Citation:

PANGAEA.955437

Name: Single-grain apatite (U-Th)/He (AHe) analytical results and sample ages (Table S1)
Published: 2023-02-07
License: https://creativecommons.org/licenses/by/4.0/
Keywords: apatite fission-track thermochronology; Apatite (U-Th)/He thermochronology; Central Andes; erosion; exhumation; low-temperature thermochronology; South Peru; zircon fission-track thermochronology; zircon (U-Th)/He thermochronology

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Published: 2023-02-07 • DOI registered: 2023-09-29

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Abstract:

This dataset (Table S1) contains a total of 163 single-grain analytical data of apatite (U-Th)/He (AHe) measurements from 49 of the newly collected bedrock samples. Furthermore, the data table contains weighted mean AHe ages for reset samples. Data were acquired between 2018 and 2020 at the University of Tübingen, Germany, using standard heavy mineral separation techniques to obtain apatite concentrates, a Leica binocular for apatite selection, a Patterson helium line for single-grain helium measurements, and a Thermo Fisher Scientific iCAP Qc and Agilent 7900 ICP-MS for uranium, thorium, and samarium measurements via isotope dilution inductively coupled plasma mass spectrometry.

Keyword(s):

apatite fission-track thermochronology; Apatite (U-Th)/He thermochronology; Central Andes; erosion; exhumation; low-temperature thermochronology; South Peru; zircon fission-track thermochronology; zircon (U-Th)/He thermochronology

Related to:

Falkowski, Sarah; Ehlers, Todd A; McQuarrie, Nadine; Glover, Chloë O; Perez, Nicholas D; Buford Parks, Victoria M (2023): Exhumation and incision of the eastern Central Andes, southern Peru: Low-temperature thermochronology observations. Earth and Planetary Science Letters, 620, 118299, https://doi.org/10.1016/j.epsl.2023.118299

Coverage:

Median Latitude: -13.635156 * Median Longitude: -70.955230 * South-bound Latitude: -14.815220 * West-bound Longitude: -71.884360 * North-bound Latitude: -12.898500 * East-bound Longitude: -70.243860

Date/Time Start: 2018-07-01T00:00:00 * Date/Time End: 2018-07-20T00:00:00

Minimum Elevation: 359.0 m * Maximum Elevation: 5042.0 m

Event(s):

06JBPR10 * Latitude: -13.396730 * Longitude: -70.899980 * Elevation: 1097.0 m * Location: eastern Central Andes, South Peru * Method/Device: Rock sample (ROCK) * Comment: 2006

06JBPR17 * Latitude: -13.572510 * Longitude: -71.104770 * Elevation: 3971.0 m * Location: eastern Central Andes, South Peru * Method/Device: Rock sample (ROCK) * Comment: 2006

06JBPR19 * Latitude: -13.574400 * Longitude: -71.120070 * Elevation: 4269.0 m * Location: eastern Central Andes, South Peru * Method/Device: Rock sample (ROCK) * Comment: 2006

Comment:

Note: All errors are 1 sigma (1s). Mass, Rs, and Ft errors for samples P04x-31, 06JBPR10, 06JBPR17, and 06JBPR19 are estimated from the average relative errors of the other samples, as those samples' grain geometries and masses were obtained differently (see below) and uncertainty estimates are not available.

a: Effective uranium eU=[U]+0.235*[Th], based on grain masses determined after Glotzbach et al. (2019, https://doi.org/10.1016/j.chemgeo.2018.12.032) (except samples P04x-31, 06JBPR10, 06JBPR17, 06JBPR19, where the mass was determined via Ca-calibration).

b: Mass determined after Glotzbach et al. (2019, https://doi.org/10.1016/j.chemgeo.2018.12.032) and using an assumed density of 3.2±0.1 g/cm3 (except samples P04x-31, 06JBPR10, 06JBPR17, 06JBPR19, where the mass was determined via Ca-calibration).

c: Sphere-equivalent radius determined after Glotzbach et al. (2019, https://doi.org/10.1016/j.chemgeo.2018.12.032) (except samples P04x-31, 06JBPR10, 06JBPR17, 06JBPR19, where the grain geometries were estimated from length and width measurements).

d: Alpha-ejection correction factor determined after Glotzbach et al. (2019, https://doi.org/10.1016/j.chemgeo.2018.12.032) (except samples P04x-31, 06JBPR10, 06JBPR17, 06JBPR19, where the grain geometries were estimated from length and width measurements).

e: Weighted mean apatite (U-Th)/He age with weighted standard deviation is calculated for reset samples.

f: Interpreted AHe sample age refers to samples with only one single-grain age, which is cautiously used as sample age.

g: A 24% error was used as the interpreted age's uncertainty, which is the average relative error of the weighted mean AHe ages.

