Citation:

j.epsl.2009.05.045

Name: (Table 2) U, Th, and Sm of apatite from rapidly cooled samples
Published: 2009
License: https://creativecommons.org/licenses/by/3.0/

Always quote citation above when using data! You can download the citation in several formats below.

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Project(s):

Deep Sea Drilling Project (DSDP)

Ocean Drilling Program (ODP)

Coverage:

Median Latitude: 12.231200 * Median Longitude: 41.610150 * South-bound Latitude: -31.030000 * West-bound Longitude: -64.249000 * North-bound Latitude: 31.186800 * East-bound Longitude: 152.322900

Date/Time Start: 1975-07-24T00:00:00 * Date/Time End: 1989-12-05T20:27:00

Minimum DEPTH, sediment/rock: 76.0 m * Maximum DEPTH, sediment/rock: 800.0 m

Event(s):

43-386 * Latitude: 31.186800 * Longitude: -64.249000 * Date/Time: 1975-07-24T00:00:00 * Elevation: -4782.0 m * Penetration: 973.8 m * Recovery: 434.3 m * Location: North Atlantic/CONT RISE * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 65 cores; 617.4 m cored; 9.5 m drilled; 70.3 % recovery

47-397 * Latitude: 26.845000 * Longitude: -15.180000 * Date/Time: 1976-03-21T00:00:00 * Elevation: -2900.0 m * Penetration: 1000 m * Recovery: 587 m * Location: North Atlantic/CONT RISE * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 99 cores; 940 m cored; 41 m drilled; 62.4 % recovery

121-755A * Latitude: -31.030000 * Longitude: 93.546700 * Date/Time Start: 1988-05-22T15:00:00 * Date/Time End: 1988-05-24T07:30:00 * Elevation: -1069.0 m * Penetration: 208.4 m * Recovery: 80.21 m * Location: South Indian Ridge, South Indian Ocean * Campaign: * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 19 cores; 178.4 m cored; 0 m drilled; 45 % recovery

Comment:

Sediment depth is given in mbsf. AGE [ka BP] gives the deposition age.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event
2	Latitude of event	Latitude
3	Longitude of event	Longitude
4	Elevation of event	Elevation	m
5	Sample code/label	Sample label		Spiegel, Cornelia	DSDP/ODP/IODP sample designation
6	Sample code/label 2	Sample label 2		Spiegel, Cornelia
7	Sample ID	Sample ID		Spiegel, Cornelia
8	Area/locality	Area		Spiegel, Cornelia
9	DEPTH, sediment/rock	Depth sed	m			Geocode
10	Depth, top/min	Depth top	m	Spiegel, Cornelia
11	Depth, bottom/max	Depth bot	m	Spiegel, Cornelia
12	Lithology/composition/facies	Lithology		Spiegel, Cornelia
13	Epoch	Epoch		Spiegel, Cornelia
14	AGE	Age	ka BP			Geocode
15	Age, standard deviation	Age std dev	±	Spiegel, Cornelia
16	Sample comment	Sample comment		Spiegel, Cornelia		apatite
17	Identification	ID		Spiegel, Cornelia
18	Sample amount	N	#	Spiegel, Cornelia		of apatite grains
19	Age, dated	Age dated	ka	Spiegel, Cornelia		raw
20	Age, dated	Age dated	ka	Spiegel, Cornelia		corrected
21	Age, dated standard deviation	Age dated std dev	±	Spiegel, Cornelia
22	Factor	Factor		Spiegel, Cornelia		F(t) = a-ejection correction after Farley et al. (1996, doi:10.1016/S0016-7037(96)00193-7)
23	Helium-4	4He	10^-9 cm³	Spiegel, Cornelia
24	Mass	Mass	mg	Spiegel, Cornelia
25	Thorium/Uranium ratio	Th/U		Spiegel, Cornelia
26	Uranium	U	mg/kg	Spiegel, Cornelia
27	Thorium	Th	mg/kg	Spiegel, Cornelia
28	Samarium	Sm	mg/kg	Spiegel, Cornelia
29	Uranium, effective	e U	mg/kg	Spiegel, Cornelia
30	Grain size, mean radius	Radius mean	mm	Spiegel, Cornelia		MWAR = mass weighted average radius of apatite crystals measured in the aliquot analysed
31	Standard deviation	Std dev	±	Spiegel, Cornelia		of MWAR is used as a guide for the 'tightness' of the range of single crystal radii picked within a sample
32	Grain size, mean radius	Radius mean	mm	Spiegel, Cornelia		R(s) = equivalent sphere radius of the crystal/s

