leg	site	hole	core	section	top interval depth(cm)	bottom interval depth(cm)	top of core depth(m)	sample midpoint depth(m)	analyst	volume	chapters	piece number	analytical methods	alteration	rock type	rock name	SiO2	Al2O3	Fe2O3	FeO(total)	Fe2O3(total)	FeO	MgO	CaO	Na2O	K2O	TiO2	MnO	P2O5	LOI	H20+	H2O-	CO2	SO3	S	total	magnesium number	analytical info.	data source	comments
24	235		18	1	83.0	88.0	655.50	656.35	Lebedkova,A.	24	13	7	WET FLAME PHOTOMETRY   		IGNEOUS	VARIOLITIC BASALT	46.40	16.80			5.73	3.00	7.74	9.04	2.56	1.00	1.30	0.13			5.72					99.42		H2O not partitioned. Essential oxides quoted to .01%. INITIAL REPORTS	INITIAL REPORTS
24	235		19	1	42.0	47.0	665.00	665.45	Bingham,E.	24	14	10	EMISSION SPECTROMETRY      		IGNEOUS	VARIOLITIC BASALT											0.62	0.14										Essential oxides quoted to .01%. INITIAL REPORTS Sample was analyzed more than once. Partial analysis.	INITIAL REPORTS
24	235		19	1	42.0	47.0	665.00	665.45	Lebedkova,A.	24	13	10	WET FLAME PHOTOMETRY   		IGNEOUS	VARIOLITIC BASALT	46.80	16.60			5.48	3.14	7.80	9.20	2.12	1.24	1.10	0.16		0.8	5.00					99.44		H2O not partitioned. Essential oxides quoted to .01%. INITIAL REPORTS Sample was analyzed more than once.	INITIAL REPORTS
24	235		19	2	15.0	20.0	665.00	666.67	Lebedkova,A.	24	13	4	WET FLAME PHOTOMETRY   	EXTENSIVELY ALTERED	IGNEOUS	BASALTIC BRECCIA	44.20	14.90			7.02	1.80	7.87	7.16	2.36	3.18	1.10	0.13		1.6	8.60					99.92		H2O not partitioned. Essential oxides quoted to .01%. INITIAL REPORTS	INITIAL REPORTSVARIOLITIC BASALT AND PALAGONITIZED BASALTIC GLASS
24	235		19	3	0.0	0.0	665.00	668.00	Lebedkova,A.	24	13	2	WET FLAME PHOTOMETRY   		IGNEOUS	BASALTIC BRECCIA	44.60	16.32			3.92	4.50	8.45	10.92	2.48	0.32	1.00	0.18		1.2	5.45					99.34		H2O not partitioned. Essential oxides quoted to .01%. INITIAL REPORTS	INITIAL REPORTS
24	235		20	2	130.0	139.0	674.50	677.35	Bingham,E.	24	14	21	EMISSION SPECTROMETRY      		IGNEOUS	PLAG-OL PHYRIC BASALT											0.75	0.12										Essential oxides quoted to .01%. INITIAL REPORTS Sample was analyzed more than once. Partial analysis.	INITIAL REPORTS
24	235		20	2	130.0	139.0	674.50	677.35	Lebedkova,A.	24	13	21	WET FLAME PHOTOMETRY   		IGNEOUS	PLAG-OL PHYRIC BASALT	48.38	16.96			3.93	4.49	7.40	10.97	2.40	0.56	0.90	0.16			3.42					99.56		H2O not partitioned. Essential oxides quoted to .01%. INITIAL REPORTS Sample was analyzed more than once.	INITIAL REPORTS
24	235		20	4	133.0	141.0	674.50	680.37	Bingham,E.	24	14	21	EMISSION SPECTROMETRY      		IGNEOUS	PLAG-OL PHYRIC BASALT											0.78	0.14										Essential oxides quoted to .01%. INITIAL REPORTS Sample was analyzed more than once. Partial analysis.	INITIAL REPORTS
24	235		20	4	133.0	141.0	674.50	680.37	Lebedkova,A.	24	13	21	WET FLAME PHOTOMETRY   		IGNEOUS	PLAG-OL PHYRIC BASALT	47.32	16.43			3.66	4.50	8.00	11.22	2.17	0.26	0.90	0.16		1.0	4.10					99.72		H2O not partitioned. Essential oxides quoted to .01%. INITIAL REPORTS Sample was analyzed more than once.	INITIAL REPORTS
24	235		20	5	44.0	51.0	674.50	680.98	Bingham,E.	24	14	8	EMISSION SPECTROMETRY      		IGNEOUS	PLAG-OL PHYRIC BASALT											0.63	0.14										Essential oxides quoted to .01%. INITIAL REPORTS Sample was analyzed more than once. Partial analysis.	INITIAL REPORTS
24	235		20	5	44.0	51.0	674.50	680.98	Lebedkova,A.	24	13	8	WET FLAME PHOTOMETRY   		IGNEOUS	PLAG-OL PHYRIC BASALT	47.48	17.20			4.05	4.36	7.50	11.30	2.40	0.28	0.90	0.18			3.62					99.27		H2O not partitioned. Essential oxides quoted to .01%. INITIAL REPORTS Sample was analyzed more than once.	INITIAL REPORTS