD0009	P	296.43	Fra						even	
D	11BLDD0009	P	297.66	Fra						uneven; smooth	
D	11BLDD0009	P	301.33	Sb							
D	11BLDD0009	P	316.55	Sf						sharp unconformity; possible growth fault? mudstone with rip-up clasts over dolomite	
D	11BLDD0009	P	322.74	Sb							
D	11BLDD0009	P	330.69	Fra						smooth; uneven; slickenlines	
D	11BLDD0009	P	340.67	S0						Horizontal bedding	
D	11BLDD0009	P	364.87	Fra						Smooth; uneven; slickenlines	
D	11BLDD0009	P	442.95	S0							
D	11BLDD0013	P	221.85	S0							
D	11BLDD0013	P	358	S0						DISTORTED BEDDING IN ALTERED CONGLOMERATIC DOLOMITE UNIT	
D	11BLDD0013	P	382.1	S0						BEDDING LAMINATIONS IN BLACK SHALES	
D	11BLDD0013	P	390.85	S0						BEDDING SURFACE IN BLACK SHALES	
D	11BLDD0013	P	418.25	S0						SLIGHTLY FRACTURED BEDDING SURFACE IN BLACK SHALES	
D	11BLDD0013	P	428.85	S0						SURFACE OF PARTIAL CROSS BEDDING VISIBLE IN LAMINATED BLACK SHALES	
D	11BLDD0013	P	462.36	<F						CHLORITE? FORMING SCHISTOCITY AND PARALLEL CLEAVAGE SURFACES; DIP & DIP DIRECTION CHECKED WITH CORE ORIENTED IN SAND	
D	11BLDD0013	P	462.41	S0						BEDDING IN THIN LAMINATED DOLOMITE HORIZONS; DIP & DIP DIRECTION CHECKED WITH CORE ORIENTED IN SAND	
D	11BLDD0013	P	489.3	S0						SDOL UNIT IN SDSL; ORIENTED IN SAND AND MEASURED WITH COMPASS TO CHECK KENOMETER	
D	11BLDD0013	P	492.4	S0						SDOL UNIT MEASURED IN CORE ORIENTED IN SAND.  ASSUMED CORE ORIETATION DIP -85 TO WEST	
D	11BLDD0013	P	576.36	S0						SDOL UNIT IN FINELY BEDDED SDSL & SDOL; CORE ORIENTED IN SAND TO 090 -80 DIP	
D	11BLDD0013	P	604.7	S0						SOFT SEDIMENT DEFORMATION WITHIN SDSL / SDOL LAMINATIONS BELOW SBX ZONE	
D	11BLDD0013	P	607.72	S0						ONLY COMPACTION MICROFRACTURING; UNORIENTED CORE	
D	11BLDD0013	R1	463.36	<F						CHLORITE? FORMING SCHISTOCITY AND PARALLEL CLEAVAGE SURFACES	
D	11BLDD0013	R1	463.41	S0						BEDDING IN THIN LAMINATED DOLOMITE HORIZONS	
D	11BLDD0015	P	254.4	S0						White lamination in dark red siltstones	
D	11BLDD0015	P	255.25	S0						White lamination in dark red siltstones (locally steeper bedding)	
D	11BLDD0015	P	261.55	S0						White lamination in dark red siltstone; complex zone; may be deformed	
D	11BLDD0015	P	277.38	S0						White lamination in blue green siltstone	
D	11BLDD0015	P	288.34	S0						Red lamination in cream siltstones	
D	11BLDD0015	P	303.21	Lam						Dark grey lamination in medium grey siltstones	
D	11BLDD0015	P	314.86	S0						Pale grey banding in darker grey siltstones	
D	11BLDD0015	P	333.95	Lam						Black lamination in SDSL	
D	11BLDD0015	P	408.74	Lam						Compaction deformed laminae in SDSL	
D	11BLDD0015	P	409.49	Lam						silty layer 	
D	11BLDD0015	P	411.22	S0						silt layer 	
D	11BLDD0015	P	424.05	Lam						silt layer 	
D	11BLDD0015	P	425.85	Lam						Very planar laminae 	
D	11BLDD0015	P	431.01	Lam						Laminae in black shale 	
D	11BLDD0015	P	431.89	Lam						Laminae in fissile black shale 	
D	11BLDD0015	P	434.79	Sb						Pyrite Band	
D	11BLDD0015	P	437.52	S0						Laminae in red beds 	
D	11BLDD0015	P	479.6	Lam						Multiple SDSL laminae 	
D	11BLDD0015	P	486.45	Lam						SDSL Laminae 	
D	11BLDD0015	P	498.02	Lam						SDSL Laminae 	
D	11BLDD0015	P	517.37	Lam						Laminae in red beds 	
D	11BLDD0015	P	521.15	Lam						Laminae in red beds 	
D	11BLDD0015	P	525.8	Lam						Laminae in red beds 	
D	11BLDD0015	P	539.8	Lam						Laminae in red beds 	
D	11BLDD0015	P	543.06	Lam						Laminae in red beds 	
D	11BLDD0015	P	549.18	Lam						Laminae in red beds 	
D	11BLDD0015	P	550.61	Lam						Laminae in red beds 	
D	11BLDD0015	P	569.05	Lam						Silty Laminae 	