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

1832 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 Event	2 Latitude	3 Longitude	4 Elevation [m]	5 Sample label	6 Sample label 2	7 Sample ID	8 Area	9 Depth sed [m]	10 Depth top [m]	11 Depth bot [m]	12 Lithology	13 Epoch	14 Age [ka BP]	15 Age std dev [±]	16 Sample comment (apatite)	17 ID	18 N [#] (of apatite grains)	19 Age dated [ka] (raw)	20 Age dated [ka] (corrected)	21 Age dated std dev [±]	22 Factor (F(t) = a-ejection correction ...)	23 4He [10^-9 cm³]	24 Mass [mg]	25 Th/U	26 U [mg/kg]	27 Th [mg/kg]	28 Sm [mg/kg]	29 e U [mg/kg]	30 Radius mean [mm] (MWAR = mass weighted average ...)	31 Std dev [±] (of MWAR is used as a guide fo...)	32 Radius mean [mm] (R(s) = equivalent sphere radi...)
43-386	31.1868	-64.2490	-4782	43-386-5		43-2	Bermuda Rise	161.0	159	163	volcaniclastic turbidites	Late Oligocene	26500	3500		1792	5	29100	36100	2200	0.81	0.290	0.0639	2.00	0.8	1.7	24.3	1.33	0.0731	11.8	84.7
43-386	31.1868	-64.2490	-4782	43-386-5		43-2	Bermuda Rise	161.0	159	163	volcaniclastic turbidites	Late Oligocene	26500	3500		1793	5	33000	42400	2600	0.78	0.573	0.0322	2.60	2.7	7.1	24.4	4.50	0.0685	14.6	70.3
43-386	31.1868	-64.2490	-4782	43-386-5		43-2	Bermuda Rise	161.0	159	163	volcaniclastic turbidites	Late Oligocene	26500	3500		1794	5	28000	36400	2300	0.77	0.206	0.0330	0.60	1.6	0.9	21.9	1.93	0.0600	9.7	71.0
43-386	31.1868	-64.2490	-4782	43-386-5		43-2	Bermuda Rise	161.0	159	163	volcaniclastic turbidites	Late Oligocene	26500	3500	abraded	3992	4	29000	29000	1800	1.00	0.314	0.0131	7.76	2.4	18.2	109.0	7.25	0.0607	11.9	63.5
43-386	31.1868	-64.2490	-4782	43-386-5		43-2	Bermuda Rise	161.0	159	163	volcaniclastic turbidites	Late Oligocene	26500	3500	abraded	3994	3	22800	22800	1400	1.00	0.876	0.0227	2.88	8.2	23.6	121.0	14.40	0.0675	17.3	70.4
43-386	31.1868	-64.2490	-4782	43-386-5		43-2	Bermuda Rise	161.0	159	163	volcaniclastic turbidites	Late Oligocene	26500	3500	abraded	4049	1	28900	28900	1800	1.00	0.191	0.0283	0.53	1.7	0.9	22.2	2.03	0.1010		111.0
43-386	31.1868	-64.2490	-4782	43-386-5		43-2	Bermuda Rise	161.0	159	163	volcaniclastic turbidites	Late Oligocene	26500	3500	abraded	4050	2	40500	40500	2500	1.00	0.159	0.0142	0.36	2.1	0.7	26.2	2.40	0.0809	3.4	84.0
43-386	31.1868	-64.2490	-4782	43-386-6		43-3	Bermuda Rise	171.5	171	172	volcaniclastic turbidites	Mid-Oligocene	29500	2500		1797	5	25200	34300	2100	0.73	0.221	0.0200	9.00	1.1	10.2	53.5	3.78	0.0577	9.3	61.7
43-386	31.1868	-64.2490	-4782	43-386-6		43-3	Bermuda Rise	171.5	171	172	volcaniclastic turbidites	Mid-Oligocene	29500	2500		1798	5	18900	25300	1600	0.75	0.549	0.0245	5.80	4.1	23.6	52.7	9.93	0.0616	21.6	69.6
43-386	31.1868	-64.2490	-4782	43-386-6		43-3	Bermuda Rise	171.5	171	172	volcaniclastic turbidites	Mid-Oligocene	29500	2500		1799	3	29100	40100	2500	0.72	0.137	0.0157	8.60	0.8	6.9	25.4	2.56	0.0487	2.4	54.5
