leg	site	hole	core	section	top interval depth(cm)	bottom interval depth(cm)	top of core depth(m)	sample midpoint depth(m)	analyst	piece number	lithology	shipboard or onshore measurement	data source	thermomagnetic curve	curie temperature	saturation intensity	saturation remanence	coercive force	remanent coercive force	grain-size
70	507	C	3	1	40.0	43.0	27.50	27.92	FURUTA, T.
	36	IGNEOUS	ONSHORE	INITIAL REPORTS (IR)	COOLING CURVE	 480	        	        	    	    	          
70	507	C	3	1	40.0	43.0	27.50	27.92	FURUTA, T.
	36	IGNEOUS	ONSHORE	INITIAL REPORTS (IR)	HEATING CURVE	 535	        	        	    	    	          
70	507	C	3	1	40.0	43.0	27.50	27.92	FURUTA, T.
	36	IGNEOUS	ONSHORE	INITIAL REPORTS (IR)	HEATING CURVE	 245	   0.778	   0.561	 152	 280	          
70	507	C	B1	1	5.0	7.0	0.00	0.06	FURUTA, T.
	39	IGNEOUS	ONSHORE	INITIAL REPORTS (IR)	HEATING CURVE	 455	        	        	    	    	          
70	507	C	B1	1	5.0	7.0	0.00	0.06	FURUTA, T.
	39	IGNEOUS	ONSHORE	INITIAL REPORTS (IR)	HEATING CURVE	 200	   0.749	   0.418	 142	 196	          
70	507	C	B1	1	5.0	7.0	0.00	0.06	FURUTA, T.
	39	IGNEOUS	ONSHORE	INITIAL REPORTS (IR)	COOLING CURVE	 320	        	        	    	    	          
70	507	C	3	1	40.0	43.0	27.50	27.92	FURUTA, T.	36	IGNEOUS	ONSHORE	INITIAL REPORTS (IR)	COOLING CURVE	 480	        	        	    	    	          
70	507	C	3	1	40.0	43.0	27.50	27.92	FURUTA, T.	36	IGNEOUS	ONSHORE	INITIAL REPORTS (IR)	HEATING CURVE	 535	        	        	    	    	          
70	507	C	3	1	40.0	43.0	27.50	27.92	FURUTA, T.	36	IGNEOUS	ONSHORE	INITIAL REPORTS (IR)	HEATING CURVE	 245	   0.778	   0.561	 152	 280	          
70	507	C	B1	1	5.0	7.0	0.00	0.06	FURUTA, T.	39	IGNEOUS	ONSHORE	INITIAL REPORTS (IR)	HEATING CURVE	 455	        	        	    	    	          
70	507	C	B1	1	5.0	7.0	0.00	0.06	FURUTA, T.	39	IGNEOUS	ONSHORE	INITIAL REPORTS (IR)	HEATING CURVE	 200	   0.749	   0.418	 142	 196	          
70	507	C	B1	1	5.0	7.0	0.00	0.06	FURUTA, T.	39	IGNEOUS	ONSHORE	INITIAL REPORTS (IR)	COOLING CURVE	 320