D	11BLDD0015	P	603.36	S0						bedding in red sandstone 	
D	11BLDD0015	P	646.66	S0						Bedding plane of SSD 	
D	12BLDD0016	P	304.1	F							
D	12BLDD0016	P	304.1	S0						StructureClassification : SIGNIF  	
D	12BLDD0016	P	338.4	S0						PlaneType : BDP StructureClassification : SIGNIF Intensity : STRONG 	
D	12BLDD0016	P	357.34	S0						PlaneType : BDP StructureClassification : MIN Intensity : MODERATE 	
D	12BLDD0016	P	380.7	S0						PlaneType : BDP StructureClassification : SIGNIF  	
D	12BLDD0016	P	430.62	S0						PlaneType : BDP StructureClassification : SIGNIF Intensity : MODERATE 	
D	12BLDD0016	P	434.26	S0						PlaneType : BDP StructureClassification : SIGNIF Intensity : MODERATE 	
D	12BLDD0016	P	436.56	S0						PlaneType : BDP StructureClassification : SIGNIF  	
D	12BLDD0018	P	69.2	S0						YoungingDirection : RWUP YoungingIndicator : GBD PlaneType : BDP StructureClassification : MAJ Intensity : STRONG 	
D	12BLDD0018	P	87.9	S0						YoungingDirection : RWUP YoungingIndicator : GBD  StructureClassification : MAJ Intensity : STRONG 	
D	12BLDD0018	P	87.91	S0	112250					YoungingDirection : RWUP YoungingIndicator : GBD PlaneType : BDP StructureClassification : MAJ Intensity : STRONG 	
D	12BLDD0018	P	195.54	S0						StructureClassification : MIN  	
D	12BLDD0018	P	198.51	S0						StructureClassification : MIN  	
D	12BLDD0018	P	201.1	S0						StructureClassification : MIN  	
D	12BLDD0018	P	211.62	S0						StructureClassification : MIN  	
D	12BLDD0018	P	211.63	S0							
D	12BLDD0018	P	276.4	S0						StructureClassification : MIN  	
D	12BLDD0018	P	284.9	S0						StructureClassification : MIN  	
D	12BLDD0018	P	296.86	S0						StructureClassification : MIN  	
D	12BLDD0018	P	300.9	S0							
D	12BLDD0018	R1	180.75	S0							
D	12BLDD0019	P	119.15	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : STRONG 	
D	12BLDD0019	P	122.5	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : STRONG 	
D	12BLDD0019	P	124.51	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : STRONG 	
D	12BLDD0019	P	141.46	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : MODERATE 	
D	12BLDD0019	P	151.86	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : WEAK 	
D	12BLDD0019	P	155.42	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : MODERATE 	
D	12BLDD0019	P	161.75	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : STRONG 	
D	12BLDD0019	P	173.27	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : STRONG 	
D	12BLDD0019	P	182.1	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : STRONG 	
D	12BLDD0019	P	217.21	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : MODERATE 	
D	12BLDD0019	P	221.86	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : MIN Intensity : WEAK 	
D	12BLDD0019	P	225.8	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : MAJ Intensity : STRONG 	
D	12BLDD0019	P	241.23	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : MODERATE 	
D	12BLDD0019	P	245.4	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : MODERATE 	
D	12BLDD0019	P	253.1	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : MODERATE 	
D	12BLDD0019	P	258.75	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : STRONG 	
D	12BLDD0019	P	269.7	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : MAJ Intensity : MODERATE 	
D	12BLDD0019	P	273.8	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : STRONG 	
D	12BLDD0019	P	293.04	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : MODERATE 	
D	12BLDD0019	P	293.17	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : SIGNIF Intensity : STRONG 	
