HOLE	FROM	TO	FORMATION	ROCK	ALTERATION
PEN001	0	20	Cy	VDFF	S__4
PEN001	20	40.5	Cy	VD_A	SO_4
PEN001	40.5	116.8	Ca	IA_E	O__5
PEN001	116.8	117.3		FALT	AS_5
PEN001	117.3	117.55	Ca	IA_E	A__5
PEN001	117.55	117.8	Ca	LAF_	O__5
PEN001	117.8	119	Ca	IA_E	O__5
PEN001	119	122.1	Ca	IAF_	O__5
PEN001	122.1	122.3		FALT	A__5
PEN001	122.3	123.8	Ca	IA_E	A__5
PEN001	123.8	229.7	Ca	IAF_	O--5
PEN001	229.7	242.5	Cy	VR_F	
PEN001	242.5	272	Cy	VRQM	
MS1	0	3.6	Qg	TILL	
MS1	3.6	6.4	Ccv	VDFM	AOL5
MS1	6.4	13.5	Ccv	VDFF	AOL5
MS1	13.5	19.3	Ccv	VDFM	AOL5
MS1	19.3	30	Ccva	VDFF	SO_8
MS1	30	41	Ccva	VDFF	SO_7
MS1	41	62	Ccva	VDFF	OS_8
MS1	62	66.4	Ccv	VDFM	OS_8
MS1	66.4	68.4	Ccva	VDFF	SO_5
MS1	68.4	86	Ccvc	VDFM	SO_5
MS1	86	96.2	Ccvc	VDLC	SO_5
MS1	96.2	110	Ccva	VDFF	SO_5
MS1	110	113.3	Ccvc	VDFM	OS_7
MS1	113.3	118	Ccvc	VDFM	OSA6
MS1	118	119	Ccvc	VDFM	AO_8
MS1	119	122	Ccvc	VDFM	SOA5
MS1	122	147.8	Ccvc	VDLC	SOA5
MS1	147.8	154.5	Ccvc	VDLC	SO_5
MS1	154.5	164.5	Ccvc	VDLC	SO_5
MS1	164.5	169	Ccvc	VDLC	SO_5
MS1	169	172.2	Ccvc	VDLC	SO_5
MS1	172.2	193.8	Ccv	VDLC	SO_5
MS1	193.8	196.4	Ccva	VDFF	SO_5
MS1	196.4	198.8	Ccv	VDFM	SO_7
MS1	198.8	217	Ccvs	SILT	
MS1	217	237	Ccva	VDFA	
MS1	237	243.8	Ccv	VDFM	SOA6
MS1	243.8	245.3	Ccvs	SILT	
MS1	245.3	248.7	Cp	IR<	AO_6
MS1	248.7	271	Ccvs	SILT	
MS1	271	273	Cp	IR<	SA_5
MS1	273	329.1	Cp	IR<	AO_6
MS2	0	25.6	Qg	TILL	
MS2	25.6	36.4	Ccvs	SILT	
MS2	36.4	38	Cp	IR<	
MS2	38	39.4	Ccvs	SILT	
MS2	39.4	41	Cp	IR<	
MS2	41	43	Cp	IR<B	
MS2	43	44	Ccvs	SILT	
MS2	44	50.4	Cp	IR<P	
MS2	50.4	63	Ccvs	SILT	
MS2	63	66	Ccv	VDFM	SO_5
MS2	66	79.2	Ccvs	SILT	
MS2	79.2	85	Ccv	VDFM	SO_5
MS2	85	86.6	Ccvs	SILT	
MS2	86.6	89	Ccvc	VDFA	SO_5
MS2	89	94.7	Ccvc	VDFM	SO_5
MS2	94.7	107.5	Ccvc	VDFM	SO_5
MS2	107.5	116	Ccvc	VDFM	SO_5
MS2	116	118	Ccvc	VDFF	SO_5
MS2	118	123.4	Ccvc	VDFM	SO_5
MS2	123.4	133	Ccva	VDFA	SO_5
MS2	133	139.3	Ccva	VDFA	K__8
MS2	139.3	146.5	Ccva	VDFA	SO_5
MS2	146.5	149.8	Ccva	VDFA	K__8
MS2	149.8	154	Ccva	VDFA	KS_6
MS2	154	158.6	Ccva	VDFF	SO_5
MS2	158.6	164.7	Ccva	VDFA	SO_5
MS2	164.7	168.7	Ccvc	VDFM	SO_5
MS2	168.7	170	Ccva	VDFF	SO_5
MS2	170	178.5	Ccvc	VDFM	SO_5
MS2	178.5	180	Ccva	VDFA	SO_5
MS2	180	185.3	Ccvc	VDFM	SO_5
MS2	185.3	208.4	Ccv	VDFM	SO_5
MS2	208.4	225	Ccv	VDLC	AOS5
MS2	225	245	Ccv	VDLC	OAS5
MS2	245	260	Ccv	VDLC	SOA5
MS2	260	262	FALT	FALT	S__8
MS2	262	263	Ccv	VDFM	SA_7
MS2	263	269	Ccv	VDFM	ASO6
MS2	269	280.2	Ccv	VDFM	SOA6
MS2	280.2	281.4	Ccv	VDFM	O__6
MS2	281.4	285	Ccvl	LDF/	SO_6
MS2	285	288	Ccvl	LDFB	SO_6
MS2	288	294	Ccvl	LDFB	AO_6
MS2	294	301	Ccvl	LDF	A__8
MS3	0	12.7	Qg	TILL	
MS3	12.7	20	Ccvc	VDLC	OA_5
MS3	20	32.8	Ccvc	VDLC	OA_5
MS3	32.8	35	Ccarb	CBBX	CS_9
MS3	35	45.9	Ccvc	VDFM	SAO5
MS3	45.9	50.2	Ccva	VDFF	OA_5
MS3	50.2	95	Ccvc	VDLC	OA_5
MS3	95	99.8	Ccvc	VDLC	AO_6
MS3	99.8	111.5	Ccv	VDLC	AO_6
MS3	111.5	119	Ccva	VDFF	OA_5
MS3	119	128	Ccva	VDFF	AO_6
MS3	128	150	Ccva	VDFF	OA_6
MS3	150	156	Ccv	VDFM	AO_6
MS3	156	170	Ccv	VDLC	AO_6
MS3	170	197	Ccva	VDFF	AO_5
MS3	197	208	Ccva	VDFF	OA_5
MS3	208	278.5	Ccva	VDFF	OS_5
MS3	278.5	282	Ccva	VDFF	AO_5
MS3	282	286	Ccva	VDFA	OA_5
MS3	286	292	Ccva	VDFA	AO_5
MS3	292	293	Ccvl	LDF	OA_5
MS3	293	295	Ccva	VDFA	OA_5
MS3	295	298	Ccvl	LDF	OA_5
MS3	298	307	Ccvl	LDF	AO_6
MS3	307	328	Ccvl	LDF	OA_6
MS4	0	9	Qg	TILL	
MS4	9	20	Ccvs	SILT	
MS4	20	23	Ccvs	VDFF	
MS4	23	24	Ccvs	SILT	
MS4	24	29.8	Ccv	VDFM	SO_5
MS4	29.8	41	Ccvs	SILT	
MS4	41	43.7	Ccv	VDFA	S__5
MS4	43.7	47	Ccv	VDFM	S__5
MS4	47	52.9	Ccvs	VDFM	S__6