h: Single-grain age excluded as outlier from the sample age calculation. For an explanation, see Comment column.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	Event label	Event		Falkowski, Sarah
2	Latitude of event	Latitude		Falkowski, Sarah
3	Longitude of event	Longitude		Falkowski, Sarah
4	Elevation of event	Elevation	m	Falkowski, Sarah
5	Sample number	Sample no		Falkowski, Sarah	aliquot number
6	Uranium, effective	e U	mg/kg	Falkowski, Sarah	a
7	Uranium, effective, standard deviation	e U std dev	±	Falkowski, Sarah	1s err.
8	Mass	Mass	µg	Falkowski, Sarah	b
9	Mass, standard deviation	Mass std dev	±	Falkowski, Sarah	1s err.
10	Sphere equivalent radius	Rs	µm	Falkowski, Sarah	c
11	Sphere equivalent radius, standard deviation	Rs std dev	±	Falkowski, Sarah	1s err
12	alpha-ejection correction	Ft		Falkowski, Sarah	d
13	alpha-ejection correction, standard deviation	Ft std dev	±	Falkowski, Sarah	1s err.
14	Uranium, total	U tot	fmol	Falkowski, Sarah
15	Uranium, total, standard deviation	U tot std dev	±	Falkowski, Sarah	1s err.
16	Thorium-232	232Th	fmol	Falkowski, Sarah
17	Thorium-232, standard deviation	232Th std dev	±	Falkowski, Sarah	1s err.
18	Samarium-147	147Sm	fmol	Falkowski, Sarah
19	Samarium-147, standard deviation	147Sm std dev	±	Falkowski, Sarah	1s err.
20	Helium-4	4He	fmol	Falkowski, Sarah
21	Helium-4, standard deviation	4He std dev	±	Falkowski, Sarah	1s err.
22	Age	Age	Ma	Falkowski, Sarah	Uncorr. AHe age
23	Age, standard deviation	Age std dev	±	Falkowski, Sarah	Uncorr. AHe age 1s err.
24	Age	Age	Ma	Falkowski, Sarah	Corr. AHe age
25	Age, comment	Comm		Falkowski, Sarah
26	Age, standard deviation	Age std dev	±	Falkowski, Sarah	Corr. AHe age 1s err.
27	Age	Age	Ma	Falkowski, Sarah	Wm AHe age, e
28	Age, standard deviation	Age std dev	±	Falkowski, Sarah	Wm AHe age 1s err.
29	Age	Age	Ma	Falkowski, Sarah	Interpreted AHe sample age, f
30	Age, standard deviation	Age std dev	±	Falkowski, Sarah	Interpreted AHe sample age 1s, g
31	Comment	Comment		Falkowski, Sarah

License:

Creative Commons Attribution 4.0 International (CC-BY-4.0)

Status:

Curation Level: Enhanced curation (CurationLevelC)

Size:

