Citation:

PANGAEA.812513

Name: (Table 3) Trace element abundances at DSDP Hole 72-516F
Published: 1983
License: https://creativecommons.org/licenses/by/3.0/

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Related to:

Michel, Helen V; Asaro, Frank; Alvarez, Walter; Alvarez, Luis W; Johnson, David A (1983): Abundance profiles of iridium and other elements near the Cretaceous/Tertiary boundary in Hole 516F of Deep Sea Drilling Project Leg 72. In: Barker, PF; Carlson, RL; Johnson, DA; et al. (eds.), Initial Reports of the Deep Sea Drilling Project (U.S. Govt. Printing Office), 72, 931-936, https://doi.org/10.2973/dsdp.proc.72.148.1983

Project(s):

Deep Sea Drilling Project (DSDP)

Coverage:

Latitude: -30.276500 * Longitude: -35.285000

Date/Time Start: 1980-03-11T00:00:00 * Date/Time End: 1980-03-11T00:00:00

Minimum Elevation: -1313.0 m * Maximum Elevation: -1313.0 m

Event(s):

72-516F * Latitude: -30.276500 * Longitude: -35.285000 * Date/Time: 1980-03-11T00:00:00 * Elevation: -1313.0 m * Penetration: 1270.6 m * Recovery: 690.1 m * Location: South Atlantic/CONT RISE * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 127 cores; 1092.5 m cored; 9 m drilled; 63.2 % recovery

Comment:

If two pill names are given for a single sample, all elements besides Ir were measured on the pills indicated in the second column. Exceptions occurred for Samples 26, 29, 31, and 35. The indicated errors are the estimated precisions of measurement; i.e., essentially the standard deviations in the counting of gamma rays following activation by neutron irradiation. Because of uncertainties in interference corrections, all precisions are at least 1%, although counting errors for some elements are smaller. The accuracies of the measurements are comparable to the precisions except when flux monitors were used for calibration. Empty cells indicate that the element was not measured in that sample.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Sample code/label	Sample label		Michel, Helen V	DSDP/ODP/IODP sample designation
2	Lithology/composition/facies	Lithology		Michel, Helen V
3	Sample, optional label/labor no	Lab no		Michel, Helen V		# indicates exceptions
4	Method comment	Method comm		Michel, Helen V		#1 - NAA pill
5	Method comment	Method comm		Michel, Helen V		#2 - NAA pill
6	Barium	Ba	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)
7	Barium, standard deviation	Ba std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)
8	Cobalt	Co	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)
9	Cobalt, standard deviation	Co std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)
10	Chromium	Cr	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)
11	Chromium, standard deviation	Cr std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)
12	Calcium	Ca	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)
13	Calcium, standard deviation	Ca std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)
14	Hafnium	Hf	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)
15	Hafnium, standard deviation	Hf std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)
16	Iridium	Ir	ng/kg	Michel, Helen V	Element analysis, neutron activation (NAA)	#1
17	Iridium	Ir	ng/kg	Michel, Helen V	Element analysis, neutron activation (NAA)	#2; # is indicated if the Ir and the other elements were not measured on the same pill or the same ground powders
18	Iridium, standard deviation	Ir std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)	# is indicated if the Ir and the other elements were not measured on the same pill or the same ground powders
19	Manganese	Mn	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)
20	Manganese, standard deviation	Mn std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)
21	Nickel	Ni	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)
22	Nickel, standard deviation	Ni std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)
23	Rubidium	Rb	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)
24	Rubidium, standard deviation	Rb std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)
25	Antimony	Sb	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)
26	Antimony, standard deviation	Sb std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)
27	Selenium	Se	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)	Flux monitors were used to calibrate the abundances of Se, and there may be calibration errors of about 10% in addition to the precisions of measurement
28	Selenium, standard deviation	Se std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)
29	Scandium	Sc	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)
30	Scandium, standard deviation	Sc std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)
31	Strontium	Sr	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)
32	Strontium, standard deviation	Sr std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)
33	Tantalum	Ta	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)
34	Tantalum, standard deviation	Ta std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)
35	Thorium	Th	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)
36	Thorium, standard deviation	Th std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)
37	Uranium	U	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)
38	Uranium, standard deviation	U std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)
39	Vanadium	V	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)
40	Vanadium, standard deviation	V std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)
41	Zinc	Zn	mg/kg	Michel, Helen V	Element analysis, neutron activation (NAA)	Flux monitors were used to calibrate the abundances of Zn, and there may be calibration errors of about 10% in addition to the precisions of measurement
42	Zinc, standard deviation	Zn std dev	±	Michel, Helen V	Element analysis, neutron activation (NAA)