MS4	52.9	56.5	Ccvs	VDFM	
MS4	56.5	57.7	Ccvs	VDFF	S__5
MS4	57.7	58.1	Ccvs	VDFA	S__5
MS4	58.1	79	Ccvc	VDFM	SO_5
MS4	79	94	Ccvc	VDFM	ASO5
MS4	94	105.6	Ccvc	VDFM	SO_5
MS4	105.6	118.3	Ccvs	SILT	
MS4	118.3	121.2	Ccva	VDFF	
MS4	121.2	142.4	Ccva	VDFA	
MS4	142.4	154	Ccvs	SILT	
MS4	154	160	Ccv	VR<M	SO_5
MS4	160	187.8	Ccvs	SILT	
MS4	187.8	298.4	Cp	IR<	AO_5
MS4	298.4	300.1	Ccvs	SILT	
MS4	300.1	349.3	Cp	IR<	AO_5
MS5	0	4.9			
MS5	4.9	31.5	Cp	IR<	OA_5
MS5	31.5	39.2	Ccvs	SILT	
MS5	39.2	39.6	Cp	IR<	
MS5	39.6	41	Ccvs	SILT	
MS5	41	62.7	Ccvs	SILT	
MS5	62.7	64.4	Cp	IR<P	SO_8
MS5	64.4	105.2	Cp	IR<	OA_5
MS5	105.2	105.8	Cp	IR<	S__8
MS5	105.8	139	Ccvs	SILT	
MS6	0	3	Qg	TILL	
MS6	3	14.8	Cp	IR<	L__8
MS6	14.8	17.8	Cp	IR<	L__6
MS6	17.8	43	Cp	IR<	OL_6
MS6	43	54	Cp	IR<	O__6
MS6	54	107.5	Cp	IR<	AO_6
MS6	107.5	116	Cp	IR<	OA_6
MS6	116	117	Cp	IR<	AO_6
MS6	117	150.3	Cp	IR<	OA_6
MS6	150.3	150.8	Cp	IR</FALT	SO_6
MS6	150.8	153.6	Cp	IR<	SO_6
MS6	153.6	165.2	Ccvs	SILT	
MS6	165.2	172.5	Ccvq	LRLC	OA_5
MS6	172.5	174	FALT	FALT	
MS6	174	186	Ccv	VDFM	AO_8
MS6	186	210.6	Ccvs	SILT	
MS6	210.6	213.8	FALT	FALT	S__8
MS6	213.8	216.5	Ccva	VDFF	SO_6
MS6	216.5	220.8	Ccv	VDFM	SO_6
MS6	220.8	226.2	Ccva	VDFF	SO_6
MS6	226.2	234.8	Ccva	VDFF	OS_6
MS6	234.8	240.3	Ccv	VDLC	SAO6
MS6	240.3	243.7	Ccv	VDLC	AOS6
MS6	243.7	257.8	Ccv	VDLM	AOS6
MS6	257.8	261	Ccv	VDLC	SAO6
MS6	261	271	Ccvl	LDF	AO_6
MS6	271	288.6	Ccvl	LDF	OA_6
MS7	0	7.5	Qg	TILL	
MS7	7.5	15	Cp	IR<	LA_6
MS7	15	28	Cp	IR<	AO_6
MS7	28	87	Cp	IR<	A__8
MS7	87	109.2	Cp	IR<	A__6
MS7	109.2	172	Ccvs	SILT	
MS7	172	202.6	Ccvs	SILT	P__5
MS7	202.6	215.5	Ccvs	SILT	
MS7	215.5	224	Ccvs	SILT	P__5
MS7	224	231.8	Ccvs	SILT	
MS7	231.8	233.5	Cp	IR<	AOS6
MS7	233.5	254	Cp	IR<	AO_6
MS7	254	255.8	Ccvs	SILT	
MS7	255.8	258.4	Cp	IR<P	SOA5
MS7	258.4	261.1	Cp	IR<	SOA5
MS7	261.1	317.3	Ccvs	SILT	
MS7	317.3	323.7	Ccv	VDFP	SA_6
MS7	323.7	325	Ccva	VDFA	SA_6
MS7	325	334.6	Ccv	VDFP	SA_6
MS7	334.6	335.3	Ccvc	VDCB	SA_6
MS7	335.3	339.6	Ccv	VDFP	SA_6
MS7	339.6	352.3	Ccva	VDFF	SA_6
MS7	352.3	356.6	Ccvc	VDCB	SA_6
MS7	356.6	359.3	Ccva	VDFF	SA_6
MS7	359.3	368.9	Ccva	VDFF	OA_6
MS7	368.9	376	Ccv	VDFP	OA_6
MS7	376	380.6	Ccv	VDFP	AO_6
MS7	380.6	381.3	Ccvc	VDCB	AO_6
MS7	381.3	382.3	Ccv	VDFP	AO_6
MS7	382.3	383	Ccvc	VDCB	AO_6
MS7	383	389.5	Ccv	VDFP	AO_6
MS7	389.5	400.3	Ccv	VDFP	OA_6
MS7	400.3	401	Ccva	VDFF	OA_6
MS7	401	406	Ccv	VDFP	OA_6
MS7	406	410.9	Ccv	VDFP	SA_6
MS7	410.9	411	Ccva	VDFF	SA_6
MS7	411	418	Ccv	VDFP	SA_6
MS7	418	424.8	Ccvc	VDCB	SA_6
MS7	424.8	426.4	Ccvc	VDCB	SA_6
MS7	426.4	427.3	Ccv	VDFP	SA_6
MS7	427.3	431.7	Ccva	VDFA	SA_6
MS7	431.7	433.4	Ccvc	VDCB	SA_6
MS7	433.4	436.8	Ccv	VDFP	SA_6
MS7	436.8	441.6	Ccva	VDFA	SA_6
MS7	441.6	442.5	Ccvc	VDCB	SA_6
MS7	442.5	442.9	Ccv	VDFP	SA_6
MS7	442.9	443.5	Ccva	VDFF	SA_6
MS7	443.5	448.7	Ccva	VDFF	KO_6
MS7	448.7	452.9	Ccv	VDFM	KO_6
MS7	452.9	460.4	Ccva	VDFF	KO_6
MS7	460.4	470.3	Ccv	VDFM	KO_6
MS7	470.3	476.6	Ccva	VDFF	KO_6
MS7	476.6	478.1	Ccv	VDFM	KO_6
MS7	478.1	479.2	Ccva	VDFF	KO_6
MS7	479.2	485.7	Ccv	VDFM	KO_6
MS7	485.7	491.6	Ccva	VDFF	KO_6
MS7	491.6	493.6	Ccv	VDFM	KO_6
MS7	493.6	499.5	Ccva	VDFF	KO_6
MS7	499.5	511.2	Ccva	VDFF	OAS6
MS7	511.2	519	Ccv	VDFM	OAS6
MS7	519	527	Ccv	VDFM	KO_8
MS7	527	530.6	Ccva	VDFF	KO_8
MS7	530.6	535.2	Ccv	VDFM	KO_8
MS7	535.2	539.2	Ccva	VDFF	KO_8
MS7	539.2	541.2	Ccv	VDFM	KO_8
MS7	541.2	548.2	Ccva	VDFF	O__8
MS7	548.2	550	Ccv	VDFM	O__8
MS8	0	6.7	Cp	IR<	LO_6
MS8	6.7	42.7	Cp	IR<	OA_6