43-386	31.1868	-64.2490	-4782	43-386-6		43-3	Bermuda Rise	171.5	171	172	volcaniclastic turbidites	Mid-Oligocene	29500	2500		2466	5	26400	33300	2100	0.79	0.498	0.0522	6.16	1.2	7.3	51.9	3.19	0.0670	8.4	78.6
43-386	31.1868	-64.2490	-4782	43-386-6		43-3	Bermuda Rise	171.5	171	172	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	3990	4	27000	27000	1700	1.00	0.468	0.0431	6.53	1.3	8.3	50.8	3.52	0.0782	8.5	84.2
43-386	31.1868	-64.2490	-4782	43-386-6		43-3	Bermuda Rise	171.5	171	172	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	3991	4	26200	26200	1600	1.00	0.665	0.0560	6.24	1.5	9.2	59.3	3.98	0.0858	4.1	90.6
43-386	31.1868	-64.2490	-4782	43-386-6		43-3	Bermuda Rise	171.5	171	172	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	4005	4	28000	28000	1700	1.00	0.282	0.0484	2.17	1.1	2.4	31.3	1.83	0.0765	11.4	83.0
43-386	31.1868	-64.2490	-4782	43-386-6		43-3	Bermuda Rise	171.5	171	172	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	4052	1	27200	27200	1700	1.00	0.211	0.0233	5.79	1.1	6.6	44.0	2.88	0.0967		104.0
43-386	31.1868	-64.2490	-4782	43-386-6		43-3	Bermuda Rise	171.5	171	172	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	4054	1	29800	29800	1900	1.00	0.112	0.0157	1.30	1.5	1.9	35.9	2.14	0.0869		91.9
43-386	31.1868	-64.2490	-4782	43-386-7		43-4	Bermuda Rise	178.0	177	179	volcaniclastic turbidites	Mid-Oligocene	29500	2500		1815	5	22300	30100	1900	0.74	0.220	0.0224	10.30	1.0	10.6	57.7	3.80	0.0437	0.9	52.4
43-386	31.1868	-64.2490	-4782	43-386-7		43-4	Bermuda Rise	178.0	177	179	volcaniclastic turbidites	Mid-Oligocene	29500	2500		1816	5	23500	31200	1900	0.75	0.379	0.0319	10.70	1.2	12.4	61.8	4.44	0.0692	18.9	71.0
43-386	31.1868	-64.2490	-4782	43-386-7		43-4	Bermuda Rise	178.0	177	179	volcaniclastic turbidites	Mid-Oligocene	29500	2500		2465	5	26200	33800	2100	0.77	0.247	0.0312	3.57	1.3	4.7	34.1	2.59	0.0625	10.9	68.9
43-386	31.1868	-64.2490	-4782	43-386-7		43-4	Bermuda Rise	178.0	177	179	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	4006	1	26400	26400	1600	1.00	0.374	0.0129	13.10	2.2	28.4	121.0	9.51	0.0954		102.0
43-386	31.1868	-64.2490	-4782	43-386-7		43-4	Bermuda Rise	178.0	177	179	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	4008	2	24600	24600	1500	1.00	0.166	0.0198	7.04	1.0	7.2	48.6	2.95	0.0734	6.0	78.3
43-386	31.1868	-64.2490	-4782	43-386-7		43-5	Bermuda Rise	179.5	179	180	volcaniclastic turbidites	Mid-Oligocene	29500	2500		1812	5	23900	31300	1900	0.76	0.366	0.0317	11.90	1.0	12.2	56.1	4.16	0.0614	8.2	69.2
43-386	31.1868	-64.2490	-4782	43-386-7		43-5	Bermuda Rise	179.5	179	180	volcaniclastic turbidites	Mid-Oligocene	29500	2500		1813	5	28000	39200	2400	0.71	0.215	0.0181	8.70	1.1	9.8	49.0	3.66	0.0555	4.9	59.4