License:

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

Size:

1384 data points

Data

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

1 Sample label (DSDP/ODP/IODP sample designation)	2 Lithology	3 Lab no (# indicates exceptions)	4 Method comm (#1 - NAA pill)	5 Method comm (#2 - NAA pill)	6 Ba [mg/kg] (Element analysis, neutron act...)	7 Ba std dev [±] (Element analysis, neutron act...)	8 Co [mg/kg] (Element analysis, neutron act...)	9 Co std dev [±] (Element analysis, neutron act...)	10 Cr [mg/kg] (Element analysis, neutron act...)	11 Cr std dev [±] (Element analysis, neutron act...)	12 Ca [mg/kg] (Element analysis, neutron act...)	13 Ca std dev [±] (Element analysis, neutron act...)	14 Hf [mg/kg] (Element analysis, neutron act...)	15 Hf std dev [±] (Element analysis, neutron act...)	16 Ir [ng/kg] (#1, Element analysis, neutron...)	17 Ir [ng/kg] (#2; # is indicated if the Ir ...)	18 Ir std dev [±] (# is indicated if the Ir and ...)	19 Mn [mg/kg] (Element analysis, neutron act...)	20 Mn std dev [±] (Element analysis, neutron act...)	21 Ni [mg/kg] (Element analysis, neutron act...)	22 Ni std dev [±] (Element analysis, neutron act...)	23 Rb [mg/kg] (Element analysis, neutron act...)	24 Rb std dev [±] (Element analysis, neutron act...)	25 Sb [mg/kg] (Element analysis, neutron act...)	26 Sb std dev [±] (Element analysis, neutron act...)	27 Se [mg/kg] (Flux monitors were used to ca...)	28 Se std dev [±] (Element analysis, neutron act...)	29 Sc [mg/kg] (Element analysis, neutron act...)	30 Sc std dev [±] (Element analysis, neutron act...)	31 Sr [mg/kg] (Element analysis, neutron act...)	32 Sr std dev [±] (Element analysis, neutron act...)	33 Ta [mg/kg] (Element analysis, neutron act...)	34 Ta std dev [±] (Element analysis, neutron act...)	35 Th [mg/kg] (Element analysis, neutron act...)	36 Th std dev [±] (Element analysis, neutron act...)	37 U [mg/kg] (Element analysis, neutron act...)	38 U std dev [±] (Element analysis, neutron act...)	39 V [mg/kg] (Element analysis, neutron act...)	40 V std dev [±] (Element analysis, neutron act...)	41 Zn [mg/kg] (Flux monitors were used to ca...)	42 Zn std dev [±] (Element analysis, neutron act...)
72-516F-83-5,69-70		DSEA-103	2031-E		1130	21	4.81	0.12	11.4	0.7	1.62	0.07	1.050	0.040	<400	220	200	500	10	32.0	4.0	30.4	2.5	0.25	0.05	<0.370		4.420	0.040	1384	269	0.244	0.004	2.700	0.035	0.541	0.040	18	8	39.6	2.7
72-516F-84-5,69-70		DSEA-104	2031-F		940	18	7.59	0.16	9.9	0.7	1.50	0.07	0.940	0.080	<700	190	270	653	13	30.0	4.0	32.5	2.6	0.16	0.05			4.310	0.040	1608	312	0.176	0.027	2.334	0.034	0.534	0.037	22	7	23.8	2.6
