leg	site	hole	date/time	observer	core	core type	section	top interval	bottom interval	sample code	piece	subpiece	temperature	wave distance (1)	wave distance (2)	wave distance (3)	wave distance (4)	wave distance (5)	wave distance (6)	wave time (1)	wave time (2)	wave time (3)	wave time (4)	wave time (5)	wave time (6)	zero distance (1)	zero distance (2)	zero distance (3)	zero distance (4)	zero distance (5)	zero distance (6)	zero time (1)	zero time (2)	zero time (3)	zero time (4)	zero time (5)	zero time (6)	direction propagation (1)	direction propagation (2)	direction propagation (3)	direction propagation (4)	direction propagation (5)	direction propagation (6)	direction vibration (1)	direction vibration (2)	direction vibration (3)	direction vibration (4)	direction vibration (5)	direction vibration (6)	compressional/shear (1)	compressional/shear (2)	compressional/shear (3)	compressional/shear (4)	compressional/shear (5)	compressional/shear (6)	velocity (1)	velocity (2)	velocity (3)	velocity (4)	velocity (5)	velocity (6)	comments	beaker	add date	change date	latitude	longitude	depth	top interval depth below sea floor	bottom interval depth below sea floor
107	656	B	02161986 235959	CUR	002	Rotary	01	015	018	PP			    	014.98						11.500						000.00						02.150						Along length of core						Along length of core						compressional (same directions of propagation and vibration)						1602						DIRECTION NOT GIVEN, ASSUMED TO BE A		01031989 091500	09081989 075700	40.18483	12.19083	0065.1	6524	6527
107	656	B	02161986 235959	CUR	002	Rotary	07	050	053	PP			    	012.73						09.840						000.00						02.150						Along length of core						Along length of core						compressional (same directions of propagation and vibration)						1655						DIRECTION NOT GIVEN, ASSUMED TO BE A		01031989 091600	09081989 080500	40.18483	12.19083	0074.1	7459	7462
107	656	B	02161986 235959	CUR	003	Rotary	06	129	132	PP			    	020.28						15.039						000.00						02.150						Along length of core						Along length of core						compressional (same directions of propagation and vibration)						1573						DIRECTION NOT GIVEN, ASSUMED TO BE A		01031989 091600	09081989 080400	40.18483	12.19083	0082.3	8359	8362
107	656	B	02161986 235959	CUR	004	Rotary	04	147	150	PP			    	017.88						13.180						000.00						02.150						Along length of core						Along length of core						compressional (same directions of propagation and vibration)						1621						DIRECTION NOT GIVEN, ASSUMED TO BE A		01031989 091700	09081989 080200	40.18483	12.19083	0088.4	8987	8990
107	656	B	02161986 235959	CUR	004	Rotary	06	100	103	PP			    	023.44						15.770						000.00						02.150						Along length of core						Along length of core						compressional (same directions of propagation and vibration)						1721						DIRECTION NOT GIVEN, ASSUMED TO BE A		01031989 091800	09081989 080400	40.18483	12.19083	0091.4	9240	9243
107	656	B	02161986 235959	CUR	005	Rotary	06	007	010	PP			    	021.37						15.050						000.00						02.150						Along length of core						Along length of core						compressional (same directions of propagation and vibration)						1657						DIRECTION NOT GIVEN, ASSUMED TO BE A		01031989 091800	09081989 080400	40.18483	12.19083	0100.8	10087	10090
107	656	B	02161986 235959	CUR	006	Rotary	07	027	030	PP			    	018.29						13.200						000.00						02.150						Along length of core						Along length of core						compressional (same directions of propagation and vibration)						1655						DIRECTION NOT GIVEN, ASSUMED TO BE A		01031989 091900	09081989 080500	40.18483	12.19083	0111.9	11217	11220
107	656	B	02161986 235959	CUR	007	Rotary	06	074	077	PP			    	018.80						13.265						000.00						02.150						Along length of core						Along length of core						compressional (same directions of propagation and vibration)						1691						DIRECTION NOT GIVEN, ASSUMED TO BE A		01031989 091900	09081989 080400	40.18483	12.19083	0119.8	12054	12057