D	12BLDD0019	P	304.95	S0	10					YoungingDirection : RWUP  PlaneType : BDP StructureClassification : MIN Intensity : WEAK 	
D	12BLDD0019	P	316.84	S0	0					PlaneType : BDP StructureClassification : MIN  	
D	12BLDD0019	P	327.36	S0	0					PlaneType : BDP StructureClassification : MIN  	
D	12BLDD0019	P	339.09	S0	0					PlaneType : BDP StructureClassification : MIN  	
D	12BLDD0019	P	378.33	S0	0					PlaneType : BDP StructureClassification : MIN  	
D	12BLDD0019	R1	310.11	S0	0					PlaneType : BDP StructureClassification : MIN  	
D	BLDD003	P	267.1	S0							
D	BLDD003	P	267.2	Fra						MaterialDescription : PYRITE FRACTURE 	
D	BLDD003	P	270.3	S0							
D	BLDD003	P	278.1	S0							
D	BLDD003	P	278.3	F							
D	BLDD003	P	280.7	S0							
D	BLDD003	P	281.6	S0							
D	BLDD003	P	281.8	F							
D	BLDD003	P	284.2	F							
D	BLDD003	P	285.5	S0							
D	BLDD003	P	287	F							
D	BLDD003	P	287.1	S0							
D	BLDD003	P	289.3	S0							
D	BLDD003	P	291	S0							
D	BLDD003	P	293.2	S0							
D	BLDD003	P	294.7	S0							
D	BLDD003	P	301.9	S0							
D	BLDD003	P	304.2	S0							
D	BLDD003	P	307	S0							
D	BLDD003	P	308.2	S0							
D	BLDD003	P	308.5	S0							
D	BLDD003	P	310.5	S0							
D	BLDD003	P	312.1	S0							
D	BLDD003	P	316.5	S0							
D	BLDD003	P	324.9	S0							
D	BLDD003	P	329.3	Vn						MaterialDescription : 1CM CALCITE VEIN 	
D	BLDD003	P	329.8	S0							
D	BLDD003	P	341.9	Vn						MaterialDescription : 1MM PYRITE FRACTURE 	
D	BLDD003	P	343.5	S0							
D	BLDD003	P	380	S0							
D	BLDD003	P	385.2	S0							
D	BLDD003	P	387.5	S0							
D	BLDD003	P	387.8	S0							
D	BLDD003	P	391.2	S0							
D	BLDD003	P	392.4	S0							
D	BLDD004	P	235.5	S0							
D	BLDD004	P	255.5	S0							
D	BLDD004	P	264.5	Cnt							
D	BLDD004	P	373.5	F							
D	BLDD004	P	374.2	S0							
D	BLDD004	P	385.8	S0							
D	BLDD004	P	389.8	S0							
D	BLDD004	P	393	S0							
D	BLDD004	P	394.5	S0							
D	BLDD004	P	399	S0							
D	BLDD004	P	403.5	S0							
D	BLDD004	P	408	S0							
D	BLDD004	P	414	S0							
D	BLDD004	P	418	S0							
D	BLDD004	P	425	S0							
D	BLDD004	P	429.5	Vn						MaterialDescription : QUARTZ 	
D	BLDD004	P	429.8	S0							
D	BLDD004	P	433.6	S0							
D	BLDD004	P	436	S0							
D	BLDD004	P	439.5	S0							
D	BLDD004	P	443	S0							
D	BLDD004	P	447	Vn						MaterialDescription : QUARTZ 	
D	BLDD004	P	454.7	S0							
D	BLDD004	P	455.4	Vn						MaterialDescription : QUARTZ 	
D	BLDD004	P	457.1	S0							
D	BLDD004	P	463	S0							
D	BLDD004	P	465.9	S0							
D	BLDD004	P	467.9	S0							
D	BLDD004	P	470.2	S0							
D	BLDD004	P	480	S0							
D	BLDD004	P	491.6	S0							
D	BLDD004	P	508	S0							
D	BLDD004	P	516	S0							
D	BLDD004	P	520.8	S0							
D	BLDD004	P	521.3	S0							
D	BLDD004	P	523	S0							
D	BLDD004	P	535	S0							
D	BLDD004	P	541.6	S0							
D	BLDD004	P	565.2	S0							
D	BLDD004	P	577.8	S0							
D	BLDD004	P	582	S0							
D	BLDD004	P	592.5	S0							
D	BLDD004	P	603.8	S0							
D	BLDD004	P	618.4	S0							
D	BLDD004	P	621.1	S0							
D	BLDD004	P	634	S0							
D	BLDD004	P	652.2	S0							
D	BLDD004	P	668.8	S0							
D	BLDD004	P	684	S0							
D	BLDD004	P	695.8	S0							
D	BLDD004	P	697.2	Vn							
D	BLDD004	P	725.4	S0							
D	BLDD004	P	749.3	S0							
D	BLDD004	P	751.2	Vn							
D	BLDD004	P	768.8	S0							
D	NBDD001	P	34.5	S0	50					Bedding contact marked by compositional changes within fine sandstone	
D	NBDD001	P	41.4	Vn	3	qt	cb			Qtz+carbonate/dolomite? Vn with clay parrallel to CA	
D	NBDD001	P	45	Vn	1	qt				fractured Qtz vein with clay infill.	