72-516F-85-2,69-70		DSEA-105	2031-G		840	17	4.40	0.12	6.3	0.6	1.01	0.05	0.544	0.006	<400	10	190	685	14	15.4	3.2	16.2	1.9	<0.13		0.066	0.013	2.832	0.028	1604	312	0.117	0.003	1.501	0.028	0.925	0.089	<35		20.0	2.1
72-516F-86-5,69-70		DSEA-106	2031-H		1074	20	6.82	0.15	4.9	0.6	0.81	0.05	0.526	0.031	<400	-110	200	532	11	16.2	3.2	19.0	2.1	<0.15		<0.270		2.351	0.024	1583	308	0.102	0.003	1.327	0.027	0.220	0.034	<38		19.7	2.3
72-516F-87-5,69-70		DSEA-107	2031-J		260	9	7.39	0.16	9.1	0.7	1.53	0.07	0.887	0.036	<500	-210	240	585	12	17.5	3.9	29.8	2.6	0.34	0.06	<0.280		3.660	0.037	1284	251	0.184	0.004	2.226	0.032	0.290	0.033	36	17	24.2	2.6
72-516F-89-3,64-66	Clay	DSEA-22	2032-E	2017-E	464	14	16.99	0.32	47.2	1.1	6.21	0.15	4.630	0.080	<1100	#-290	#530	445	9	78.0	8.0	145.0	10.0	0.94	0.12	<0.700		13.010	0.130	679	84	0.976	0.010	10.550	0.110	1.047	0.020	97	18	104.0	5.0
72-516F-89-3,128-130		DSEA-23	2032-F	2017-F	328	14	12.36	0.26	36.1	1.0	4.31	0.13	3.250	0.070	<800	#20	#390			41.0	7.0	111.0	8.0	0.47	0.09	<0.900		14.640	0.150			0.763	0.008	8.950	0.090	0.923	0.020			80.0	4.0
72-516F-89-4,78.5-80		DSEA-24	2032-G	2017-G	469	14	25.00	0.40	55.3	1.2	7.18	0.17	4.800	0.080	<1200	#-600	#680	428	9	73.0	8.0	166.0	12.0	0.72	0.12	<0.500		15.020	0.150	432	65	1.081	0.011	11.630	0.120	1.246	0.022	111	18	131.0	5.0
72-516F-89-4,90-92	Clay	DSEA-25	2032-H	2017-H	402	14	20.32	0.37	44.6	1.4	6.60	0.16	4.270	0.070	<1500	#500	#500	380	8	64.0	8.0	158.0	11.0	0.66	0.11	<0.600		14.570	0.150	522	67	1.057	0.011	10.900	0.110	1.173	0.022	104	18	106.0	5.0
72-516F-89-5,11-12.5		DSEA-26	2029-Q	2017-J	171	9			6.8	1.9			0.604	0.033				712	14							<0.340				594	78	0.144	0.004	1.750	0.060	0.234	0.013	<39
72-516F-89-5,11-12.5		DSEA-26#					4.37	0.12	7.7	0.7	1.22	0.06	0.756	0.033	<200	-140	100			21.0	3.9	26.7	2.5	0.13	0.04	<0.290		3.631	0.036			0.182	0.003	1.969	0.031					20.1	2.5
72-516F-89-5,16-17		DSEA-27	2029-R	2017-K	246	10	3.71	0.11	8.9	0.7	1.01	0.06	0.683	0.032		#210	#90	590	12	8.6	3.6	22.6	2.9	0.23	0.05	<0.260		3.417	0.034	682	90	0.152	0.003	1.672	0.033	0.240	0.013	16	7	18.4	2.2
72-516F-89-5,18-20		DSEA-28	2029-S	2017-M	470	16			14.5	3.0			1.060	0.050				559	11							<0.600				714	92	0.264	0.005	2.550	0.090	0.403	0.020	31	9
72-516F-89-5,18-20		DSEA-28#					4.34	0.12	8.8	0.7	1.20	0.06	0.790	0.034	<240	60	90			8.5	3.8	26.2	2.5	0.17	0.05	<0.290		3.970	0.040			0.173	0.003	1.919	0.032					21.4	2.4
