Citation:

j.precamres.2006.10.002

Name: (Table 2) In situ 40Ar-39Ar data on rock chip from samples in East Antarctica
Published: 2007
License: https://creativecommons.org/licenses/by/3.0/

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Coverage:

Median Latitude: -67.255500 * Median Longitude: 144.037000 * South-bound Latitude: -67.583000 * West-bound Longitude: 143.841000 * North-bound Latitude: -66.928000 * East-bound Longitude: 144.233000

Event(s):

CorrellNunatak * Latitude: -67.583000 * Longitude: 144.233000 * Location: East Antarctica * Method/Device: Rock sample (ROCK)

GarnetPt * Latitude: -66.928000 * Longitude: 143.841000 * Location: East Antarctica * Method/Device: Rock sample (ROCK)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event		Di Vincenzo, Gianfranco
2	Latitude of event	Latitude		Di Vincenzo, Gianfranco
3	Longitude of event	Longitude		Di Vincenzo, Gianfranco
4	Lithology/composition/facies	Lithology		Di Vincenzo, Gianfranco
5	Sample ID	Sample ID		Di Vincenzo, Gianfranco
6	Minerals	Minerals		Di Vincenzo, Gianfranco
7	Method comment	Method comm		Di Vincenzo, Gianfranco		infrared (IR) or UV laser
8	Argon-36	36Ar	10^-15 mol	Di Vincenzo, Gianfranco		atmospheric
9	Argon-37	37Ar	10^-15 mol	Di Vincenzo, Gianfranco		37Ar(Ca)
10	Argon-38	38Ar	10^-15 mol	Di Vincenzo, Gianfranco		38Ar(Cl)
11	Argon-39	39Ar	10^-15 mol	Di Vincenzo, Gianfranco		39Ar(K)
12	Argon-40	40Ar	10^-15 mol	Di Vincenzo, Gianfranco		40Ar(Tot)
13	Age, dated	Age dated	ka	Di Vincenzo, Gianfranco	Age, 40Ar/39Ar Argon-Argon
14	Age, dated standard deviation	Age dated std dev	±	Di Vincenzo, Gianfranco	Age, 40Ar/39Ar Argon-Argon
15	Argon-40	40Ar	%	Di Vincenzo, Gianfranco		40Ar*
16	Calcium/Potassium ratio	Ca/K		Di Vincenzo, Gianfranco
17	Standard deviation	Std dev	±	Di Vincenzo, Gianfranco		Ca/K, 2 sigma
18	Chlorine/Potassium ratio	Cl/K		Di Vincenzo, Gianfranco
19	Standard deviation	Std dev	±	Di Vincenzo, Gianfranco		Cl/K, 2 sigma

License:

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

Size:

1092 data points

Data

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

1 Event	2 Latitude	3 Longitude	4 Lithology	5 Sample ID	6 Minerals	7 Method comm (infrared (IR) or UV laser)	8 36Ar [10^-15 mol] (atmospheric)	9 37Ar [10^-15 mol] (37Ar(Ca))	10 38Ar [10^-15 mol] (38Ar(Cl))	11 39Ar [10^-15 mol] (39Ar(K))	12 40Ar [10^-15 mol] (40Ar(Tot))	13 Age dated [ka]	14 Age dated std dev [±]	15 40Ar [%] (40Ar*)	16 Ca/K	17 Std dev [±] (Ca/K, 2 sigma)	18 Cl/K	19 Std dev [±] (Cl/K, 2 sigma)
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	1	Cam	UV	0.00246	1.02610	0.08608	0.30340	31.4000	1892000	16000	97.7	6.500	0.580	0.1790	0.0150
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	2	Cam	UV	0.00018	1.55950	0.13130	0.48030	42.7800	1745600	9700	99.9	6.240	0.490	0.1720	0.0150
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	3	Cam	UV	0.00190	1.32440	0.10910	0.40270	48.2000	2081000	9400	98.8	6.320	0.260	0.1710	0.0150
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	10	Cam	IR	0.00225	2.75800	0.21760	0.77390	78.8700	1891500	8000	99.1	6.850	0.220	0.1770	0.0150
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	11	Cam	IR	0.00104	2.03600	0.16330	0.56080	57.4900	1902000	10000	99.5	6.980	0.320	0.1830	0.0150
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	12	Cam	IR	0.00100	2.01300	0.16680	0.61750	57.5000	1791200	7500	99.5	6.270	0.460	0.1700	0.0140
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	13	Cam	IR	0.00142	2.23800	0.17310	0.61850	66.1700	1951400	5000	99.4	6.960	0.280	0.1760	0.0150
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	16	Cam	IR	0.00837	2.06200	0.16800	0.60350	86.3700	2285400	6300	97.1	6.570	0.360	0.1750	0.0150
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	17	Cam	IR	0.00290	1.67500	0.13700	0.48960	49.9500	1882400	7400	98.3	6.580	0.420	0.1760	0.0150
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	18	Cam	IR	0.00293	1.98500	0.15320	0.56420	60.4400	1943000	12000	98.6	6.770	0.460	0.1710	0.0150
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	19	Cam	IR	0.01145	2.13800	0.15810	0.56650	55.8200	1790300	8500	93.9	7.260	0.420	0.1760	0.0150
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	23	Cam	IR	0.00393	2.31200	0.18330	0.72980	70.4200	1818700	6500	98.3	6.090	0.210	0.1580	0.0130
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	24	Cam	IR	0.00170	2.26300	0.18950	0.66760	69.1000	1911000	7100	99.3	6.520	0.360	0.1790	0.0150
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	30	Cam	UV	0.00111	0.86980	0.05991	0.21880	19.3800	1722000	36000	98.3	7.600	1.800	0.1730	0.0160
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	14	Cam (Bt)	IR	0.00367	0.72020	0.04783	0.85990	72.9300	1676200	4800	98.5	1.610	0.160	0.0351	0.0030
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	15	Cam (Bt)	IR	0.00250	1.83300	0.15550	0.81970	77.0700	1797000	5600	99.0	4.300	0.210	0.1200	0.0100
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	20	Cam (Bt)	IR	0.00129	2.12500	0.17150	1.04500	87.6400	1675400	4000	99.6	3.910	0.130	0.1034	0.0087
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	21	Cam (Bt)	IR	0.00146	1.62400	0.12820	0.76990	67.4900	1722100	8100	99.4	4.060	0.170	0.1050	0.0088
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	22	Cam (Bt)	IR	0.00209	1.63900	0.16930	0.84640	70.4800	1662900	7100	99.1	3.720	0.180	0.1260	0.0100
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	4	Bt	UV	0.00119	0.21760	0.04109	0.82340	60.8200	1539000	11000	99.4	0.510	0.170	0.0314	0.0031
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	5	Bt	UV	0.00091	0.09190	0.04235	1.10400	80.8900	1533400	7400	99.7	0.160	0.093	0.0242	0.0024
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	7	Bt	UV	0.00006	0.11020	0.02480	0.55740	39.1100	1492000	11000	99.9	0.380	0.250	0.0280	0.0032
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	8	Bt	UV	0.00039	0.14940	0.02757	0.79870	59.9000	1558700	8100	99.8	0.360	0.160	0.0217	0.0022
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	25	Bt	UV	0.00176	0.11440	0.02150	0.51670	38.3700	1536300	8300	98.6	0.430	0.270	0.0262	0.0029
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	28	Bt	UV	0.00195	0.11260	0.03175	0.89630	64.4400	1507900	6600	99.1	0.240	0.110	0.0223	0.0021
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	29	Bt	UV	0.00045	0.01787	0.02546	0.55400	39.6700	1509000	17000	99.7	0.060	0.670	0.0290	0.0035
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	31	Bt	UV	0.00216	0.28560	0.03434	0.36420	27.2600	1534000	25000	97.6	1.500	1.100	0.0590	0.0070
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	6	Bt (Cam)	UV	0.00051	0.71460	0.07405	0.36020	27.4100	1570000	11000	99.4	3.820	0.440	0.1300	0.0120
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	9	PI	UV	0.00131	1.96800	0.00490	0.10780	12.2600	1994000	47000	96.8	35.100	1.900	0.0290	0.0090
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	26	PI	UV	0.00169	0.89090	0.00442	0.10020	21.4500	2844000	28000	97.7	17.100	1.300	0.0280	0.0100
CorrellNunatak	-67.58	144.23	Mylonitic orthogneiss 19.2T15, J=0.018339 ± 0.000152	27	PI	UV	0.00096	1.12500	0.00093	0.13360	11.2300	1654000	33000	97.5	16.200	1.300	0.0044	0.0062
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	1	Cam	UV	0.00143	1.27600	0.11270	0.39980	35.8700	1743500	9400	98.8	6.140	0.560	0.1780	0.0150
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	15	Cam	UV	0.00081	2.12000	0.17400	0.62710	57.6200	1779000	10000	99.6	6.500	0.570	0.1750	0.0150