D	NBDD001	P	46	Vn	2					Fractured Qtz vein with clay infill	
D	NBDD001	P	46.75	Vn	3					Fractured Qtz vein with clay infill; within 2m of fault with 10cmof clay dominated fault gouge	
D	NBDD001	P	48.4	F	80	ka				Brittle fault near parallel with S0 with fault gouge dominated by Clay milled silt/sst	
D	NBDD001	P	62	Bed	100					S0 contact between silty shale and fine sandstone; slightly irregular/erosional	
D	NBDD001	P	62.9	Bed	100					Sst Shl contact	
D	NBDD001	P	65.7	Bed	100					S0 marked by grain size changes within Sst	
D	NBDD001	P	67.5	Bed	20					Shl Slt contact	
D	NBDD001	P	67.6	Vn	1					 Small Cb vein	
D	NBDD001	P	73	Bed	30					3cm Shl layer within fine Sst	
D	NBDD001	P	88.6	Bed	100					S0 contact btw Sst and Slt	
D	NBDD001	P	89.7	Bed	20					2cm Shl layer within Silty Sst	
D	NBDD001	P	94.5	Vn	20	cb				Small set of parallel Cb veins	
D	NBDD001	P	97.3	Vn	2	cb				Pinky cream coloured cb vein	
D	NBDD001	P	98	Bed	10					Shl Sst S0 contact	
D	NBDD001	P	105.1	Vn	1	cb					
D	NBDD001	P	108	Bed	100					Sharp Slt Sst contact	
D	NBDD001	P	125.7	Bed	500					Shl layer within medium Sst	
D	NBDD001	P	126.7	Vn	3	cb				Set of up to 3mm Cb veins possible Dol within Sst	
D	NBDD001	P	133.7	Bed	150					Slt layer within fine Sst	
D	NBDD001	P	133.8	Bed	30					3cm coarse Sst layer within interbedded Sst Slt	
D	NBDD001	P	140.1	Bed	30					Shl layer within fine Sst	
D	NBDD001	P	145.7	Bed	150					Sst layer within Shl	
D	NBDD002	P	34.1	S0	10					siltst thin and med interbeds	
D	NBDD002	P	174	Vn						thin Carb tension gashes	
D	NBDD002	P	174.1	S0						thin bedded siltstone	
D	NBDD002	P	189.9	Jnt						planar rough	
D	NBDD002	P	191.2	Jnt		cb				planar rough	
D	NBDD002	P	191.7	S0							
D	NBDD002	P	198	Jnt		ch				planar rough	
D	NBDD002	P	201.8	S0						thin to laminated siltstone	
D	NBDD002	P	215.3	S0						silt to minor muds	
D	NBDD002	P	226.2	S0						thin bedded silts to dolo	
D	NBDD002	P	243.2	S0						thin to laminated	
D	NBDD002	P	255.9	S0						silts thin to laminated	
D	NBDD002	P	284.8	S0						sandstone thick beds internally laminated	
D	NBDD002	P	297	Jnt						irregular rough	
D	NBDD002	P	299.2	S0						sandstone thick beds with internal laminations	
D	NBDD002	P	315.2	Jnt						stepped rough	
D	NBDD002	P	318.7	S0						poorly sorted med to thck sandstone	
D	NBDD002	P	331.6	S0						poorly sorted med to thick bedded sst	
D	NBDD002	P	341.2	S0						thick bedded sst poorly sorted	
D	NBDD002	P	342.4	S0						sand and siltst poorly sorted	
D	NBDD002	P	352.3	S0						thick to med bedded poorly sorted internal layering	
D	NBDD002	P	363.9	S0						coarse grained thick beded internal layering	
D	NBDD002	P	372.8	S0						coarse grained poorly sorted internal layering	
D	NBDD002	P	380.4	S0						coarse grained poorly sorted internal layering	
D	NBDD002	P	384.7	S0							
D	NBDD002	P	388.6	Jnt		ch				planar rough	
D	NBDD002	P	388.8	Jnt		ch				planar rough	
D	NBDD002	P	391.2	Vn		ch				undulating rough	
D	NBDD002	P	391.3	Jnt		ch				undulating rough	
D	NBDD002	P	392.3	Vn		cb	ch				
D	NBDD002	P	395	Vn		cb	ch				
D	NBDD002	P	395.3	Vn		cb	ch	hm			
D	NBDD002	P	396.4	Vn		cb	ch	hm			
D	NBDD002	P	397.3	Vn							
D	NBDD002	P	399.1	Jnt		cb	ch			planar rough	
D	NBDD002	P	402.3	Vn		cb	ch	hm			
D	NBDD002	P	402.5	Vn		cb	ch				
D	NBDD002	P	403.01	Vn		cb	ch	hm		dark hm altered margins 20cm	
D	NBDD002	P	413.7	Vn		cb	ch	hm		dark hm altered margins	
D	NBDD002	P	419.5	Vn		cb	ch				
D	NBDD002	P	419.7	Vn		cb	ch	hm			
D	NBDD002	P	420.1	Vn		cb	ch	hm			
D	NBDD002	P	421.4	Vn		cb	ch	hm			
D	NBDD002	P	424.6	Vn		qt	cb	hm			
D	NBDD002	P	424.8	Vn		cb	ch	hm			
D	NBDD002	P	427	Vn		cb	ch	hm			
D	NBDD003	P	96.7	Lam						wavy	
D	NBDD003	P	101.2	Lam						wavy	
D	NBDD003	P	112	Lam						sharp straight lamination	
D	NBDD003	P	127.7	Lam							
D	NBDD003	P	148.9	Lam							
D	NBDD003	P	155	Lam						single ori	
D	NBDD003	P	165	Lam							
D	NBDD003	P	166	Lam							
D	NBDD003	P	177.2	Lam							
D	NBDD003	P	213.8	Lam							
D	NBDD003	P	234.8	Lam							
D	NBDD003	P	253.1	Lam							
D	NBDD003	P	282.5	Lam							
D	NBDD003	P	328.15	Lam							
D	NBDD003	P	332.2	Lam							
D	NBDD003	P	335.8	Vn	5	cb	sp				
D	NBDD003	P	339.1	Lam							
D	NBDD003	P	353	Lam							
D	NBDD003	P	360.2	Lam							
D	NBDD003	P	377.1	Lam							
D	NBDD003	P	396.5	Lam							
D	NBDD003	P	407.8	Lam							