3542 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 no (aliquot number)	6 e U [mg/kg] (a)	7 e U std dev [±] (1s err.)	8 Mass [µg] (b)	9 Mass std dev [±] (1s err.)	10 Rs [µm] (c)	11 Rs std dev [±] (1s err)	12 Ft (d)	13 Ft std dev [±] (1s err.)	14 U tot [fmol]	15 U tot std dev [±] (1s err.)	16 232Th [fmol]	17 232Th std dev [±] (1s err.)	18 147Sm [fmol]	19 147Sm std dev [±] (1s err.)	20 4He [fmol]	21 4He std dev [±] (1s err.)	22 Age [Ma] (Uncorr. AHe age)	23 Age std dev [±] (Uncorr. AHe age 1s err.)	24 Age [Ma] (Corr. AHe age)	25 Comm	26 Age std dev [±] (Corr. AHe age 1s err.)	27 Age [Ma] (Wm AHe age, e)	28 Age std dev [±] (Wm AHe age 1s err.)	29 Age [Ma] (Interpreted AHe sample age, f)	30 Age std dev [±] (Interpreted AHe sample age 1s, g)	31 Comment
18PE02	-13.6013	-70.7363	4537	18PE02a_1	67.0	6.3	6.8	0.40	62.0	1.6	0.80	0.007	1881.24	38.16	120.47	5.00	16.66	0.25	27.29	0.29	11.1	0.30	13.9		0.30	15.4	2.2
18PE02	-13.6013	-70.7363	4537	18PE02a_2	80.1	16.3	2.7	0.40	47.1	3.3	0.73	0.016	900.42	31.07	19.02	1.29	2.63	0.05	12.63	0.15	10.9	0.40	14.8		0.60
18PE02	-13.6013	-70.7363	4537	18PE02a_3	0.9	0.2	4.4	0.30	56.3	2.2	0.77	0.008	13.61	1.82	13.86	1.66	1.92	0.12	0.18	0.01	8.4	1.00	11.0		1.20
18PE02	-13.6013	-70.7363	4537	18PE02a_4	96.6	8.5	3.1	0.20	50.7	1.0	0.75	0.004	1254.83	36.22	65.87	2.92	9.11	0.11	22.46	0.23	13.8	0.40	18.3		0.50
18PE02	-13.6013	-70.7363	4537	18PE02a_5	71.6	16.1	7.0	1.00	67.0	2.8	0.81	0.008	2083.22	97.94	94.15	8.55	13.02	0.31	34.00	0.33	12.6	0.60	15.5		0.70
18PE03	-13.6371	-70.7599	4337	18PE03a_1	60.4	5.4	3.5	0.20	49.3	2.2	0.74	0.010	800.77	31.14	396.41	9.53	54.82	0.75	8.39	0.09	7.3	0.30	9.8		0.40	10.1	2.9
18PE03	-13.6371	-70.7599	4337	18PE03a_2	42.3	5.0	4.7	0.30	58.6	1.4	0.79	0.006	807.22	27.03	132.81	5.81	18.37	0.26	5.54	0.07	5.1	0.20	6.5		0.20
18PE03	-13.6371	-70.7599	4337	18PE03a_3	70.6	8.8	3.7	0.30	54.2	1.4	0.77	0.006	976.07	32.16	557.30	13.34	77.07	1.50	10.75	0.11	7.6	0.20	9.9		0.30
18PE03	-13.6371	-70.7599	4337	18PE03a_4	68.0	11.6	3.7	0.40	50.2	3.0	0.75	0.012	1027.26	20.51	74.76	4.75	10.34	0.17	13.47	0.13	10.1	0.20	13.4		0.40
18PE03	-13.6371	-70.7599	4337	18PE03a_5	3.4	1.0	17.1	2.50	83.3	7.7	0.85	0.013	241.57	16.94	23.29	4.32	3.22	0.12	52.08	0.54	163.2	10.70	191.8	h	13.00					aliquot is older than reset AFT and ZHe ages
18PE04	-13.7636	-70.7934	4731	18PE04a_1	21.4	1.8	3.0	0.10	49.6	0.8	0.73	0.003	176.35	5.49	406.15	16.98	56.17	0.67	3.94	0.05	11.3	0.30	15.6		0.50	15.5	2.2
18PE04	-13.7636	-70.7934	4731	18PE04a_2	18.0	1.2	4.4	0.10	56.9	1.1	0.77	0.004	230.21	9.39	436.16	13.24	60.32	0.81	4.16	0.05	9.8	0.30	12.7		0.40
18PE04	-13.7636	-70.7934	4731	18PE04a_3	34.8	6.2	4.5	0.50	57.3	2.2	0.77	0.009	362.77	11.64	1274.62	28.53	176.27	2.36	29.85	0.33	35.3	0.80	46.0	h	1.20					aliquot is older than AFT age
18PE04	-13.7636	-70.7934	4731	18PE04a_4	22.5	1.7	4.3	0.20	51.7	1.1	0.75	0.006	264.70	8.04	622.26	15.73	86.06	1.02	6.76	0.08	12.9	0.30	17.3		0.40