72-516F-89-5,20-22		DSEA-29	2029-T	2017-N	489	13			14.3	2.3			1.210	0.040				536	11							<0.340				737	93	0.280	0.004	2.790	0.070	0.420	0.016	42	10
72-516F-89-5,20-22		DSEA-29#					4.17	0.12	9.2	0.7	0.98	0.06	0.752	0.034	<330	150	90			8.6	3.8	25.6	2.4	0.21	0.04	<0.400		4.010	0.040			0.158	0.003	1.758	0.031					21.2	2.4
72-516F-89-5,22.5-24.5		DSEA-30	2026-EFGH	2017-O	414	14			13.1	2.6			0.670	0.040		#360	#70	542	11							<0.360				742	94	0.171	0.004	1.710	0.070	0.276	0.017	33	11
72-516F-89-5,24.5-26		DSEA-31	2029-U	2017-P	416	13	5.58	0.16	14.5	0.8	1.42	0.08	0.890	0.040	<390	#150	#120	534	11	16.0	5.0	33.0	4.0	0.29	0.07	<0.350		5.190	0.050	679	91	0.228	0.004	2.290	0.050	0.396	0.017	42	13	22.8	3.1
72-516F-89-5,27-28		DSEA-32	2032-J	2017-Q	310	10	4.03	0.12	13.3	0.7	1.13	0.07	0.738	0.036				458	9	10.0	4.0	21.7	3.0	0.17	0.05	<0.290		5.560	0.060	469	67	0.166	0.003	2.010	0.038	0.264	0.013	<24		15.6	2.5
72-516F-89-5,27-28		DSEA-32#			257	11	3.90	0.14	13.1	0.8	1.06	0.08	0.630	0.040	<240	60	120			13.0	5.0	22.6	3.2	<0.15		<0.390		5.550	0.060			0.148	0.003	1.840	0.040	0.282	0.018			22.0	2.9
72-516F-89-5,29-30		DSEA-33	2032-K	2017-R	543	14	12.20	0.25	34.7	0.9	4.43	0.12	2.700	0.060		#610	#230	290	6	32.0	6.0	105.0	8.0	0.28	0.07	<0.390		8.240	0.080	702	78	0.665	0.005	8.120	0.070	1.208	0.020	37	11	73.4	3.7
72-516F-89-5,30-32		DSEA-34	2026-JKMN	2017-S	297	11	9.48	0.21	27.8	0.9	2.78	0.09	1.800	0.050		#510	#160			30.0	5.0	65.0	5.0	0.12	0.05	0.350	0.170	7.240	0.070			0.419	0.004	4.430	0.050	5.050	0.050			33.2	3.1
72-516F-89-5,32-32.5		DSEA-113	2031-Q		261	10	8.32	0.17	24.9	0.8	2.20	0.08	1.480	0.040		370	90	385	8	24.0	5.0	50.9	3.3	0.15	0.06	<0.320		6.840	0.070	911	90	0.339	0.004	4.430	0.040	1.980	0.050	28	8	31.2	3.0
72-516F-89-5,32.5-33.0		DSEA-114	2031-R		224	9	7.27	0.16	24.6	0.8	2.04	0.08	1.370	0.040	<330	130	100	386	8	19.0	5.0	47.2	3.2	0.18	0.06	<0.600		6.720	0.070	911	91	0.341	0.004	3.800	0.040	1.870	0.050	26	8	24.1	2.9
72-516F-89-5,33.0-33.5		DSEA-115	2031-S		277	4	14.52	0.24	75.8	1.1	5.82	0.12	3.680	0.070		950	180	228	5	64.0	6.0	116.0	6.0	0.51	0.08	<0.700		8.550	0.090	689	74	1.065	0.011	8.240	0.080	7.420	0.080	52	12	95.8	4.2
72-516F-89-5,33.5-34.0		DSEA-116	2031-T		201	9	6.74	0.15	18.0	0.7	1.60	0.07	0.933	0.038		300	90	380	8	18.0	4.0	37.1	2.8	<0.16		<0.500		5.570	0.060	1072	103	0.232	0.004	2.885	0.037	4.380	0.080	28	11	20.0	2.6
72-516F-89-5,34-35.5		DSEA-35	2032-M	2017-T	410	13	15.39	0.30	47.6	1.0	6.11	0.14	3.600	0.000						33.0	6.0	127.0	9.0	0.29	0.07	<0.700		9.250	0.090			0.964	0.010	7.400	0.070	3.016	0.030			75.8	3.9