D	NBDD003	P	419.5	Lam							
D	NBDD003	P	424	Lam							
D	NBDD003	P	438.2	Lam							
D	NBDD003	P	442.5	Lam							
D	NBDD003	P	444.9	Lam							
D	NBDD003	P	453.1	Lam							
D	NBDD003	P	463	Lam						alpha decreases at around 457-458 where beddng is folded	
D	NBDD003	P	468.3	Lam							
D	NBDD003	P	469.7	Sr						single ori; FeO staining	
D	NBDD003	P	487.5	Sr						similar attitude to other low-alpha fractures but weaker FeO	
D	NBDD003	P	488.6	Lam	3					weak difuse relict bedding of paler grey in recrystallised dolomite; a bit wavy	
D	NBDD003	P	492.1	Sty	5					dark grey band with stylolite boundaries; another one nearly identical and parallelat 493m	
D	NBDD003	P	499	Sr						approx orientation of long nearly core parallel wavy fracture with iron oxide staining; very similar parallel structure at 487.5	
D	NBDD003	P	506.6	Lam	3					single ori; bxa and disruption in bedding adjacent but measured plane is straight	
D	NBDD003	P	507.9	Lam	3					single ori; minor brecciation	
D	NBDD003	P	510.7	Sr						single ori; weakly iron stained fracture surface	
D	NBDD003	P	514.3	Sr						lower edge of broken core zone; straight; FeO stained	
D	NBDD003	P	516.9	Lam	4						
D	NBDD003	P	517.3	Lam	2						
D	NBDD003	P	521.2	Lam	3						
D	NBDD003	P	521.9	Lam	3						
D	NBDD003	P	525.4	Lam	2					some layers are brecciated	
D	NBDD003	P	528.1	Sr						weakly iron oxide stained fracture surface; 2 other parallel ones at 526.6 and 527.9	
D	NBDD004	P	61.4	Bed						approx alpha; not good tool	
D	NBDD004	P	64.4	Bed						gritty bed in very fine sediment; approx alpha	
D	NBDD004	P	68.9	Bed						gritty bed; approx alpha	
D	NBDD004	P	73.3	Bed						approx alpha	
D	NBDD004	P	79.9	Bed							
D	NBDD004	P	83	Bed							
D	NBDD004	P	84.5	Bed							
D	NBDD004	P	89.8	Bed							
D	NBDD004	P	103.3	Bed							
D	NBDD004	P	107.7	Bed							
D	NBDD004	P	178.2	Lam	3						
D	NBDD004	P	206.3	Lam	5	py				py laminae in carb ssh	
D	NBDD004	P	215.35	Lam	2						
D	NBDD004	P	217.3	Lam	2	do				calc beds in ssh	
D	NBDD004	P	223.7	Lam	2	do				calc beds in ssh	
D	NBDD004	P	225.3	Lam	5	py				FeO laminae in oxi sha	
D	NBDD004	P	233.25	Lam	5	fe				FeO laminae in oxi sha	
D	NBDD004	P	246.5	Lam	3	fe				FeO laminae in oxi sha	
D	NBDD004	P	255.4	Lam	2	fe				FeO laminae in oxi sha	
D	NBDD004	P	262	Lam	2	fe				FeO laminae in oxi sha	
D	NBDD004	P	277	Lam	2						
D	NBDD004	P	294.3	Lam	2	fe				FeO laminae in oxi sha	
D	NBDD004	P	322.7	Cnt	2						
D	NBDD004	P	354.8	Lam	2						
D	NBDD004	P	394.5	Lam	1					lam in blk ssh	
D	NBDD004	P	431.4	Lam	1					lam in blk ssh	
D	NBDD004	P	443.1	Lam	1					pyritic lamination; based on single ori	
D	NBDD004	P	509.8	Sr	1					minor fracture; based on single ori	
D	NBDD004	P	542.7	>V	20	do	hm				
D	NBDD004	P	542.9	>V	20	do	hm				
D	NBDD004	P	578.8	Bed	5					likely a block in megabreccia	
D	NBDD005	P	78.8	Lam	2						
D	NBDD005	P	85.4	<F	10	cy				Fine grained clayey infill with weak effervesence and some fine grained pyrite.	
D	NBDD005	P	86.5	Lam	2					finely spaced wavy laminations	
D	NBDD005	P	94	Lam	2						
D	NBDD005	P	116	F	300	cb				fault zone breccia with gauge	
D	NBDD005	P	144.5	Vn	10	cb	py				
D	NBDD005	P	144.6	Lam	2						
D	NBDD005	P	158.7	Lam	2						
D	NBDD005	P	185.6	Lam	2						
D	NBDD005	P	191.7	Lam	2						
D	NBDD005	P	213.8	Lam	2						
D	NBDD005	P	216	Lam	2						
D	NBDD005	P	218.6	Lam	2						
D	NBDD005	P	224.9	Lam	2						
D	NBDD005	P	227.2	Lam	2						
D	NBDD005	P	235.9	Lam	2						
D	NBDD005	P	247.5	Lam	2						
D	NBDD005	P	265.1	Lam	2						
D	NBDD005	P	275.8	Lam	2						
D	NBDD005	P	287.7	Lam	2						
D	NBDD005	P	298	Lam	2						
D	NBDD005	P	300.4	V	5	do	py			Dolomite vein with pyrite. Another similar vein at 301.8	
D	NBDD005	P	306.2	Lam	2						
D	NBDD005	P	308.6	Lam	2						
D	NBDD005	P	311.8	Lam	2						
D	NBDD005	P	318.4	Lam	2						
D	NBDD005	P	320.2	Lam	2						
D	NBDD005	P	323	Vn	2						
D	NBDD005	P	343	Lam	2						
D	NBDD005	P	348.8	Lam	2						
D	NBDD005	P	350.3	FltMin	2						
D	NBDD005	P	350.4	FltMin	2						
D	NBDD005	P	350.5	FltMin	2						
D	NBDD005	P	350.6	FltMin	2						
D	NBDD005	P	352.9	Lam	2						
D	NBDD005	P	357.2	Lam	2						
D	NBDD005	P	361.8	Cnt	2					top of breccia sequence with fine top	
D	NBDD005	P	362.7	Cnt	2					between a 4cm shale below and a breccia above; represents an erosional contact of a basal congl overlying a shale.	