18PE05	-13.8174	-70.7901	4524	18PE05a_1	203.4	23.5	3.9	0.30	55.6	1.5	0.76	0.006	1723.37	32.93	6906.26	136.89	955.10	15.06	34.88	0.37	8.2	0.10	10.8		0.20			10.8	2.6
18PE05	-13.8174	-70.7901	4524	18PE05a_3	8.6	1.7	2.7	0.30	48.9	1.4	0.79	0.081	72.40	4.18	106.07	6.73	14.67	0.77	3.96	0.06	31.9	1.50	40.4	h	4.50					aliquot is ~ same age as reset ZHe age, and 'too old' based on the regional trend
18PE06	-13.8801	-70.5132	3791	18PE06a_1	11.9	2.5	3.0	0.40	49.4	2.1	0.78	0.082	84.77	4.85	291.80	10.47	40.35	0.71	0.95	0.02	4.9	0.20	6.2		0.70			6.2	1.5	sample is interpreted to be reset
18PE07	-13.8053	-70.4771	2775	18PE07a_1	50.4	3.8	5.0	0.20	61.6	0.7	0.78	0.003	593.79	15.08	2047.25	41.96	283.12	4.90	2.42	0.04	1.8	0.04	2.3		0.05	1.9	1.3
18PE07	-13.8053	-70.4771	2775	18PE07a_2	55.3	10.3	4.0	0.50	50.1	3.3	0.73	0.016	516.24	17.33	1783.83	45.85	246.69	3.40	0.91	0.02	0.8	0.02	1.0		0.04
18PE07	-13.8053	-70.4771	2775	18PE07a_3	26.5	6.0	3.4	0.50	49.2	3.8	0.73	0.018	237.82	6.92	599.60	16.71	82.92	1.37	1.38	0.03	2.9	0.10	3.9		0.20
18PE07	-13.8053	-70.4771	2775	18PE07a_4	44.1	3.8	4.5	0.20	58.9	0.7	0.77	0.003	468.22	12.49	1579.39	37.20	218.42	2.85	0.39	0.01	0.4	0.01	0.5		0.02
18PE08	-13.7106	-70.4551	2030	18PE08a_1	112.0	25.6	11.7	1.80	78.1	4.4	0.84	0.008	5508.35	138.38	85.09	3.97	11.77	0.15	26.80	0.27	3.8	0.10	4.5		0.10	4.3	0.3
18PE08	-13.7106	-70.4551	2030	18PE08a_2	84.0	8.6	4.3	0.20	55.2	0.8	0.77	0.003	1518.37	69.55	31.09	2.26	4.30	0.09	7.15	0.08	3.7	0.20	4.7		0.20
18PE08	-13.7106	-70.4551	2030	18PE08a_3	63.1	7.3	3.7	0.20	54.1	1.0	0.77	0.005	974.60	27.93	14.90	1.40	2.06	0.04	4.13	0.05	3.3	0.10	4.3		0.10
18PE08	-13.7106	-70.4551	2030	18PE08a_4	67.8	9.6	3.9	0.30	53.5	2.0	0.77	0.006	1109.05	42.90	30.31	2.59	4.19	0.12	4.17	0.05	2.9	0.10	3.8		0.20
18PE09	-13.6676	-70.4775	1756	18PE09a_1	43.9	8.3	17.1	2.20	85.7	3.5	0.85	0.007	2948.22	80.55	925.98	18.89	128.06	1.42	19.46	0.19	4.8	0.10	5.6		0.20	4.2	1.0
18PE09	-13.6676	-70.4775	1756	18PE09a_2	130.0	17.3	13.1	1.20	79.1	3.5	0.84	0.007	6781.78	191.89	1716.86	50.97	237.43	1.92	29.58	0.31	3.2	0.10	3.8		0.10
18PE09	-13.6676	-70.4775	1756	18PE09a_3	98.1	9.4	8.6	0.50	70.4	2.8	0.82	0.007	3390.00	65.42	609.94	13.88	84.35	1.04	14.99	0.18	3.3	0.10	4.0		0.10
18PE09	-13.6676	-70.4775	1756	18PE09a_4	60.9	4.6	5.7	0.20	61.6	1.0	0.79	0.005	1393.65	37.96	333.08	9.82	46.06	0.78	4.70	0.06	2.5	0.10	3.1		0.10
18PE10	-13.6021	-70.4504	1134	18PE10a_1	2.8	0.5	7.9	0.60	72.0	2.1	0.82	0.005	89.33	4.60	16.91	1.91	2.34	0.03	0.84	0.02	7.0	0.40	8.5		0.50	5.7	2.2
18PE10	-13.6021	-70.4504	1134	18PE10a_2	1.2	0.2	8.2	0.40	69.5	0.6	0.82	0.002	38.81	2.69	8.70	1.23	1.20	0.02	0.14	0.01	2.7	0.20	3.3		0.30
18PE10	-13.6021	-70.4504	1134	18PE10a_3	87.2	14.8	2.0	0.20	44.9	1.8	0.72	0.009	719.83	26.11	89.77	4.94	12.41	0.33	3.34	0.05	3.5	0.10	4.9		0.20
18PE10	-13.6021	-70.4504	1134	18PE10a_4	2.2	0.4	4.8	0.40	60.1	1.0	0.79	0.003	38.34	2.15	27.71	2.27	3.83	0.09	0.54	0.02	9.5	0.60	12.1	h	0.80					aliquot is older than reset AFT and ZHe ages