MS8	42.7	92.1	Cp	IR<	AO_6
MS8	92.1	127.6	Cp	IR<	OA_6
MS8	127.6	129.6	Cp	IR<	AO_6
MS8	129.6	133.4	Cp	IR<	OA_6
MS8	133.4	136.5	Cp	IR<	AO_6
MS8	136.5	158.9	Cp	IR<	OA_6
MS8	158.9	164	Cp	IR<	AO_6
MS8	164	181	Cp	IR<	AO_8
MS8	181	185.5	Cp	IR<	AO_6
MS8	185.5	186.5	Cp	IR<	SA_7
MS8	186.5	189.7	Cp	IR<	AO_6
MS8	189.7	191.8	Cp	IR<	OA_6
MS8	191.8	194.2	Ccvq	VR<M	OA_6
MS8	194.2	197.4	Ccvq	VRLC	OA_6
MS8	197.4	197.9	Ccvq	VR<M	OA_6
MS8	197.9	198.6	Cp	VEIN	QC_9
MS8	198.6	220.5	Cp	IR<	OA_6
MS8	220.5	239	Cp	IR<	AO_6
MS8	239	241	Ccvs	SILT	
MS8	241	243.6	Cp	IR<	OA_6
MS8	243.6	247.7	Ccvs	SILT	
MS8	247.7	250.1	Cp	IR<	OAS6
MS8	250.1	250.4	Ccvs	SILT	
MS8	250.4	251.2	Cp	IR<	OAS6
MS8	251.2	292.1	Cp	IR<	OAS6
MS8	292.1	293.3	Ccvs	SILT	
MS8	293.3	292.4	Cp	IR<	OA_6
MS8	292.4	299.5	Ccvs	SILT	
MS8	299.5	302.3	Cp	IR<	AO_6
MS8	302.3	304	Ccvs	SILT	
MS8	304	305.6	Cp	IR<	A__8
MS8	305.6	318	Ccvs	SILT	
MS8	318	319.4	Cp	IR<	A__8
MS8	319.4	319.7	Ccvs	SILT	
MS8	319.7	320.2	Cp	IR<	A__8
MS8	320.2	320.6	Ccvs	SILT	
MS8	320.6	322.4	Cp	IR<P	A__8
MS8	322.4	326.1	Ccvs	SILT	
MS8	326.1	326.5	Cp	IR<	OA_6
MS8	326.5	327.8	Ccvs	SILT	
MS8	327.8	334	Cp	IR<	OA_6
MS8	334	334.5	Cp	IR<P	OA_6
MS8	334.5	339.5	Ccvs	SILT	
MS8	339.5	340.3	Cp	IR<	SOA6
MS8	340.3	341.2	Cp	IR<	AO_6
MS8	341.2	344.2	Cp	IR<	OA_6
MS8	344.2	360	Ccvs	SILT	
MS8	360	360.8		VEIN	Q__9
MS8	360.8	373.7	Ccvs	SILT	
MS8	373.7	394.1	Cp	IR<	AO_6
MS8	394.1	411.9	Cp	IR<	A__6
MS8	411.9	439.3	Cp	IR<	A__8
MS8	439.3	446.8	Cp	IR<	OA_6
MS8	446.8	450.8	Ccvs	SILT	
MS8	450.8	451.5	Ccva	VDFF	
MS8	451.5	487.7	Ccvs	SILT	
MS8	487.7	489.1	Ccva	VDFF	S__6
MS8	489.1	561.9	Ccvs	SILT	
MS8	561.9	578.3	Ccvs	SILT	P__6
MS8	578.3	581.7	Ccvs	SILT	
MS8	581.7	582.1	Ccv	VDFP	
MS8	582.1	583.4	Ccvs	SILT	
MS8	583.4	584	Cp	IR<	SA_6
MS8	584	602	Cp	IR<	AO_6
MS8	602	648	Cp	IR<	AO_8
MS8	648	651.6	Cp	IR<	OAS6
MS8	651.6	656.5	Ccva	VDFF	O__6
MS8	656.5	662.8	Ccva	VDFA	AO_6
MS8	662.8	665.2	Ccv	VDFP	AO_6
MS8	665.2	667	Ccv	VDFP	OA_6
MS8	667	682.5	Ccv	VDFP	AO_6
MS8	682.5	686.6	Ccv	VDFP	OA_6
MS8	686.6	687.6	Ccv	VDFP	SAO6
MS8	687.6	689	Ccv	VDFP	AO_6
MS8	689	690.1	Ccvl	LDF	
MS8	690.1	696.5	Ccv	VDFP	
MS8	696.5	700	Ccvs	SILT	
MS8	700	701.8	Ccva	VDFA	
MS8	701.8	702.9	Ccvs	SILT	
MS8	702.9	713.7	Ccva	VDFA	
MS8	713.7	719	Ccvs	SILT	
MS8	719	719.5	Ccva	VDFA	
MS8	719.5	722.4	Ccvs	SILT	
MS8	722.4	724.5	Ccva	VDFA	
MS8	724.5	754.1	Ccvs	SILT	
MS8	754.1	760	Ccva	VDFA	
MS8	760	767.8	Ccvs	SILT	
MS8	767.8	771.6	Ccva	VDFA	
MS8	771.6	772.8	Ccv	VDFP	
MS8	772.8	777	Ccvs	SILT	
MS8	777	786	Ccva	VDFA	AO_6
MS8	786	786.3	Ccv	VDFP	AO_6
MS8	786.3	787.4	Ccva	VDFA	AO_6
MS8	787.4	788.4	Ccv	VDFP	AO_6
MS8	788.4	798.7	Ccv	VDF/	OA_8
MS9	0	7.7	Cp	IR<	LA_6
MS9	7.7	28.2	Cp	IR<	OA_6
MS9	28.2	38.2	Cp	IR<	LA_6
MS9	38.2	41.7	Cp	IR<P	AOS5
MS9	41.7	42.3	Ccvq	VR<M	AOS5
MS9	42.3	46.4	Cp	IR<P	AOS5
MS9	46.4	48.6	Cp	IR<	AOS5
MS9	48.6	50	Cp	IR<P	AOS5
MS9	50	50.6	Cp	IR<	AOS5
MS9	50.6	52.6	Cp	IR<P	AOS5
MS9	52.6	55.2	Cp	IR<	AOS5
MS9	55.2	57	Cp	IR<P	AOS5
MS9	57	58.7	Cp	IR<	AOS5
MS9	58.7	60.1	Cp	IR<P	AOS5
MS9	60.1	62	Cp	IR<	AOS5
MS9	62	62.5	Cp	IR<P	AOS5
MS9	62.5	68.8	Cp	IR<B	AOS5
MS9	68.8	69.4	Cp	IR<P	AOS5
MS9	69.4	70.2	Cp	IR<B	AOS5
MS9	70.2	70.4	Cp	IR<P	AOS5
MS9	70.4	73.3	Cp	IR<B	AOS5
MS9	73.3	186.1	Ccvs	SILT	
MS9	186.1	238.2	Ccvs	SILT	P__5
MS9	238.2	244.2	Cp	IR<	OSA6
MS9	244.2	300	Cp	IR<	AO_6
MS9	300	387.5	Cp	IR<	AO_8
MS10	0	20.2	Ccvs	SILT	
MS10	20.2	41.6	Cp	IR<	AO_6
MS10	41.6	49	Cp	IR<	OA_6