43-386	31.1868	-64.2490	-4782	43-386-7		43-5	Bermuda Rise	179.5	179	180	volcaniclastic turbidites	Mid-Oligocene	29500	2500		1814	5	25200	35800	2200	0.71	0.123	0.0138	5.80	1.2	6.9	50.4	3.09	0.0533	11.3	57.4
43-386	31.1868	-64.2490	-4782	43-386-7		43-5	Bermuda Rise	179.5	179	180	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	3996	3	28100	28100	1740	1.00	0.644	0.0301	6.95	2.3	16.1	106.0	6.64	0.0890	15.0	95.6
43-386	31.1868	-64.2490	-4782	43-386-7		43-5	Bermuda Rise	179.5	179	180	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	3997	3	25700	25700	1590	1.00	0.810	0.0142	8.42	6.0	50.6	226.0	19.10	0.0699	8.4	74.4
43-386	31.1868	-64.2490	-4782	43-386-7		43-5	Bermuda Rise	179.5	179	180	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	3998	2	41200	41200	2560	1.00	0.466	0.0561	10.90	0.5	5.0	25.6	1.81	0.0980	0.3	110.0
43-386	31.1868	-64.2490	-4782	43-386-8		43-6	Bermuda Rise	190.0	189	191	volcaniclastic turbidites	Mid-Oligocene	29500	2500		1810	6	33100	44300	2700	0.75	0.206	0.0290	3.60	0.9	3.3	29.1	1.83	0.0565	14.2	59.5
43-386	31.1868	-64.2490	-4782	43-386-8		43-6	Bermuda Rise	190.0	189	191	volcaniclastic turbidites	Mid-Oligocene	29500	2500		1811	6	52000	71800	4400	0.72	0.206	0.0246	5.20	0.6	3.0	21.6	1.42	0.0530	14.6	58.5
43-386	31.1868	-64.2490	-4782	43-386-8		43-6	Bermuda Rise	190.0	189	191	volcaniclastic turbidites	Mid-Oligocene	29500	2500		2467	6	34200	44600	2800	0.77	0.358	0.0415	3.87	1.1	4.1	37.6	2.26	0.0592	9.6	67.5
43-386	31.1868	-64.2490	-4782	43-386-8		43-6	Bermuda Rise	190.0	189	191	volcaniclastic turbidites	Mid-Oligocene	29500	2500		2468	6	25400	35400	2200	0.72	0.120	0.0206	2.59	1.2	3.0	32.3	2.08	0.0501	10.0	58.9
43-386	31.1868	-64.2490	-4782	43-386-8		43-6	Bermuda Rise	190.0	189	191	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	4011	2	26400	26400	1600	1.00	0.110	0.0117	4.16	1.4	6.0	43.7	3.04	0.0597	15.5	67.4
43-386	31.1868	-64.2490	-4782	43-386-8		43-6	Bermuda Rise	190.0	189	191	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	4012	2	31800	31800	2000	1.00	0.119	0.0042	4.07	3.6	14.7	126.0	7.72	0.0536	7.5	56.6
43-386	31.1868	-64.2490	-4782	43-386-8		43-6	Bermuda Rise	190.0	189	191	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	4013	1	28500	28500	1800	1.00	0.059	0.0032	8.95	0.2	1.5	8.2	0.60	0.0489		53.4
43-386	31.1868	-64.2490	-4782	43-386-8		43-6	Bermuda Rise	190.0	189	191	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	4025	2	25800	25800	1600	1.00	0.100	0.0121	4.35	1.3	5.5	41.9	2.81	0.0550	1.0	64.6
43-386	31.1868	-64.2490	-4782	43-386-8		43-6	Bermuda Rise	190.0	189	191	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	4026	2	27100	27100	1700	1.00	0.141	0.0113	2.54	2.3	5.9	57.7	3.99	0.0589	8.7	64.6