18PE10	-13.6021	-70.4504	1134	18PE10a_5	3.5	1.6	2.8	0.10	51.4	0.8	0.76	0.004	38.84	6.56	13.31	5.60	1.84	0.10	1.48	0.03	28.3	4.90	37.2	h	6.10					aliquot is older than reset AFT and ZHe ages
18PE10	-13.6021	-70.4504	1134	18PE10a_6	5.2	1.5	1.7	0.10	43.0	0.7	0.71	0.003	33.76	6.10	12.14	2.57	1.68	0.13	0.10	0.01	2.2	0.50	3.1		0.70
18PE11	-13.5333	-70.4363	858	18PE11a_1	84.1	26.9	4.7	1.00	53.7	2.4	0.81	0.078	1582.99	44.65	331.87	10.90	45.90	0.77	6.72	0.08	3.2	0.10	3.9		0.40			3.9	0.9	sample is interpreted to be reset
18PE13	-13.4185	-70.3291	484	18PE13a_1	132.4	42.6	1.0	0.20	33.0	3.2	0.63	0.029	524.29	17.03	55.96	3.66	7.74	0.20	1.80	0.03	2.6	0.10	4.1		0.20	3.5	0.9
18PE13	-13.4185	-70.3291	484	18PE13a_2	30.4	2.7	1.3	0.01	39.2	0.6	0.68	0.003	156.62	7.10	34.96	2.50	4.83	0.23	0.45	0.02	2.1	0.10	3.1		0.20
18PE13	-13.4185	-70.3291	484	18PE13a_3	19.5	3.1	1.1	0.10	35.2	1.0	0.65	0.011	88.87	4.92	11.60	1.18	1.60	0.08	0.09	0.01	0.8	0.10	1.2		0.20
18PE13	-13.4185	-70.3291	484	18PE13a_5	7.0	1.1	1.3	0.10	39.4	0.8	0.68	0.007	34.70	2.57	22.43	2.19	3.10	0.09	0.15	0.01	2.9	0.30	4.3		0.40
18PE13	-13.4185	-70.3291	484	18PE13a_6	1.2	0.5	2.4	0.20	47.9	1.9	0.72	0.009	5.26	1.90	33.11	4.43	4.58	0.14	0.31	0.01	19.0	3.50	26.4	h	4.80
18PE17	-13.2434	-70.3429	407	18PE17a_1	118.0	6.2	2.6	0.04	47.9	0.5	0.72	0.003	744.92	28.10	2481.90	58.99	343.23	15.44	57.89	0.56	34.1	0.90	47.1		1.20			47.1	11.3	sample is interpreted to be partially reset
18PE18	-13.1427	-70.3886	359	18PE18a_1	65.0	7.5	3.3	0.20	50.7	1.7	0.75	0.007	820.25	30.21	397.74	14.35	55.01	1.15	24.75	0.26	21.1	0.70	28.2		1.00	28.9	1.5			~depositional age
18PE18	-13.1427	-70.3886	359	18PE18a_2	33.4	5.3	0.9	0.10	35.2	1.4	0.65	0.012	120.62	6.09	29.41	2.06	4.07	0.06	3.29	0.06	20.1	1.00	31.1		1.70
18PE18	-13.1427	-70.3886	359	18PE18a_3	50.5	4.7	0.9	0.03	33.4	0.6	0.63	0.007	158.60	8.60	104.89	4.90	14.51	0.38	1.83	0.03	7.8	0.40	12.4	h	0.60					partially reset sample?
18PE18	-13.1427	-70.3886	359	18PE18a_4	20.3	5.7	1.0	0.04	35.0	0.7	0.64	0.003	83.31	6.56	4.49	1.17	0.62	0.02	1.95	0.03	18.1	1.40	28.1		2.20
18PE20	-13.2584	-70.7797	709	18PE20a_1	3.7	0.8	3.0	0.40	47.8	1.0	0.78	0.084	35.01	2.11	49.28	3.24	6.82	0.15	0.47	0.02	7.9	0.50	10.1		1.20	7.6	2.7
18PE20	-13.2584	-70.7797	709	18PE20a_2	3.8	0.9	2.4	0.40	39.7	1.2	0.74	0.096	28.64	2.88	43.69	3.06	6.04	0.11	0.41	0.02	8.3	0.70	11.3		1.70
18PE20	-13.2584	-70.7797	709	18PE20a_3	4.6	0.5	3.4	0.20	44.7	0.4	0.76	0.081	39.53	2.15	116.84	5.19	16.16	0.16	0.41	0.02	4.8	0.30	6.2		0.70
18PE20	-13.2584	-70.7797	709	18PE20a_4	3.9	0.9	2.1	0.30	40.8	1.1	0.74	0.091	23.32	2.86	46.86	4.80	6.48	0.15	0.16	0.01	3.7	0.40	5.0		0.80
18PE20	-13.2584	-70.7797	709	18PE20a_5	6.6	1.4	2.1	0.20	38.4	0.3	0.73	0.096	31.52	4.52	112.62	10.26	15.57	0.57	0.31	0.01	4.2	0.40	5.8		1.00
18PE20	-13.2584	-70.7797	709	18PE20a_6	3.6	1.1	1.8	0.20	41.9	1.2	0.75	0.092	18.09	3.79	39.38	4.63	5.45	0.20	0.13	0.01	3.8	0.60	5.0		1.00
18PE23	-13.3533	-70.8825	959	18PE23a_1	18.3	4.7	4.1	0.60	55.4	2.8	0.77	0.014	304.35	30.38	34.65	3.68	4.79	1.02	0.35	0.01	0.9	0.10	1.1		0.10	2.6	0.6