MS10	49	60.8	Cp	IR<	AO_6
MS10	60.8	65.9	Cp	IR<	OA_6
MS10	65.9	67.7	Cp	IR<B	OA_6
MS10	67.7	71.6	Cp	IR<B	AO_6
MS10	71.6	74.4	Ccvs	FALT	
MS10	74.4	81.7	Ccvs	SILT	
MS10	81.7	90.5	Ccvs	SILT/VEIN	QC_9
MS10	90.5	96.8	Ccvs	SILT	
MS10	96.8	97.9		VEIN	QC_9
MS10	97.9	119	Ccvs	SILT	
MS10	119	136.1	Ccvs	SILT	P__5
MS10	136.1	177.1	Ccvs	SILT	
MS10	177.1	180.1	Ccvs	FALT	
MS10	180.1	182.4	Ccvs	SILT	
MS10	182.4	187.7	Ccvs	SILT	P__5
MS10	187.7	256	Ccvs	SILT	
MS10	256	258	Cp	IR<	OS_8
MS10	258	262.6	Ccvs	SILT	
MS10	262.6	265.1	Cp	IR<	OAS6
MS10	265.1	290.3	Cp	IR<	AO_6
MS10	290.3	311	Cp	IR<	OA_6
MS10	311	373.7	Ccvs	SILT	
MS10	373.7	376	Ccv	VDFM	A__6
MS10	376	377.8	Ccva	VDFF	A__6
MS10	377.8	382	Ccva	VDFA	A__6
MS10	382	386	Ccv	VDFP	A__6
MS10	386	389.4	Ccva	VDFA	A__6
MS10	389.4	401.4	Ccv	VDFP	A__6
MS10	401.4	403.6	Ccvc	VDCB	A__6
MS10	403.6	406.8	Ccva	VDFA	A__6
MS10	406.8	412.7	Ccv	VDFP	A__6
MS10	412.7	413.4	Ccvs	SILT	
MS10	413.4	416.3	Ccv	VDFP	A__6
MS10	416.3	425	Ccvs	SILT	
MS10	425	425.8	Ccv	VDFM	AO_6
MS10	425.8	465	Ccv	VDFP	AO_6
MS10	465	470.8	Ccv	VDLC	AO_6
MS10	470.8	471.3	Ccvs	SILT	
MS10	471.3	479.8	Ccvc	VDCB	AO_6
MS10	479.8	480.8	Ccv	VDFP	AO_6
MS10	480.8	481.1	Ccvs	SILT	
MS10	481.1	482.3	Ccv	VDFM	AO_6
MS10	482.3	483.5	Ccvc	VDCB	AO_6
MS10	483.5	486.4	Ccv	VDFP	AO_6
MS10	486.4	488	Ccva	VDFA	AO_6
MS10	488	492.1	Ccv	VDFP	AO_6
MS10	492.1	495.2	Ccvs	SILT	
MS10	495.2	497	Ccv	VDFP	AO_6
MS10	497	498.6	Ccvs	SILT	
MS10	498.6	504.7	Ccva	VDFA	AO_6
MS10	504.7	521.9	Ccvs	SILT	
MS10	521.9	529.4	Ccva	VDFA	A__6
MS10	529.4	533.1	Ccva	VDFF	A__6
MS10	533.1	541	Ccvs	SILT	
MS10	541	546.7	Ccva	VDFA	A__6
MS10	546.7	558.6	Ccvs	SILT	
MS10	558.6	560.1	Ccva	VDFA	A__6
MS10	560.1	562.1	Ccvs	SILT	
MS10	562.1	563.4	Ccva	VDFA	A__6
MS10	563.4	568.9	Ccvs	SILT	
MS10	568.9	570	Ccva	VDFA	A__6
MS10	570	582.7	Ccvs	SILT	
MS10	582.7	589	Ccva	VDFA	A__6
MS10	589	596.7	Ccvs	SILT	
MS10	596.7	614.4	Ccva	VDFA	A__6
MS10	614.4	622.2	Ccvs	SILT	
MS10	622.2	629.3	Ccva	VDFA	A__6
MS10	629.3	633.4	Ccv	VDFP	AO_8
MS10	633.4	635.1	Ccva	VDFA	AO_8
MS10	635.1	638	Ccv	VDFP	AO_8
MS10	638	644.4	Ccv	VDFP	OK_8
MS10	644.4	656.4	Ccv	VDFP	KO_8
MS11	0	33.5	Ccva	VDFA	AL_6
MS11	33.5	50	Ccva	VDFA	OA_6
MS11	50	60.7	Ccva	VDFA	O__8
MS11	60.7	62.8	Ccva	VDFA	A__8
MS11	62.8	68.6	Ccva	VDFA	O__8
MS11	68.6	70.7	Ccva	VDFA	OK_8
MS11	70.7	104.3	Ccva	VDFA	O__8
MS11	104.3	128.2	Ccva	VDFA	AO_6
MS11	128.2	135.4	Ccv	VDFM	KO_8
MS11	135.4	144.6	Ccv	VDFM	K__8
MS11	144.6	147	Ccv	VDFM	KAO6
MS11	147	150	Ccva	VDFA	KAO6
MS11	150	152		VEIN	MAG
MS11	152	154.7	Ccv	VDFP	KO_8
MS11	154.7	179.5	Ccv	VDFP	O__8
MS11	179.5	185.5	Ccv	VDFP	KO_8
MS11	185.5	189.8	Ccva	VDFA	OA_6
MS11	189.8	191	Ccva	VDFA	KO_8
MS11	191	196.6	Ccva	VDFA	OS_6
MS11	196.6	196.9	Ccvc	VDCB	OS_6
MS11	196.9	199.4	Ccv	VDFM	KO_8
MS11	199.4	201	Ccvc	VDCB	KO_6
MS11	201	212	Ccv	VDFP	KO_6
MS11	212	215	Ccvc	VDCB	KO_6
MS11	215	216.4	Ccvc	VDCB	OA_6
MS11	216.4	248.8	Ccv	VDFP	OA_6
MS11	248.8	254	Ccv	VDFP	OK_6
MS11	254	254.3	Ccva	VDFA	OK_6
MS11	254.3	254.5	Ccvc	VDCB	OK_6
MS11	254.5	279	Ccv	VDFM	OK_6
MS11	279	287.6	Ccv	VDFM	KO_6
MS11	287.6	306	Ccv	VDFM	KO_6
MS11	306	309.5	Ccv	VDLC	KO_6
MS11	309.5	321.3	Ccv	VDFM	KO_6
MS11	321.3	324.5	Ccv	VDFP	KO_6
MS11	324.5	334.3	Ccv	VDFM	KO_6
MS11	334.3	338.7	Ccv	VDFM	OK_6
MS11	338.7	345.7	Ccv	VDFP	OK_6
MS11	345.7	349.6	Ccvc	VDCB	OK_6
MS11	349.6	355.8	Ccvc	VDCB	AO_6
MS11	355.8	361	Ccvc	VDCB	AO_6
MS11	361	365.7	Ccvc	VDCB	AO_6