43-386	31.1868	-64.2490	-4782	43-386-8		43-7	Bermuda Rise	193.0	192	194	volcaniclastic turbidites	Mid-Oligocene	29500	2500		1806	5	26700	34400	2100	0.78	0.248	0.0347	3.90	1.1	4.4	33.6	2.31	0.0685	18.4	73.6
43-386	31.1868	-64.2490	-4782	43-386-8		43-7	Bermuda Rise	193.0	192	194	volcaniclastic turbidites	Mid-Oligocene	29500	2500		1807	5	63100	79600	4900	0.79	0.496	0.0441	8.90	0.5	4.1	20.6	1.57	0.0678	7.4	74.6
43-386	31.1868	-64.2490	-4782	43-386-8		43-7	Bermuda Rise	193.0	192	194	volcaniclastic turbidites	Mid-Oligocene	29500	2500		1808	5	26600	33400	2100	0.80	0.200	0.0388	2.50	1.0	2.5	26.7	1.73	0.0752	28.3	80.5
43-386	31.1868	-64.2490	-4782	43-386-8		43-7	Bermuda Rise	193.0	192	194	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	4034	1	28100	28100	1700	1.00	0.314	0.0152	11.60	1.6	18.4	98.0	6.44	0.1040		108.0
43-386	31.1868	-64.2490	-4782	43-386-8		43-7	Bermuda Rise	193.0	192	194	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	4035	1	41900	41900	2600	1.00	0.313	0.0153	1.97	2.7	5.3	73.1	4.33	0.1050		78.5
43-386	31.1868	-64.2490	-4782	43-386-8		43-7	Bermuda Rise	193.0	192	194	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	4036	1	25600	25600	1600	1.00	0.127	0.0247	3.72	0.9	3.2	29.1	1.81	0.0996		107.0
43-386	31.1868	-64.2490	-4782	43-386-9		43-8	Bermuda Rise	206.0	205	207	volcaniclastic turbidites	Mid-Oligocene	29500	2500		1801	5	34300	45500	2800	0.75	0.190	0.0248	1.90	1.2	2.4	29.0	1.92	0.0553	19.6	61.5
43-386	31.1868	-64.2490	-4782	43-386-9		43-8	Bermuda Rise	206.0	205	207	volcaniclastic turbidites	Mid-Oligocene	29500	2500		1802	5	26800	35400	2200	0.76	0.211	0.0320	3.30	1.1	3.7	30.5	2.13	0.0656	5.0	71.4
43-386	31.1868	-64.2490	-4782	43-386-9		43-8	Bermuda Rise	206.0	205	207	volcaniclastic turbidites	Mid-Oligocene	29500	2500		2469	5	27500	34400	2100	0.80	0.285	0.0420	1.76	1.4	2.5	32.9	2.16	0.0674	20.1	74.8
43-386	31.1868	-64.2490	-4782	43-386-9		43-8	Bermuda Rise	206.0	205	207	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	4041	2	28300	28300	1800	1.00	0.316	0.0249	5.05	1.6	8.3	60.3	3.87	0.0858	34.6	91.9
43-386	31.1868	-64.2490	-4782	43-386-9		43-8	Bermuda Rise	206.0	205	207	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	4042	2	27000	27000	1700	1.00	0.322	0.0184	8.84	1.7	15.0	77.6	5.64	0.0679	18.4	74.5
43-386	31.1868	-64.2490	-4782	43-386-9		43-8	Bermuda Rise	206.0	205	207	volcaniclastic turbidites	Mid-Oligocene	29500	2500	abraded	4044	2	27800	27800	1700	1.00	0.365	0.0121	10.70	2.5	26.6	124.0	9.41	0.0766	6.1	80.2
47-397	26.8450	-15.1800	-2900	47-397-79		47-5	Canary Islands	753.5	752	755	debris flow	Langhian	14400	200		2540	4	10600	14000	900	0.75	0.189	0.0242	5.79	2.5	14.5	105.0	6.46	0.0569	12.0	64.5
47-397	26.8450	-15.1800	-2900	47-397-79		47-5	Canary Islands	753.5	752	755	debris flow	Langhian	14400	200		2617	4	10400	14500	900	0.72	0.046	0.0140	5.63	1.1	6.1	72.5	2.92	0.0510	6.6	59.0