18PE23	-13.3533	-70.8825	959	18PE23a_2	47.4	4.4	3.5	0.10	53.3	0.7	0.77	0.003	665.38	34.07	97.95	5.44	13.55	0.76	2.03	0.03	2.3	0.10	3.0		0.20
18PE23	-13.3533	-70.8825	959	18PE23a_3	16.6	2.0	3.8	0.10	56.6	0.9	0.78	0.003	259.72	16.79	28.94	2.38	4.00	0.40	0.74	0.02	2.2	0.10	2.8		0.20
18PE23	-13.3533	-70.8825	959	18PE23a_4	28.2	3.4	2.9	0.10	51.3	0.9	0.75	0.004	341.17	21.76	27.08	2.26	3.74	0.45	0.82	0.02	1.8	0.10	2.4		0.20
18PE26	-13.5167	-70.8969	1935	18PE26a_1	5.7	0.7	17.8	0.60	93.6	0.7	0.87	0.001	421.67	16.96	14.08	1.58	1.95	0.06	1.36	0.03	2.5	0.10	2.9		0.10	3.0	0.3
18PE26	-13.5167	-70.8969	1935	18PE26a_2	21.3	3.0	13.2	1.30	74.6	3.9	0.83	0.008	1056.44	27.54	558.33	14.67	77.21	1.21	3.92	0.07	2.6	0.10	3.1		0.10
18PE26	-13.5167	-70.8969	1935	18PE26a_3	15.1	1.3	9.5	0.30	74.3	0.6	0.83	0.002	563.54	27.63	165.27	6.22	22.86	0.40	1.88	0.03	2.4	0.10	2.9		0.10
18PE26	-13.5167	-70.8969	1935	18PE26a_4	25.6	2.2	5.4	0.20	61.6	1.2	0.80	0.003	542.04	23.81	154.97	7.85	21.43	0.75	1.68	0.03	2.3	0.10	2.9		0.10
18PE26	-13.5167	-70.8969	1935	18PE26a_5	3.8	0.9	3.5	0.20	54.6	0.6	0.77	0.003	53.56	5.34	8.38	1.51	1.16	0.36	0.05	0.01	0.7	0.10	1.0		0.20
18PE27	-13.5650	-70.9153	2289	18PE27a_1	0.4	0.2	9.9	1.40	68.9	1.7	0.86	0.059	17.16	4.01	5.53	1.44	0.76	0.66	5.23	0.06	226.3	54.70	266.5	h	66.90	2.2	1.0			aliquot is anomalously old in context with other ages
18PE27	-13.5650	-70.9153	2289	18PE27a_2	46.7	3.5	10.3	0.20	64.2	2.7	0.79	0.007	1178.92	56.42	3646.43	156.94	504.28	13.63	2.02	0.03	0.8	0.03	1.0		0.03
18PE27	-13.5650	-70.9153	2289	18PE27a_3	25.2	4.9	25.0	3.30	93.0	3.1	0.89	0.045	1747.55	70.14	3908.87	131.49	540.58	14.03	7.63	0.10	2.2	0.10	2.5		0.10
18PE27	-13.5650	-70.9153	2289	18PE27a_5	68.6	7.1	4.8	0.20	55.9	2.4	0.76	0.009	798.22	47.87	2606.43	103.74	360.46	10.07	4.28	0.05	2.4	0.10	3.1		0.10
18PE27	-13.5650	-70.9153	2289	18PE27a_6	106.2	7.1	15.6	0.30	84.4	0.4	0.84	0.001	4064.77	154.91	12617.84	516.36	1744.98	32.88	19.81	0.20	2.2	0.10	2.6		0.10
18PE28	-13.5777	-70.9256	2416	18PE28a_1	496.5	41.9	10.3	0.40	71.8	0.4	0.81	0.001	12599.61	684.02	38342.57	1400.57	5302.59	147.44	23.42	0.23	0.9	0.03	1.0		0.04	1.3	0.4
18PE28	-13.5777	-70.9256	2416	18PE28a_2	369.0	51.0	15.1	1.30	84.4	3.1	0.84	0.005	13471.79	582.36	43182.33	1749.78	5971.90	114.26	30.12	0.28	1.0	0.03	1.2		0.04
18PE28	-13.5777	-70.9256	2416	18PE28a_3	310.2	61.4	24.7	0.60	99.7	1.5	0.87	0.002	20909.19	2626.65	48940.13	7232.99	6768.17	340.08	64.47	0.62	1.6	0.10	1.8		0.20
18PE28	-13.5777	-70.9256	2416	18PE28a_4	109.8	27.6	28.1	4.30	100.9	6.0	0.87	0.006	7405.45	673.54	24162.26	2225.16	3341.52	164.51	30.95	0.40	1.9	0.10	2.1		0.10
18PE29	-13.5902	-70.9528	2603	18PE29a_1	28.2	3.2	13.2	1.00	81.3	1.4	0.84	0.003	1246.06	32.03	1371.62	39.49	189.69	2.44	1.54	0.03	0.8	0.02	0.9		0.03	1.6	1.0
18PE29	-13.5902	-70.9528	2603	18PE29a_2	43.4	2.6	15.4	0.50	79.3	1.2	0.84	0.002	2155.46	54.49	2851.16	56.95	394.30	4.43	3.88	0.06	1.1	0.03	1.3		0.03