MS11	365.7	378.9	Ccvc	VDCB	AO_6
MS11	378.9	381.3	Ccv	VDFP	AO_6
MS11	381.3	387.5	Ccva	VDFA	AO_6
MS11	387.5	404.8	Ccv	VDFP	OA_6
MS11	404.8	405.5	Ccva	VDFA	OA_6
MS11	405.5	413.2	Ccv	VDFP	OA_6
MS11	413.2	415.7	Ccv	VDFP	AO_6
MS11	415.7	435.3	Ccv	VDFP	OA_6
MS11	435.3	437	Ccv	VDFP	OA_6
MS11	437	440.4	Ccvc	VDCB	OA_6
MS11	440.4	442	Ccv	VDFP	OA_6
MS11	442	467.1	Ccv	VDFP	OK_6
MS11	467.1	467.6	Ccva	VDFA	OK_6
MS11	467.6	486.5	Ccv	VDFP	OK_6
MS11	486.5	496.1	Ccva	VDFA	OA_6
MS11	496.1	507.7	Ccv	VDFP	OA_6
MS11	507.7	520.4	Ccva	VDFA	OA_6
MS11	520.4	538.6	Ccv	VDFP	OK_6
MS11	538.6	539.1	Ccv	VDFP	OK_6
MS11	539.1	540	Ccv	VDFP	OK_6
MS11	540	541.6	Ccv	VDFP	OK_6
MS11	541.6	543.6	Ccva	VDFA	OK_6
MS11	543.6	545.1	Ccv	VDFP	OK_6
MS11	545.1	548	Ccva	VDFA	OK_6
MS11	548	550.6	Ccv	VDFP	OK_6
MS11	550.6	551.2	Ccva	VDFA	OK_6
MS11	551.2	553.9	Ccv	VDFP	OK_6
MS11	553.9	555.2	Ccva	VDFA	KO_8
MS11	555.2	556	Ccv	VDFP	KO_8
MS11	556	562.5	Ccv	VDFP	OK_6
MS11	562.5	563.1	Ccva	VDFA	OK_6
MS11	563.1	573.7	Ccv	VDFP	OK_6
MS11	573.7	593.3	Ccva	VDFA	OK_6
MS11	593.3	597.4	Ccv	VDFP	OK_6
MS11	597.4	597.8	Ccva	VDFA	OK_6
MS11	597.8	599.4	Ccv	VDFP	OK_6
MS11	599.4	600.1	Ccva	VDFA	OK_6
MS11	600.1	602.3	Ccv	VDFP	OK_6
MS12	0	7.3	Cp	IR<	AQ_7
MS12	7.3	12.6	Cp	IR<	LA_8
MS12	12.6	18.6	Cp	IR<	LA_6
MS12	18.6	24.8	Cp	IR<	AO_6
MS12	24.8	25.4	Ccvq	VR<M	AO_6
MS12	25.4	39	Cp	IR<	AO_6
MS12	39	66.4	Cp	IR<	A__8
MS12	66.4	86.4	Cp	IR<	A__8
MS12	86.4	96.4	Ccvq	VRLX	AO_6
MS12	96.4	97.6	Ccvl	LDFP	O__6
MS12	97.6	103.2	Ccvl	LDF	O__6
MS12	103.2	103.5	Ccvs	SILT	
MS12	103.5	103.7	Ccvl	LDFB	O__6
MS12	103.7	109.4	Ccvs	SILT	
MS12	109.4	111.7	Ccvl	LDFP	OA_6
MS12	111.7	119.6	Ccvl	LDF	OA_6
MS12	119.6	121.1	Ccv	VDFP	AS_6
MS12	121.1	121.4	Ccvs	SILT	
MS12	121.4	124.2	Ccv	VDFP	AS_6
MS12	124.2	128.1	Ccv	VDFP/SILT	
MS12	128.1	130.1	Ccvl	LDFP/LR<B	AS_6
MS12	130.1	131.7	Ccvs	SILT	
MS12	131.7	132	Ccvl	LDFP	AS_6
MS12	132	138	Ccvl	LDFP/LR<B	AS_6
MS12	138	138.8	Ccvl	LDFP	AS_6
MS12	138.8	140.2	Ccvs	SILT	
MS12	140.2	148	Ccv	VDLP	AS_6
MS12	148	185.3	Ccvl	LDF	KO_6
MS12	185.3	189	Ccvl	LDF	K__8
MS12	189	193	Ccvl	LDF	KO_6
MS12	193	202.8	Ccvl	LDF	K__8
MS12	202.8	214.8	Ccvl	LDF	AO_6
MS12	214.8	220.3	Ccvl	LDF	K__8
MS12	220.3	231.5	Ccvl	LDF	KO_6
MS12	231.5	233.3	Ccvl	LDF	K__8
MS12	233.3	264	Ccvl	LDF	KO_6
MS12	264	282	Ccvl	LDF	K__8
MS13	0	17.6	Ccva	VDFF	LA_6
MS13	17.6	71.2	Ccva	VDFF	AO_6
MS13	71.2	77.9	Ccvlq	LR<	AS_6
MS13	77.9	96.8	Ccvlq	LR<	SA_8
MS13	96.8	111.2	Ccva	VDFF	AO_6
MS13	111.2	113	Ccvlq	LR<	KS_8
MS13	113	118.4	Ccvlq	LR<	AS_8
MS13	118.4	134.3	Ccvlq	LR<	SA_8
MS13	134.3	134.7	Ccvlq	LR<B	SA_8
MS13	134.7	154.8	Ccv	VDFP	KO_6
MS13	154.8	158	Ccva	VDFA	KO_6
MS13	158	161.2	Ccv	VDFP	KO_6
MS13	161.2	163.1	Ccva	VDFA	AO_6
MS13	163.1	172	Ccv	VDFP	KO_6
MS13	172	173.8	Ccv	VDFP	KO_6
MS13	173.8	175	Ccva	VDFA	KO_8
MS13	175	196.1	Ccv	VDFP	KO_8
MS13	196.1	199.1	Ccvc	VDCB	KO_8
MS13	199.1	203	Ccv	VDFP	KO_6
MS13	203	203.7	Ccva	VDFF	KO_6
MS13	203.7	220	Ccv	VDFP	AO_6
MS13	220	227.1	Ccv	VDFP	AO_6
MS13	227.1	229.2	Ccva	VDFA	AO_6
MS13	229.2	234	Ccv	VDFP	AO_6
MS13	234	234.5	Ccva	VDFA	AO_6
MS13	234.5	241.1	Ccv	VDFP	AO_6
MS13	241.1	247.4	Ccv	VDFP	AO_6
MS13	247.4	265.4	Ccvc	VDCB	AO_6
MS13	265.4	276	Ccv	VDFP	AO_6
MS13	276	278	Ccva	VDFA	AO_6
MS13	278	286.3	Ccvc	VDCB	AO_6
MS13	286.3	290.2	Ccv	VDFP	AO_6
MS13	290.2	291.7	Ccva	VDFA	AO_6
MS13	291.7	298.3	Ccv	VDFP	AO_6
MS13	298.3	319.5	Ccva	VDFA	
MS13	319.5	327	Ccva	VDFF	AO_6
MS13	327	340.5	Ccv	VDFP	AO_6