47-397	26.8450	-15.1800	-2900	47-397-84		47-7	Canary Islands	800.0	798	802	hyaloclastic turbidite	Langhian	16000	1000		2542	3	10100	15200	900	0.67	0.079	0.0063	6.31	4.0	25.0	227.0	11.10	0.0443	5.0	49.8
47-397	26.8450	-15.1800	-2900	47-397-84		47-7	Canary Islands	800.0	798	802	hyaloclastic turbidite	Langhian	16000	1000		2618	3	8400	11700	700	0.72	0.079	0.0125	4.44	3.0	13.2	79.4	6.52	0.0464	8.0	57.5
121-755A	-31.0300	93.5467	-1069	121-755A-5R	121-755A-7R	121-9	Broken Ridge	76.0	68	84	basaltic ash	Late Santonian	84000	1000		1795	4	71900	102000	6300	0.71	0.205	0.0153	3.70	0.7	2.8	112.0	1.95	0.0534	13.7	62.3
121-755A	-31.0300	93.5467	-1069	121-755A-5R	121-755A-7R	121-9	Broken Ridge	76.0	68	84	basaltic ash	Late Santonian	84000	1000		1796	3	77000	103000	6400	0.75	0.193	0.0196	3.70	0.5	1.9	81.5	1.38	0.0567	7.8	67.6
121-755A	-31.0300	93.5467	-1069	121-755A-15R	121-755A-17R	121-12	Broken Ridge	172.5	161	184	basaltic ash	Coniac-Turonian	91000	2000		1800	4	43500	62400	3900	0.70	0.223	0.0151	4.40	1.2	5.4	242.0	3.75	0.0438	3.6	54.9
121-755A	-31.0300	93.5467	-1069	121-755A-15R	121-755A-17R	121-12	Broken Ridge	172.5	161	184	basaltic ash	Coniac-Turonian	91000	2000		2537	2	65600	89100	5500	0.74	0.172	0.0108	3.62	1.0	3.5	159.0	2.67	0.0533	2.7	62.3
121-755A	-31.0300	93.5467	-1069	121-755A-15R	121-755A-17R	121-12	Broken Ridge	172.5	161	184	basaltic ash	Coniac-Turonian	91000	2000		2538	2	61200	79700	4900	0.77	0.116	0.0128	4.06	0.6	2.3	79.1	1.56	0.0542	24.9	64.5
121-755A	-31.0300	93.5467	-1069	121-755A-15R	121-755A-17R	121-12	Broken Ridge	172.5	161	184	basaltic ash	Coniac-Turonian	91000	2000		2679	2	47300	66000	4100	0.72	0.164	0.0085	5.72	1.3	7.7	169.0	4.01	0.0413	2.0	51.0
121-755A	-31.0300	93.5467	-1069	121-755A-15R	121-755A-17R	121-12	Broken Ridge	172.5	161	184	basaltic ash	Coniac-Turonian	91000	2000		2680	1	57300	71200	4400	0.80	0.104	0.0142	3.45	0.5	1.8	93.2	1.42	0.0683		83.6
121-755A	-31.0300	93.5467	-1069	121-755A-15R	121-755A-17R	121-12	Broken Ridge	172.5	161	184	basaltic ash	Coniac-Turonian	91000	2000		2912	2	51400	67000	4200	0.77	0.222	0.0104	3.70	1.7	6.3	179.0	4.13	0.0678	5.3	73.8
121-755A	-31.0300	93.5467	-1069	121-755A-15R	121-755A-17R	121-12	Broken Ridge	172.5	161	184	basaltic ash	Coniac-Turonian	91000	2000		2913	2	55800	75800	4700	0.74	0.042	0.0103	3.93	0.3	1.1	41.3	0.78	0.0570	0.1	67.2
121-755A	-31.0300	93.5467	-1069	121-755A-15R	121-755A-17R	121-12	Broken Ridge	172.5	161	184	basaltic ash	Coniac-Turonian	91000	2000		2914	2	49300	65100	4000	0.76	0.088	0.0142	3.47	0.5	1.8	69.9	1.29	0.0549	3.1	66.5
129-800A	21.9230	152.3229	-5697	129-800A-31R	129-800A-32R	129-3	Pigafetta Basin	276.5	274	279	volcaniclastic turbidites	Aptian	117000	5000		4874	1	70500	100000	6200	0.71	0.141	0.0031	6.65	2.0	13.2	145.9	5.88	0.0525		60.3