18PE29	-13.5902	-70.9528	2603	18PE29a_3	28.1	4.3	7.3	0.80	64.5	1.4	0.84	0.062	588.51	16.79	1195.97	22.96	165.40	2.91	1.13	0.02	1.0	0.03	1.2		0.10
18PE29	-13.5902	-70.9528	2603	18PE29a_4	39.0	3.4	4.8	0.20	57.1	1.1	0.77	0.007	508.71	20.16	1199.84	25.00	165.93	2.81	2.43	0.04	2.4	0.10	3.1		0.10
18PE32	-13.6416	-70.9155	3367	18PE32a_1	41.0	7.4	8.9	1.10	62.9	5.3	0.80	0.014	1481.01	39.54	232.43	7.81	32.14	0.53	4.61	0.06	2.3	0.10	2.9		0.10	3.5	1.4
18PE32	-13.6416	-70.9155	3367	18PE32a_2	37.8	7.3	4.7	0.60	55.3	2.8	0.77	0.011	732.12	25.62	79.02	5.97	10.93	0.23	1.83	0.03	1.9	0.10	2.5		0.10
18PE32	-13.6416	-70.9155	3367	18PE32a_3	33.2	3.9	17.4	0.80	92.4	2.0	0.86	0.003	2387.39	106.83	201.12	16.67	27.81	0.67	10.99	0.12	3.5	0.20	4.1		0.20
18PE32	-13.6416	-70.9155	3367	18PE32a_4	49.4	7.0	6.2	0.50	62.3	2.0	0.80	0.007	1203.83	68.30	344.21	19.60	47.60	1.47	8.08	0.10	4.9	0.30	6.1		0.30
18PE33	-13.6061	-71.0529	3988	18PE33a_3	3.8	0.9	3.0	0.10	50.3	0.5	0.72	0.004	12.15	2.51	158.09	12.38	21.86	0.84	0.07	0.01	1.2	0.20	1.6		0.20
18PE33	-13.6061	-71.0529	3988	18PE33a_4	8.7	2.3	3.4	0.50	52.6	3.0	0.75	0.014	94.87	10.58	120.27	10.48	16.63	1.63	2.07	0.03	13.2	1.20	17.6		1.60
18PE35	-13.4606	-71.8844	3772	18PE35a_1	52.8	11.0	2.0	0.20	44.8	1.5	0.72	0.008	429.50	30.87	79.23	12.62	10.96	1.05	1.55	0.03	2.7	0.20	3.8		0.30	4.8	1.5
18PE35	-13.4606	-71.8844	3772	18PE35a_2	73.3	19.3	2.6	0.20	45.3	1.3	0.73	0.008	777.66	24.93	61.78	14.60	8.54	0.15	2.36	0.04	2.3	0.10	3.2		0.10
18PE35	-13.4606	-71.8844	3772	18PE35a_3	17.6	3.4	1.0	0.10	34.8	1.3	0.64	0.010	59.33	6.34	52.54	5.94	7.27	1.00	0.09	0.01	0.9	0.10	1.5		0.20
18PE35	-13.4606	-71.8844	3772	18PE35a_4	48.5	4.9	1.0	0.04	34.8	0.4	0.64	0.006	168.22	10.44	124.89	6.11	17.27	0.44	0.86	0.02	3.4	0.20	5.3		0.30
18PE35	-13.4606	-71.8844	3772	18PE35a_5	41.8	2.6	3.3	0.10	47.7	0.7	0.73	0.004	484.33	14.69	446.23	14.59	61.71	1.07	3.34	0.05	4.4	0.10	6.1		0.20
18PE36	-13.2907	-71.6007	2920	18PE36a_4	52.0	5.6	0.6	0.02	31.0	0.4	0.59	0.006	96.96	8.19	196.17	6.21	27.13	1.91	0.50	0.02	2.7	0.20	4.7		0.30	4.9	0.8
18PE36	-13.2907	-71.6007	2920	18PE36a_5	6.9	2.2	0.9	0.04	33.0	0.3	0.60	0.006	11.94	3.17	62.40	10.35	8.63	0.92	0.13	0.01	3.8	0.60	6.4		1.10
18PE37	-13.1980	-71.6230	3490	18PE37a_2	67.6	19.9	1.0	0.20	32.0	3.4	0.60	0.034	226.44	21.91	208.95	9.34	28.90	5.13	15.88	0.18	45.1	3.50	74.9	h	7.20	4.2	0.2			aliquot is anomalously old in context with other ages
18PE37	-13.1980	-71.6230	3490	18PE37a_3	26.6	2.9	1.0	0.03	35.5	0.5	0.64	0.005	89.18	7.01	106.67	5.93	14.75	1.27	0.38	0.01	2.6	0.20	4.0		0.30
18PE37	-13.1980	-71.6230	3490	18PE37a_4	43.0	4.8	0.7	0.03	31.3	0.9	0.59	0.009	91.86	7.37	140.48	5.89	19.43	2.20	0.41	0.01	2.5	0.20	4.3		0.30
18PE39	-13.1299	-71.5767	2176	18PE39a_1	17.8	6.4	0.9	0.05	32.1	0.4	0.61	0.007	47.26	3.96	80.54	27.30	11.14	0.41	0.88	0.02	10.5	1.30	17.2		1.90			17.2	4.1
18PE40	-13.0764	-71.5569	1828	18PE40a_1	8.4	1.3	4.6	0.30	54.2	1.9	0.76	0.009	110.61	10.51	224.95	12.40	31.11	0.66	0.32	0.01	1.5	0.10	2.0		0.20	3.6	1.1