MS13	340.5	342.6	Ccva	VDFA	
MS13	342.6	344	Ccv	VDFP	AO_6
MS13	344	349.2	Ccvs	SILT	
MS13	349.2	349.7	Ccv	VDFM	AO_6
MS13	349.7	356.3	Ccvs	SILT	
MS13	356.3	366.5	Ccv	VDFM	AO_6
MS13	366.5	367.9	Ccvs	SILT	
MS13	367.9	368.8	Ccv	VDFM	AO_6
MS13	368.8	375.5	Ccvs	SILT	
MS13	375.5	376.5	Ccv	VDFM	AO_6
MS13	376.5	380.5	Ccvs	SILT	
MS13	380.5	387.2	Ccva	VDFF	AO_6
MS13	387.2	391.2	Ccv	VDFP	AO_6
MS13	391.2	392.4	Ccv	VDFP	AO_6
MS13	392.4	399.5	Ccv	VDFP	AO_6
MS13	399.5	403	Ccv	VDFP	AO_6
MS13	403	442.2	Ccvs	SILT	
MS13	442.2	450.6	Ccvc	VDCB	AO_6
MS13	450.6	451.4	Ccva	VDFA	AO_6
MS13	451.4	455.8	Ccv	VDFP	AO_6
MS13	455.8	465.1	Ccvs	SILT	
MS13	465.1	467.6	Ccv	VDFP	AO_6
MS13	467.6	468.2	Ccvs	SILT	
WS001	0	34.7	Cys	VR<M	L__8
WS001	34.7	36	Cys	VR<M	L__6
WS001	36	41	Cys	VR<M	L__6
WS001	41	45.4	Cys	VR<M	OL_5
WS001	45.4	51.9	Cys	VR<M	LO_5
WS001	51.9	90.3	Cyss	SILT	
WS002	0	17			
WS002	17	39.5	Cys	VR<M	L__6
WS002	39.5	45.3	Cys	VR<M	
WS002	45.3	48.5	Cys	VR<M	L__6
WS002	48.5	54.3	Cys	VR<M	
WS002	54.3	71.9	VEIN	VEIN	Q__9
WS002	71.9	81.5	Cys	VR<M	
WS002	81.5	139	Cyss	SILT	
WS002	139	142	Cys	VDFF	
WS002	142	147	Cyss	SILT	
WS002	147	155.3	Cyss	VDFA	
WS002	155.3	164	Cyss	SILT	
WS002	164	168	Cys	VRFM	
WS002	168	173	Cys	VR<M	
WS002	173	176	Ca	LAFP	OA_5
WS002	176	180.4	Ca	LAFB	OA_5
WS002	180.4	187	Ca	LAFB	SA_7
WS002	187	193	Ca	LAFB	O__5
WS002	193	199	Ca	LAF	O__5
WS002	199	211.5	Ca	LAF	AO_5
WS002	211.5	212	Ca	LAF	A__6
WS002	212	217.4	Ca	LAF	O__5
WS002	217.4	224.4	Ca	LAF	AO_6
WS003	0	38.3	Ccv	VDFM	SO_5
WS003	38.3	39	Ccvs	SILT	
WS003	39	42.7	Ccv	VDFM	SO_5
WS003	42.7	56	Ccv	VDFM	OS_5
WS003	56	104.8	Ccv	VDFM	OA_5
WS003	104.8	111.3	Ccv	VDFM	AO_7
WS003	111.3	115	Ccv	VDFM	AO_6
WS003	115	118.7	Ccv	VDFM	AO_7
WS003	118.7	138.6	Ccv	VDFM	OA_5
WS003	138.6	143.6	Ccv	VDFM	AO_7
WS003	143.6	144.2	Ccvs	SILT	
WS003	144.2	152.3	Ccv	VDFM	OA_5
WS003	152.3	161.3	Ccvs	SILT	
WS003	161.3	161.6	Ccv	VDFM	OA_5
WS003	161.6	173.4	Cp	IR<P	OA_5
WS003	173.4	180.8	Cp	IR<B	OA_5
WS003	180.8	185.3	Ccv	VDFF	OA_5
WS003	185.3	190.7	Cp	IR<B	OA_5
WS003	190.7	193.1	Ccv	VDFF	OA_5
WS003	193.1	194.3	Cp	IR<P	OA_5
WS003	194.3	221.3	Cp	IR<B	OA_5
WS003	221.3	223.1	Ccv	VDFF	OA_5
WS003	223.1	231.9	Cp	IR<P	OA_5
WS003	231.9	241.6	Ccvs	SILT	
WS003	241.6	243	Ccv	VDFM	OA_5
WS003	243	250.8	Ccvs	SILT	
WS003	250.8	252.4	Ccv	VDFM	OA_5
WS003	252.4	254.9	Ccvs	SILT	
WS003	254.9	258.9	Ccv	VDFM	OA_5
WS003	258.9	259.7	Ccv	VDFF	OA_5
WS004	0	12.4	Qg	TILL	
WS004	12.4	15.3	Qg	CLAY	
WS004	15.3	33	Ca	LAF/	L__8
WS004	33	39	Ca	LAFB	OL_6
WS004	39	45.5	Ca	LAFB	O__5
WS004	45.5	46.5	Ca	LAFB	LO_7
WS004	46.5	57	Ca	LAFB	OAC5
WS004	57	58	Ca	LAFB	LO_7
WS004	58	82.5	Ca	LAHB	OA_5
WS004	82.5	96	Ca	LAFB	OA_5
WS004	96	99.7	Ca	LAFB	OH_6
WS004	99.7	101	Ca	LAHB	PSO7
WS004	101	117.3	Ca	LAHB	OC_5
WS004	117.3	129.8	Ca	LAHB/FALT	OC_5
WS004	129.8	132	Ca	LAHB	OC_5
WS004	132	135	Ca	LAHB/FALT+E545	OC_5
WS004	135	159.8	Ca	LAHB	OC_5
WS004	159.8	184	Ca	LAFB	OC_5
WS004	184	187.3	Ca	LA//	OAS5
WS004	187.3	190	Ca	LA//	OSA6
WS004	190	193.8	Ca	LA//	AS_8
WS004	193.8	197	Cts	VDFA	
WS004	197	203.7	Cts	SILT	
WS004	203.7	207.8	Cttl	VAFM	
WS004	207.8	210.8	Cttl	VAFF	QC_9
WS004	210.8	222.5	Ca	LAFH	HAC8
WS004	222.5	225.4	Ca	LAHB	HAC8
WS004	225.4	229.8	Ca	LAFH	HAC8
WS005a	52	84.8	Ca	LAFH	AO_5
WS005a	84.8	91.2	Cav	VAFM	AO_5
WS005a	91.2	103.1	Ca	LAFH	AO_5
WS005a	103.1	104.1		FALT	SO_6
WS005a	104.1	107.1	Ca	LAFH	AO_5
WS005a	107.1	110.9		FALT	SOP8