D	NBDD005	P	364.5	Vn	2						
D	NBDD005	P	368.7	FltMin	2						
D	NBDD005	P	374	FltMin	2						
D	NBDD005	P	395.5	Lam	2						
D	NBDD005	P	404	Lam	2						
D	NBDD005	P	405	Vx	10	ca				with cavity space up to 1 cm	
D	NBDD005	P	408.2	Lam	2						
D	NBDD005	P	410.2	Lam	2						
D	NBDD005	P	412.7	Lam	2						
D	NBDD005	P	420.6	Lam	2						
D	NBDD005	P	426	Lam	2						
D	NBDD005	P	433	Lam	2						
D	NBDD005	P	446	Vn	30					this is bedding-parallel and folded and comes back around to 20 on the other side; it either a wavy bedding almost parallel to the core orientation or it has been folded either by slumping or tectonically	
D	NBDD005	P	446.5	Lam	2						
D	NBDD005	P	453.8	Lam	2						
D	NBDD005	P	460.1	Lam	2						
D	NBDD005	P	468.3	Lam	2						
D	NBDD005	P	478.8	Lam	2						
D	NBDD005	P	486.1	Lam	2						
D	NBDD005	P	496.3	Lam	2						
D	NBDD005	P	500.1	Lam	2						
D	NBDD006	P	48.8	Lam						approx; this is HQ core with inadequate neasuring tool; single ori mark	
D	NBDD006	P	55.3	Vn	3	do					
D	NBDD006	P	55.4	Lam							
D	NBDD006	P	63.8	Vn	3	do	ch	py		trace py in mostly dol vein	
D	NBDD006	P	65	Lam							
D	NBDD006	P	98.7	Lam							
D	NBDD006	P	111	Lam						vfg pyrite laminated in the bedding	
D	NBDD006	P	114.2	Lam							
D	NBDD006	P	127.8	Lam							
D	NBDD007	P	108.1	Lam						S	
D	NBDD007	P	122.7	Lam						S	
D	NBDD007	P	125.5	Lam						S	
D	NBDD007	P	129.9	Lam						S	
D	NBDD007	P	132.3	Lam						S	
D	NBDD007	P	139.4	Lam						S	
D	NBDD007	P	142.4	Lam						S	
D	NBDD007	P	156.1	Lam						P	
D	NBDD007	P	160.1	Lam						P	
D	NBDD007	P	165.8	Lam						S	
D	NBDD007	P	173.9	Lam						S	
D	NBDD007	P	186.6	Lam						P	
D	NBDD007	P	190.6	Lam						S	
D	NBDD007	P	204.8	Lam						S; rare lam in otherwise massive dol	
D	NBDD007	P	219.5	Lam						P	
D	NBDD007	P	235	Lam						S	
D	NBDD007	P	239	Lam							
D	NBDD007	P	253	Lam							
D	NBDD007	P	268	Lam						P	
D	NBDD007	P	335	Lam						P; possible relict lamination	
D	NBDD007	P	344.2	Lam						P; possible relict lamination	
D	NBDD007	P	349.1	Lam						S	
D	NBDD007	P	363.8	Lam						S	
D	NBDD007	P	368.8	Lam						S	
D	NBDD007	P	377.9	Lam						S	
D	NBDD008	P	248.8	Jnt	10	fe				stepped rough healed_single ori	
D	NBDD008	P	294.2	Jnt	1	mn				rough planar_single ori	
D	NBDD008	P	294.9	Jnt	1					rough planar_single ori	
D	NBDD008	P	295.25	Jnt	1					smooth planar slickenslides at beta 330	
D	NBDD008	P	295.25	SLn						slick intersection on above Jnt beta intersection 330	
D	NBDD008	P	296.1	Jnt	1					rough planar_single ori	
D	NBDD008	P	296.95	S0	25					thin bed in massive to fine laminated unit_single ori	
D	NBDD008	P	298.5	Jnt	1					rough planar_single ori	
D	NBDD008	P	299.55	S0						massive blank shale fine lam_single ori	
D	NBDD008	P	311.8	Jnt						rough planar_single ori	
D	NBDD008	P	329.2	S0						fine lam_single ori	
D	NBDD008	P	329.21	Jnt						rough planar_single ori	
D	NBDD008	P	335.9	S0						thn laminations	
D	NBDD008	P	336.7	Jnt		fe				rough planar jnts x 6	
D	NBDD008	P	338.4	Jnt						rough stepped_single ori	
D	NBDD008	P	339.2	S0						fine laminations_single ori	
D	NBDD008	P	351.7	S0						thin lamination	
D	NBDD008	P	352.4	Jnt		fe				stepped rough jnt set	
D	NBDD008	P	353.5	Jnt							
D	NBDD008	P	354	S0						2 cm siltst bed in homogeneous massive black shale	
D	NBDD008	P	354.9	S0						thin lamination	
D	NBDD008	P	371	S0						laminations	
D	NBDD008	P	372.9	S0						laminations	