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	16	Cam	IR	0.00234	2.44000	0.21660	0.66710	62.8300	1799000	11000	98.9	7.030	0.480	0.2050	0.0170
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	17	Cam	IR	0.00196	2.61400	0.22800	0.66930	68.8100	1903000	13000	99.1	7.510	0.260	0.2150	0.0180
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	18	Cam	IR	0.00180	1.77700	0.15040	0.45300	47.6500	1927000	14000	98.9	7.540	0.520	0.2090	0.0180
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	19	Cam	IR	0.00818	1.74500	0.14700	0.48000	75.7700	2412000	14000	96.8	6.990	0.390	0.1930	0.0160
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	20	Cam	IR	0.00371	1.90700	0.16970	0.49210	60.2200	2102100	8300	98.2	7.450	0.460	0.2170	0.0180
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	21	Cam	IR	0.00180	2.23200	0.18780	0.68480	62.4800	1766000	10000	99.1	6.270	0.340	0.1730	0.0140
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	22	Cam	IR	0.00189	1.64200	0.13450	0.44070	45.1400	1894000	12000	98.8	7.170	0.380	0.1920	0.0160
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	23	Cam	IR	0.00236	2.12200	0.17720	0.62220	61.2900	1850200	6100	98.9	6.560	0.310	0.1790	0.0150
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	24	Cam	IR	0.00064	1.63500	0.14060	0.47880	43.9300	1777100	7300	99.6	6.570	0.580	0.1850	0.0160
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	25	Cam	IR	0.00176	1.77000	0.14530	0.49320	49.9000	1882000	10000	98.9	6.900	0.740	0.1860	0.0160
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	32	Cam	IR	0.00552	1.64700	0.13710	0.47180	53.1900	1986000	11000	96.9	6.710	0.410	0.1830	0.0150
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	38	Cam	UV	0.00119	0.80290	0.05926	0.18760	18.5500	1846000	17000	98.1	8.200	1.100	0.1990	0.0170
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	2	Bt	UV	0.00163		0.03127	0.67190	50.9800	1564600	7800	99.0			0.0293	0.0028
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	3	Bt	UV	0.00291	0.03686	0.04107	0.90830	72.2800	1612300	6300	98.8	0.080	0.200	0.0285	0.0027
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	4	Bt	UV	0.00185	0.01959	0.03861	0.82100	65.7000	1622100	6100	99.2	0.050	0.230	0.0296	0.0032
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	5	Bt	UV	0.00264	0.12440	0.03625	0.57730	47.4400	1641900	5300	98.3	0.410	0.420	0.0396	0.0038
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	6	Bt	UV	0.00072	0.16120	0.02538	0.41700	35.9200	1704800	7900	99.4	0.740	0.340	0.0384	0.0037
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	7	Bt	UV	0.00392	0.02530	0.03791	0.87310	69.3200	1604700	6300	98.3	0.060	0.210	0.0274	0.0026
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	8	Bt	UV	0.00262	0.00850	0.04084	0.89110	71.3500	1620000	8700	98.9	0.020	0.160	0.0289	0.0029
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	9	Bt	UV	0.00052	0.05086	0.02628	0.62990	51.4800	1650600	7500	99.7	0.160	0.330	0.0263	0.0025
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	10	Bt	UV	0.00212	0.09034	0.03187	0.70530	56.5900	1622100	6100	98.9	0.250	0.200	0.0285	0.0027
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	11	Bt	UV	0.00328	0.11660	0.03116	0.67320	55.6400	1646900	7600	98.2	0.330	0.210	0.0292	0.0027
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	12	Bt	UV	0.00245	0.04175	0.03968	0.85320	67.5100	1607500	7200	98.9	0.090	0.150	0.0293	0.0029
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	13	Bt	UV	0.00314	0.03703	0.04661	1.00100	79.2900	1608000	8000	98.8	0.070	0.190	0.0294	0.0029
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	14	Bt	UV	0.00102	0.08844	0.03595	0.80350	65.7500	1650100	5700	99.5	0.210	0.170	0.0282	0.0028
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	26	Bt	IR	0.00711		0.09395	2.17600	184.2800	1680100	2600	98.8			0.0272	0.0024
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	28	Bt	IR	0.00209	0.07991	0.09201	1.89100	154.0000	1645900	3300	99.6	0.081	0.081	0.0307	0.0027
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	29	Bt	IR	0.00278		0.07374	1.65100	133.5200	1635800	4700	99.4			0.0281	0.0025
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	30	Bt	IR	0.00283	0.03065	0.05624	1.27600	102.3500	1624500	4100	99.2	0.050	0.140	0.0278	0.0025
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	27	Grt	IR	0.00301	3.71300	0.00066	0.01752	17.6600	5273000	180000	95.0	408.000	44.000	0.0240	0.0390
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	31	Grt	IR	0.00009	3.69500	0.00027	0.00049	1.2800	6967000	6283000	98.0	14371.000	51082.000	0.3000	1.7000
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	35	Grt	UV	0.00117	1.12700	0.00049	0.00084	0.9625	4820000	2671000	64.0	2578.000	3967.000	0.4000	1.1000
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	37	Grt	UV	0.00052	1.03000	0.00428	0.00953	7.5390	4914000	406000	98.0	208.000	52.000	0.2830	0.0940
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	33	Qtz	UV	0.00092		0.00053	0.00217	8.8220	7750000	1238000	96.9			0.1500	0.3200
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	34	PI	UV	0.00243	0.77440	0.00283	0.03578	21.1900	4408000	78000	96.6	41.600	4.300	0.0500	0.0190
GarnetPt	-66.93	143.84	Retrogressed granulite 26.2T20A, J=0.018366 ± 0.000153	36	PI	UV	0.00740	0.69450	0.00840	0.04580	223.7200	8115000	104000	99.0	29.200	4.600	0.1160	0.0230