WS005a	110.9	119.9	Ca	LAF/	OS_8
WS005a	119.9	124		FALT	SOP8
WS006	0	9	Qg	TILL	
WS006	9	16.7	Qg	CLAY	
WS006	16.7	25	Ca	LAFH	L__8
WS006	25	37.8	Ca	LAFH	L__6
WS006	37.8	43.5	Ca	LAHB	OL_6
WS006	43.5	49	Ca	LAHB	OA_5
WS006	49	83	Ca	LAFB	OA_5
WS006	83	91.6	Cav	VAFC	OA_5
WS006	91.6	100.6	Ca	LAFB	OA_5
WS006	100.6	101.6	Ca	LAFB	OS_5
WS006	101.6	104.7	Ca	LAFB	OA_5
WS006	104.7	107.4	Ca	LAFB	OS_7
WS006	107.4	109.7	Ca	LAFB	OA_5
WS006	109.7	114	Ca	LA__	PSO8
WS006	114	117.7	Ca	LAHB	OC_5
WS006	117.7	118.6		FALT	OS_7
WS006	118.6	121.9	Ca	LAHB	OC_5
WS006	121.9	122.5		FALT	OS_8
WS006	122.5	137.7	Ca	LAHB	OC_5
WS006	137.7	144.5	Ca	LAFB	OA_5
WS006	144.5	149.3		FALT	O__5
WS006	149.3	163.2	Ca	LAHB	OC_5
WS006	163.2	171	Ca	LA//	PSO6
WS006	171	174	Ca	LA//	OSP6
WS006	174	176.8	Ca	LA//	OS_5
WS006	176.8	194	Ca	LAFB	OC_5
WS006	194	197.8	Ca	LAHB	OC_5
WS006	197.8	199.3		FALT	OS_7
WS006	199.3	212.6	Ca	LAFB	OC_5
WS006	212.6	219.6		FALT	S__8
WS006	219.6	223	Ctts	VR<M	AO_8
WS006	223	226.7	Ctts	VR<M	AO_7
WS006	226.7	232.5	Ctts	VRLC	AO_7
WS006	232.5	234.2	Cts	SILT	
WS006	234.2	234.8	Cttl	VRFM	
WS006	234.8	235.2	Cts	SILT	
WS006	235.2	236	Cts	VDFA	
WS006	236	236.5	Cttl	VRFM	
WS006	236.5	237.8	Ccarb	CARB	
WS006	237.8	239	Ctts	VR<M	AO_5
WS006	239	243.6	Ctts	VRLC	AO_5
WS006	243.6	245.9	Cts	SILT	
WS006	245.9	248.3	Ctts	VRLC	AO_5
WS006	248.3	251.1	Cts	VDFA	AO_5
WS006	251.1	253	Ctts	VR<M	AO_5
WS006	253	253.8	Cts	SILT	
WS006	253.8	258.8	Ctts	VR<M	AO_5
WS006	258.8	259.9	Cts	SILT	
WS006	259.9	266.2	Ctts	VR<M	AO_5
WS006	266.2	269.7	Ctl	LD<B	AO_5
WS006	269.7	283.1	Cts	SILT	
WS006	283.1	285.6	Cts	VDFA	AO_5
WS006	285.6	287.2	Ctts	VR<M	AO_5
WS006	287.2	289.3	Ctts	VRLC	AO_5
WS006	289.3	290.3	Cts	SILT	
WS006	290.3	292.4	Ctts	VRLC	AO_5
WS006	292.4	294.4	Cts	SILT	
WS006	294.4	300	Ctts	VR<M	AO_5
WS006	300	301.9	Ctl	LR<B	
WS006	301.9	304.5	Ctl	LR<_	
WS006	304.5	305.2	Ctl	LR<B	
WS006	305.2	306	Cts	SILT	
WS006	306	311.4	Ctt	VRLC	AO_6
WS006	311.4	324	Ctt	VR<M	OA_6
WS006	324	335	Ctt	VRLC	AO_6
WS006	335	338.9	Ctl	LR>_	AO_7
WS006	338.9	339.8	Ctt	VR<M	OA_6
WS006	339.8	340.1	Cts	SILT	
WS006	340.1	342	Ctl	LR<B	AO_6
WS006	342	342.9	Cts	SILT	
WS006	342.9	343.9	Ctl	LR<_	AOP6
WS006	343.8	351	Ctt	VR<M	OA_6
WS006	351	355.5	Ctt	VR<M	AO_6
WS006	355.5	366	Ctt	VR<M	OA_6
WS006	366	370	Ctt	VR<M	AO_6
WS006	370	372.8	Ctt	VR<M	O__7
WS006	372.8	372.9		FALT	
WS006	372.9	380.8	COo	CONG	
WS007	3	9	Ccv	VDFM	AL_8
WS007	9	10.7	Ccv	VDFF	SL_8
WS007	10.7	11.5	Ccv	VDFF	SPL8
WS007	11.5	13	Ccv	VDFF	SL_8
WS007	13	14.5	Ccv	VDFF	SPL8
WS007	14.5	18.9	Ccv	VDFF	SL_8
WS007	18.9	27.3	Ccv	VDFM	SPL8
WS007	27.3	27.8	Ccvs	SILT	
WS007	27.8	29	Ccv	CDFM	ASP6
WS007	29	29.9	Ccvs	SILT	
WS007	29.9	33.6	Ccv	VDFF	SPL8
WS007	33.6	35	Ccv	VDFM	SPL8
WS007	35	38	Ccv	VDFM	SA_6
WS007	38	39	Ccvs	VDFA	SP_7
WS007	39	40	Ccv	VDFM	SP_7
WS007	40	42.3	Ccv	VDFM	SA_6
WS007	42.3	43.4	Ccv	VDFM	SP_7
WS007	43.4	46	Ccv	VDFM	AS_7
WS007	46	54.8	Ccv	VDFM	OAS6
WS007	54.8	55.6	Ccv	VDFF	OAS6
WS007	55.6	56	Cb	IB__	OAS6
WS007	56	57	Ccv	VDFM	OAS6
WS007	57	57.8		FALT	OAS6
WS007	57.8	60.2	Ccv	VDFM	AS_7
WS007	60.2	61.9	Ccv	VDFM	SP_6
WS007	61.9	64	Ccv	VDFM	AS_6
WS007	64	65.9	Ccv	VDFM	SP_6
WS007	65.9	70.7	Ccv	VDFM	AS_6
WS007	70.7	80	Cb	LB__	OC_6
WS007	80	83.3	Cb	LB__	PSO8
WS007	83.3	86.2	Cb	LB__	OCA6
WS007	86.2	88	Cb	LB__	PSO7
WS007	88	88.4	Ccv	VDFA	PSO7
WS007	88.4	101	Cb	LB__	OCA6
WS007	101	104	Cb	LB__	PSO8
WS007	104	105	Cb	LB__	AO_6