D	NBDD008	P	373.5	Jnt		fe				healed jn set	
D	NBDD008	P	401.6	S0						laminations	
D	NBDD008	P	403.9	S0						laminated dol	
D	NBDD008	P	404.1	Jnt		fe				irregular rough oxide coated	
D	NBDD008	P	408.2	S0						laminated dol	
D	NBDD008	P	408.4	Jnt		fe				rough planar	
D	NBDD008	P	409.9	S0						laminations	
D	NBDD008	P	410.2	Jnt						healed jnt set	
D	NBDD009	P	62.8	S0						1-2 cm wide sandy laminations	
D	NBDD009	P	71.8	S0						0.5 cm lamination	
D	NBDD009	P	73.57	Vn	3	cb	cy			0.3 cm carb+clay vein	
D	NBDD009	P	82.78	Vn	20	cb				2 cm wide carb + clay vein	
D	NBDD009	P	92.8	S0						0.2 - 0.5 cm silty laminations	
D	NBDD009	P	100.9	Vn		cb				Layer parallel carb vein/ S0	
D	NBDD009	P	106.05	Vn		cb				polycrystalline; almost looks clastic in places; white and grey with tributary veinlets	
D	NBDD009	P	117.3	Vn	5	qt		se		5mm qtz-bt veins; sericite and chlorite alteration around the vein	
D	NBDD009	P	145.8	Vn	2					2 mm carb vein	
D	NBDD009	P	145.9	S0						carb rich 0.1-0.3 cm lamination	
D	NBDD009	P	158.2	S0						0.1 -0.2 mm carb/shl laminations	
D	NBDD009	P	170.25	Vn	1	qt				1mm qtz with slicken	
D	NBDD009	P	176.4	S0						0.1 -0.2 mm carb/shl laminations	
D	NBDD009	P	181.3	Vn	1	cb				1mm cb ch	 S0 parallel
D	NBDD009	P	182.25	Vn	1		cb			1mm cb ch	 S0 parallel
D	NBDD009	P	185.8	S0						0.1 -0.2 mm carb/shl laminations	
D	NBDD009	P	192.4	Vn	1		cb			1mm cb ch	 S0 parallel (S0 here at high angle to core)
D	NBDD009	P	196.9	S0						0.1 -0.2 mm carb/shl laminations	
D	NBDD009	P	215.8	S0						0.1 -0.2 mm carb/shl laminations	
D	NBDD009	P	230	Vn	30					3 cm carb vein	
D	NBDD009	P	235.8	S0						0.1 -0.2 mm carb/shl laminations	
D	NBDD009	P	245	S0						0.1 -0.2 mm carb/shl laminations	
D	NBDD009	P	258	S0							
D	NBDD009	P	268	S0							
D	NBDD009	P	291	Jnt						joint in black shale	
D	NBDD009	P	293	S0						Beding in black shale	
D	NBDD009	P	310	S0							
D	NBDD009	P	316.9	S0							
D	NBDD009	P	332.76	S0							
D	NBDD009	P	341.6	S0							
D	NBDD009	P	353.8	S0							
D	NBDD010	P	97.3	S0							
D	NBDD010	P	100.5	S0							
D	NBDD010	P	104	S0							
D	NBDD010	P	107.8	S0							
D	NBDD010	P	111.5	S0							
D	NBDD010	P	116.8	S0						debris flow	
D	NBDD010	P	117.5	S0						slt ib	
D	NBDD010	P	121.3	S0						slt ib	
D	NBDD010	P	127	S0						debris flow	
D	NBDD010	P	132	S0						slt ib	
D	NBDD010	P	136.7	S0						silt ib	
D	NBDD010	P	157.7	S0							
D	NBDD010	P	160.8	S0							
D	NBDD010	P	168	S0							
D	NBDD010	P	178.9	S0							
D	NBDD010	P	184	S0							
D	NBDD010	P	190.4	S0							
D	NBDD010	P	198.4	S0							
D	NBDD010	P	206.2	S0							
D	NBDD010	P	212.4	S0							
D	NBDD010	P	220.2	S0							
D	NBDD010	P	232	S0							
D	NBDD010	P	235	S0							
D	NBDD010	P	238.85	S0						single ori	
D	NBDD010	P	240.5	S0							
D	NBDD010	P	257.7	S0							
D	NBDD010	P	260.95	S0							
D	NBDD010	P	264	F						single ori; stylolitic fracture; terminates on a bedding plane	
D	NBDD010	P	264.6	Fra		py				single; stylolitic; a few with this orientation oer a few metres	
D	NBDD010	P	267.2	S0						sngle ori	
D	NBDD010	P	267.25	F						west-side up on steep fault (looks normal east dipping); 1cm offset	
D	NBDD010	P	267.3	F							
D	NBDD010	P	269.5	Fra						stylolitic fracture; single ori	
D	NBDD010	P	269.7	F						weeak fabric in fault plane; single ori	
D	NBDD010	P	272.25	F						east side down steep fracture 1mm offset	
D	NBDD010	P	272.3	S0						also an S1	