72-516F-89-5,34-35.5		DSEA-35#			436	16	16.54	0.32	43.9	1.0	5.99	0.15	3.640	0.080	<240	-10	120			39.0	8.0	133.0	9.0	0.17	0.07	<0.900		9.290	0.090			0.900	0.007	7.810	0.080	2.960	0.040			83.8	4.8
72-516F-89-5,34.5-36.5		DSEA-36	2032-N	2017-U	212	9	7.12	0.17	14.8	0.7	1.64	0.07	0.992	0.037		#410	#80	380	8	14.0	4.0	34.5	3.6	0.11	0.05	0.410	0.140	4.500	0.050	1092	107	0.246	0.004	2.545	0.039	1.625	0.021	31	15	19.5	2.5
72-516F-89-5,38-39		DSEA-37	2032-O	2017-V	254	10	8.26	0.19	15.8	0.7	1.97	0.07	1.260	0.040	<250	#-120	#130	507	10	28.0	5.0	44.0	4.0	0.13	0.05	<0.320		4.920	0.050	842	93	0.287	0.004	2.780	0.040	0.516	0.015	33	7	25.1	2.7
72-516F-89-5,39.5-40.5		DSEA38	2032-P	2017-W	255	10	8.86	0.19	14.8	0.7	1.53	0.07	1.038	0.038	<240	#-100	#120	532	11	17.0	4.0	37.4	3.8	0.15	0.05	<0.500		4.660	0.050	856	95	0.229	0.004	2.453	0.039	0.707	0.016	<21		27.4	2.7
72-516F-89-5,45-46		DSEA-39	2032-Q	2017-X	272	10	9.72	0.21	13.7	0.7	1.70	0.07	1.049	0.038	<500	#180	#140	516	11	12.0	4.0	34.9	3.8	0.12	0.04	<0.360		4.170	0.040	839	94	0.243	0.004	2.403	0.039	0.357	0.014	26	12	21.1	2.7
72-516F-89-5,49.5-50.5		DSEA-40	2032-R	2017-Y	263	10	9.22	0.20	13.9	0.7	1.70	0.07	1.072	0.038	<200	#-130	#100	575	12	11.0	4.0	43.0	4.0	0.22	0.05	<0.500		4.220	0.040	904	101	0.246	0.004	2.550	0.040	0.356	0.014	<48		23.7	2.7
72-516F-89-5,129-130		DSEA-41	2026-OPQR	2017-Z	258	9	14.52	0.28	15.0	0.7	2.05	0.08	1.260	0.040	<190	#10	#90			27.0	5.0	50.0	5.0	0.25	0.06	<0.340		4.530	0.050			0.290	0.004	2.970	0.040	0.387	0.014			36.4	3.2
72-516F-90-5,69-70		DSEA-108	2031-K		227	10	7.06	0.16	18.4	0.8	2.44	0.09	1.530	0.050	<600	-180	310	564	11	<16.0		53.4	3.5	0.31	0.06	<0.330		7.520	0.080	818	110	0.392	0.004	4.030	0.040	0.441	0.038	45	8	14.9	3.0
72-516F-91-5,69-70		DSEA-109	2031-M		217	9	6.91	0.15	18.9	0.8	2.50	0.09	1.540	0.050	<600	-520	290	559	11	27.0	5.0	49.6	3.4	0.31	0.06	<0.330		7.480	0.070	814	110	0.379	0.004	3.920	0.040	0.493	0.038	44	9	21.4	3.0
72-516F-92-4,69-70		DSEA-110	2031-N		371	11	10.36	0.19	27.9	0.8	3.18	0.09	2.880	0.060	<900	170	380	501	10	22.0	5.0	73.0	4.0	0.42	0.07	<0.500		6.920	0.070	664	92	0.578	0.006	6.400	0.060	0.702	0.042	43	11	43.3	3.4
72-516F-93-5,69-70		DSEA-111	2031-O		590	15	11.12	0.21	43.9	0.9	5.03	0.12	4.480	0.070	<370	130	120	509	11	48.0	6.0	122.0	6.0	0.50	0.08	<0.600		9.780	0.100	704	98	0.952	0.010	9.780	0.100	1.120	0.050	93	15	53.7	3.9
72-516F-94-5,69-70		DSEA-112	2031-P		369	1	9.80	0.19	21.3	0.8	2.66	0.09	1.840	0.050	<600	80	280	687	14	15.0	5.0	62.7	3.9	0.34	0.07	<0.500		6.830	0.070	653	94	0.513	0.005	4.480	0.050	0.690	0.040	41	14	38.5	3.3