WS007	105	115.1	Cb	LB_P	OCA6
WS007	115.1	117.8	Cb	LB__	OCA6
WS007	117.8	147.1	Cb	LB__	AOC7
WS007	147.1	152.5	Cb	LB__	PS_7
WS007	152.5	154	Cb	LB__	OS_5
WS007	154	156.5	Cb	LB__	SP_6
WS007	156.5	208	Ca	LAF/	O__5
WS007	208	215.9	Ca	LAF/	POS7
WS007	215.9	217	Ccv	VDFM	SP_7
WS007	217	280	Ccv	VDFM	OS_6
WS007	280	289	Ccv	VDFM	SO_6
WS007	289	289.8		FALT	SO_8
WS007	289.8	299.6	Ca	LAF/	OA_5
WS007	299.6	305.1	Ca	LAFB	SP_8
WS007	305.1	316.6	Ca	LAFB	SOP6
WS007	316.6	317.2	Cav	VAFM	SOP6
WS007	317.2	322.2	Ca	LAF/	SOP6
WS007	322.2	332.2	Ca	LA__	O__6
WS007	332.2	333.5		FALT	SO_8
WS007	333.5	334.3	Ccv	VDFM	SO_8
WS007	334.3	336.8		FALT	SO_8
WS007	336.8	337.3	Ccvs	SILT	SO_8
WS007	337.3	339.6	Ca	LAFB	SP_6
WS007	339.6	341.8	Ccvs	SILT	PS_8
WS007	341.8	350	Ca	LAF/	PS_8
WS007	350	353.2	Ca	LAFP	OA_5
WS007	353.2	354.1	Ccv	VDFM	OA_5
WS007	354.1	355.2	Ccvs	SILT	
WS007	355.2	358.2	Ccv	VDFF	OA_5
WS007	358.2	363	Ccvs	SILT	
WS007	363	364.7	Ccv	VDFM	SO_6
WS007	364.7	374.3	Ccvs	SILT	
WS007	374.3	380.5	Ccv	VDFM	OS_6
WS007	380.5	382	Ccvs	SILT	
WS007	382	383.9	Ccv	VDFM	OS_6
WS007	383.9	397.9	Ccv	VDLC	SO_6
WS007	397.9	401.1	Ccv	VDFM	OS_6
WS007	401.1	402	Ccv	VDLC	SO_6
WS007	402	407.3	Ccv	VDFM	OS_6
WS007	407.3	413	Ccv	VDLC	SO_6
WS007	413	415.5	Ccv	VDFM	SO_7
WS007	415.5	427.8	Ccv	VDFM	OS_6
WS007	427.8	428.2	Ccvs	SILT	
WS007	428.2	431.3	Ccv	VDFM	SO_6
WS007	431.3	432.4	Ccv	VDFM	SO_7
WS007	432.4	441.8	Ccv	VDFM	SO_6
WS007	441.8	443.6	Ccvs	SILT	
WS007	443.6	455.4	Ccv	VDFM	OS_6
WS007	455.4	456.6	Ccvs	SILT	
WS007	456.6	458.1	Ccv	VDFM	OS_6
WS007	458.1	459.1	Ccvs	SILT	
WS007	459.1	499.2	Ccv	VDFM	SO_6
WS008	0	19.3	Ccv	VDFM	LS_6
WS008	19.3	20	Ccv	VDFM	PS_8
WS008	20	21.8	Ccv	VDFM	LS_6
WS008	21.8	22.6	Ccv	VDFM	SP_8
WS008	22.6	23.4	Ccv	VDFM	LS_6
WS008	23.4	25	Ccv	VDFM	SP_8
WS008	25	25.4	Ccv	VDFM	LS_6
WS008	25.4	27.5	Ccv	VDFM	SP_7
WS008	27.5	28.3	Ccv	VDFF	PS_8
WS008	28.3	30.5	Ccv	VDFF	SP_7
WS008	30.5	32.1	Ccv	VDFM	PS_8
WS008	32.1	35.2	Ccv	VDFM	QA_8
WS008	35.2	44.7	Ccv	VDFM	SP_6
WS008	44.7	54	Ccv	VDFM	SA_6
WS008	54	58.8	Ccv	VDFM	OS_6
WS008	58.8	62.5	Ccv	VDFM	SA_6
WS008	62.5	64.6	Ccv	VDFM	SO_6
WS008	64.6	66.6	Ccv	VDFM	OS_6
WS008	66.6	78.6	Ccv	VDFM	AO_6
WS008	78.6	80.2	Ccv	VDFF	SA_7
WS008	80.2	84.2	Ccv	VDFM	SA_7
WS008	84.2	89	Ccv	VDFM	SPA6
WS008	89	91.1	Ccv	VDFF	SPA6
WS008	91.1	94.7	Ccv	VDFM	SPA6
WS008	94.7	98.2	Ccv	VDFM	APS6
WS008	98.2	107	Cb	LB__	OP_6
WS008	107	118.2	Cb	LB__	SPO6
WS008	118.2	121	Ccv	VDFM	AO_5
WS008	121	132.4	Ccv	VDFM	OS_6
WS008	132.4	146.5	Ccv	VDFF	OA_5
WS008	146.5	153.1	Ccv	VDLC	OA_5
WS008	153.1	158.4	Ccv	VDFM	SO_6
WS008	158.4	171.2	Ca	LAF_	PS_7
WS008	171.2	185	Ca	LAF_	O__6
WS008	185	214	Ccvl	LDF_	OS_6
WS008	214	214.5		FALT	SP_7
WS008	214.5	215.1	Ccv	VDFF	SP_7
WS008	215.1	249.1	Ca	LA__	OS_6
WS008	249.1	250.2	Ccv	VDFF	OSP6
WS008	250.2	252.8	Ccv	VDFM	OSP6
WS008	252.8	262.5	Ccv	VDFM	OS_6
WS008	262.5	266.9	Ccvs	VDFA	OSP6
WS008	266.9	269	Ccv	VDLC	OS_6
WS008	269	314	Ccvs	VDFF	
WS008	314	316	Ccv	VDFM	
WS008	316	334.7	Ccv	VD<M	OS_5
WS008	334.7	335.7	Ccv	VD<M	AO_7
WS008	335.7	340	Ccv	VD<M	SO_5
WS008	340	353.3	Ccv	VD<M	OS_5
WS008	353.3	364	Ccv	VD<M	AOS6
WS008	364	399.9	Ccv	VD<M	OS_6
WS008	399.9	404	Ccv	VDFF	OSP6
WS008	404	430	Ccv	VD<M	OS_6
WS008	430	454	Ccv	VD<M	SO_6
WS008	454	486.4	Ccv	VD<M	OS_6
WS008	486.4	491.1	Ccv	VD<M	SOC8
WS008	491.1	565.4	Ca	LA__	OS_5
WS008	565.4	585.5	Ccv	VDFM	OSA7
WS008	585.5	593.5	Ca	LA__	OAS5
WS008	593.5	652.1	Ca	LA__	OA_5