129-800A	21.9230	152.3229	-5697	129-800A-31R	129-800A-32R	129-3	Pigafetta Basin	276.5	274	279	volcaniclastic turbidites	Aptian	117000	5000		4875	1	65500	86800	5400	0.75	0.201	0.0067	6.44	1.4	9.3	102.7	4.13	0.0576		67.2
129-800A	21.9230	152.3229	-5697	129-800A-31R	129-800A-32R	129-3	Pigafetta Basin	276.5	274	279	volcaniclastic turbidites	Aptian	117000	5000		4877	1	72100	99200	6200	0.73	0.142	0.0047	5.18	1.5	7.9	77.6	3.77	0.0574		61.1
129-800A	21.9230	152.3229	-5697	129-800A-31R	129-800A-32R	129-3	Pigafetta Basin	276.5	274	279	volcaniclastic turbidites	Aptian	117000	5000		2534	2	70900	87200	5400	0.81	1.530	0.0238	5.50	3.1	17.3	162.0	8.02	0.0709	18.2	78.8
129-800A	21.9230	152.3229	-5697	129-800A-31R	129-800A-32R	129-3	Pigafetta Basin	276.5	274	279	volcaniclastic turbidites	Aptian	117000	5000		2536	2	87200	107000	6600	0.81	1.079	0.0300	4.89	1.5	7.4	104.0	3.79	0.0711	11.5	85.7
129-800A	21.9230	152.3229	-5697	129-800A-31R	129-800A-32R	129-3	Pigafetta Basin	276.5	274	279	volcaniclastic turbidites	Aptian	117000	5000		2533	2	74500	92800	5800	0.80	1.869	0.0305	7.05	2.5	17.3	149.0	7.35	0.0766	3.1	90.5
129-800A	21.9230	152.3229	-5697	129-800A-31R	129-800A-32R	129-3	Pigafetta Basin	276.5	274	279	volcaniclastic turbidites	Aptian	117000	5000		2685	1	88000	103000	6400	0.85	1.720	0.0372	5.22	1.8	9.6	151.0	4.86	0.1110		127.3
129-800A	21.9230	152.3229	-5697	129-800A-31R	129-800A-32R	129-3	Pigafetta Basin	276.5	274	279	volcaniclastic turbidites	Aptian	117000	5000		2909	1	68500	88700	5500	0.77	0.690	0.0085	6.95	3.6	25.1	133.0	10.20	0.0600		71.4
129-800A	21.9230	152.3229	-5697	129-800A-31R	129-800A-32R	129-3	Pigafetta Basin	276.5	274	279	volcaniclastic turbidites	Aptian	117000	5000		2910	1	66600	86000	5300	0.77	0.751	0.0096	6.21	3.8	23.7	160.0	10.20	0.0591		73.0
129-800A	21.9230	152.3229	-5697	129-800A-31R	129-800A-32R	129-3	Pigafetta Basin	276.5	274	279	volcaniclastic turbidites	Aptian	117000	5000		2911	1	85100	117000	7300	0.72	0.455	0.0044	6.25	4.0	24.7	178.0	10.70	0.0519		63.5
129-800A	21.9230	152.3229	-5697	129-800A-31R	129-800A-32R	129-3	Pigafetta Basin	276.5	274	279	volcaniclastic turbidites	Aptian	117000	5000	abraded	4045	1	91400	91400	5700	1.00	2.228	0.0090	3.78	11.6	43.6	292.0	23.40	0.0875		91.7
129-800A	21.9230	152.3229	-5697	129-800A-31R	129-800A-32R	129-3	Pigafetta Basin	276.5	274	279	volcaniclastic turbidites	Aptian	117000	5000	abraded	4047	1	96500	96500	6000	1.00	0.362	0.0047	4.99	2.9	14.6	117.0	6.95	0.0677		72.4
129-800A	21.9230	152.3229	-5697	129-800A-31R	129-800A-32R	129-3	Pigafetta Basin	276.5	274	279	volcaniclastic turbidites	Aptian	117000	5000	abraded	4048	1	97400	97400	6000	1.00	0.960	0.0065	3.64	6.5	23.7	202.0	13.14	0.0561		59.5