D	NBDD010	P	273.5	F						single	
D	NBDD010	P	273.55	S0						single	
D	NBDD010	P	277.9	S0						single ori	
D	NBDD010	P	287.5	S0						single	
D	NBDD010	P	292.7	S0						solid line ori	
D	NBDD010	P	293.8	F						microfault with 1mm offset; west side down normal; no surface for lineations	
D	NBDD010	P	293.85	S0							
D	NBDD010	P	296.3	F						micro-fault east-side down in normal east-dipping fault; unk displacementh	
D	NBDD010	P	296.55	F						north side down normal	
D	NBDD010	P	296.6	F						microfault; 1 mm offset; east-sidedown east-dipping normal	
D	NBDD010	P	304.2	F						microfault; west-side down very steep	
D	NBDD010	P	304.25	S0						lineation; possible crenulation on bedding with gamma	
D	NBDD010	P	306.5	S0							
D	NBDD010	P	306.6	F						microfault; 4mm offset; east side down	 normal
D	NBDD010	P	311.6	S0							
D	NBDD010	P	317.7	S0							
D	NBDD010	P	319.3	F						microfault; 3mm offset; NE side down	 normal
D	NBDD010	P	329.4	S0							
D	NBDD010	P	335.6	S0							
D	NBDD010	P	338.6	F						microfault; 3mm offset; North side up	 thrust.
D	NBDD010	P	361.8	S0							
D	NBDD010	P	367.2	F						microfault; 2mm offset; East side down	 normal.
D	NBDD010	P	386.4	S0							
D	NBDD010	P	391.85	S0							
D	NBDD010	P	395.5	S0							
D	NBDD010	P	396.8	Vn	5	py				Secondary pyrite vein in pyrtic shale	
D	NBDD010	P	400.6	S0							
D	NBDD010	P	405.4	Vn	28					Secondary pyrite vein in pyritic shale	 also extends along predominant bedding plane. 
D	NBDD010	P	409.5	Vn	8	py				Pyrite vein concordant to bedding	
D	NBDD010	P	410.9	Vn	17	py				Pyrite vein in pyritic shale	
D	NBDD010	P	416.1	S0							
D	NBDD010	P	419.6	S0							
D	NBDD010	P	438.1	S0							
D	NBDD010	P	448.1	S0							
D	NBDD010	P	455.3	Vn	3					Qrtz rich vein in dolomite	
D	NBDD010	P	478.9	S0							
D	NBDD010	P	490.4	S0							
D	NBDD010	P	513	S0							
D	NBDD010	P	526.4	S0							
D	NBDD010	P	537	S0							
D	NBDD011	P	91.8	S0							
D	NBDD011	P	93.1	S0							
D	NBDD011	P	98.3	S0							
D	NBDD011	P	99.2	Jnt							
D	NBDD012	P	78.2	F						contact between massive siltstone and lam ssl/sst	
D	NBDD012	P	78.21	S1						parallel to fault contact	
D	NBDD012	P	78.22	S0						laminations in ssl/sst	
D	NBDD012	P	79.9	F						2mm offsett; east-side down normal (dipping east)	
D	NBDD012	P	88	S0						lamination	
D	NBDD012	P	88.8	S0	70					may just be alteration but bedding parallel	
D	NBDD012	P	112.3	S0						lamination sst/ssl	
D	NBDD012	P	112.35	F						east-side down reverse (dipping west)	
D	NBDD012	P	113.1	S0						lamination	
D	NBDD012	P	113.15	F						3mm offset; steep to east; east side up reverse	
D	NBDD012	P	118.8	S0						laminations approachig fault zone	
D	NBDD012	P	119.05	F						formational cnt pml/pms; ch-hmt veins	
D	NBDD012	P	126.75	S0						lam between sandy/silty layers	
D	NBDD012	P	127.1	S0						laminations between sandy and silty layers	
D	NBDD012	P	149.9	S1						pervasive fabric over small; diss'l and darker colour	
D	NBDD012	P	149.95	S0						lainations silty beds	
D	NBDD012	P	152.9	S0						slightly silty layer in massive sst	
D	WM4	P	30	S0							
D	WM4	P	50	S0							
D	WM4	P	80	S0							
D	WM4	P	92	S0							
D	WM4	P	110	S0							
D	WM4	P	130.6	S0							
D	WM4	P	135	S0							
D	WM4	P	150	S0							
D	WM4	P	170	S0							
D	WM4	P	176	S0							
D	WM4	P	192	S0							
D	WM4	P	200	S0							
D	WM4	P	226	S0							
D	WM4	P	233	S0							
EOF