18PE40	-13.0764	-71.5569	1828	18PE40a_2	10.4	1.4	2.3	0.20	43.4	1.7	0.70	0.010	63.51	5.05	169.06	8.84	23.38	0.61	0.32	0.01	2.5	0.10	3.5		0.20
18PE40	-13.0764	-71.5569	1828	18PE40a_3	26.2	3.7	2.6	0.10	46.0	1.9	0.72	0.009	222.20	20.89	266.37	17.81	36.84	0.92	1.32	0.02	3.6	0.30	5.0		0.40
18PE40	-13.0764	-71.5569	1828	18PE40a_4	10.5	2.4	3.0	0.40	46.1	3.2	0.72	0.015	77.80	7.80	230.73	12.65	31.91	1.18	0.44	0.02	2.6	0.20	3.7		0.30
18PE41	-13.0543	-71.5421	1420	18PE41a_1	33.3	4.5	4.2	0.40	53.2	1.3	0.80	0.075	413.65	14.04	787.17	18.15	108.86	2.02	1.15	0.03	1.5	0.05	1.9		0.20	2.2	0.1
18PE41	-13.0543	-71.5421	1420	18PE41a_2	21.1	2.4	11.6	0.80	70.3	0.9	0.85	0.058	664.88	20.74	1593.78	57.41	220.41	2.58	2.66	0.04	2.0	0.10	2.4		0.20
18PE41	-13.0543	-71.5421	1420	18PE41a_3	18.0	1.4	5.0	0.20	53.1	0.2	0.80	0.070	237.52	9.32	596.85	22.26	82.54	1.58	0.78	0.02	1.6	0.10	2.0		0.20
18PE41	-13.0543	-71.5421	1420	18PE41a_4	31.3	2.7	3.5	0.20	47.6	1.7	0.73	0.008	315.96	10.47	619.55	22.91	85.68	1.81	0.95	0.02	1.6	0.10	2.2		0.10
18PE41	-13.0543	-71.5421	1420	18PE41a_5	32.3	2.0	4.0	0.10	54.6	0.6	0.76	0.002	395.44	10.94	638.89	19.52	88.35	2.22	1.17	0.02	1.7	0.04	2.2		0.10
18PE43	-12.9242	-71.3864	655	18PE43a_1	5.9	2.1	8.1	0.20	69.4	0.7	0.82	0.002	191.47	41.80	32.05	9.30	4.43	0.11	20.50	0.21	83.6	19.30	102.2	h	23.50	9.2	1.8			aliquot is older than reset AFT age
18PE43	-12.9242	-71.3864	655	18PE43a_2	35.1	4.1	1.9	0.10	43.5	0.9	0.69	0.006	183.17	13.16	413.90	20.53	57.24	2.03	1.74	0.03	4.9	0.30	7.0		0.40
18PE43	-12.9242	-71.3864	655	18PE43a_3	45.7	7.1	4.0	0.40	51.9	3.4	0.75	0.015	544.95	27.54	947.40	45.18	131.02	2.71	6.92	0.08	7.1	0.30	9.4		0.40
18PE43	-12.9242	-71.3864	655	18PE43a_4	22.1	2.5	4.1	0.20	56.6	1.4	0.77	0.006	259.62	17.97	521.18	27.12	72.08	2.04	4.03	0.05	8.3	0.40	10.7		0.50
18PE44	-12.9049	-71.3759	540	18PE44a_4	5.5	1.5	1.1	0.03	35.4	0.8	0.64	0.003	18.56	3.86	31.25	5.51	4.32	0.61	0.22	0.01	6.9	1.20	10.7		1.80			10.7	2.6
18PE45	-12.8985	-71.3694	588	18PE45a_1	36.9	4.6	2.6	0.10	50.0	1.4	0.75	0.005	350.80	23.32	218.49	13.96	30.22	1.77	4.32	0.07	8.4	0.50	11.3		0.70	15.2	5.2
18PE45	-12.8985	-71.3694	588	18PE45a_3	26.6	6.1	1.3	0.20	36.2	1.9	0.65	0.017	90.24	7.96	259.46	13.01	35.88	2.57	2.44	0.04	12.7	0.70	19.7		1.20
18PE45	-12.8985	-71.3694	588	18PE45a_4	11.2	3.3	1.7	0.20	40.8	1.2	0.75	0.095	61.65	10.86	71.75	7.73	9.92	3.35	0.70	0.02	7.0	1.00	9.4		1.80
18PE47	-13.1007	-71.5652	1924	18PE47a_3	54.8	9.7	1.1	0.10	37.4	1.0	0.66	0.010	193.46	16.07	287.83	22.00	39.80	2.67	0.54	0.01	1.6	0.10	2.5		0.20			2.5	0.6
18PE51	-13.4207	-71.8461	2993	18PE51a_1	11.7	2.1	1.3	0.04	36.8	0.7	0.66	0.004	52.25	6.23	57.06	7.07	7.89	0.53	0.48	0.01	5.7	0.60	8.7		0.90			8.7	2.1
18PE52	-14.3000	-71.2315	3605	18PE52a_1	23.6	3.5	1.2	0.10	38.4	1.1	0.65	0.009	61.11	6.08	267.05	17.14	36.93	2.53	0.39	0.02	2.5	0.20	3.8		0.30	3.3	0.5
18PE52	-14.3000	-71.2315	3605	18PE52a_2	15.3	2.5	1.7	0.10	41.5	1.0	0.68	0.009	64.32	6.99	190.85	12.66	26.39	1.88	0.29	0.01	2.1	0.20	3.1		0.30
18PE52	-14.3000	-71.2315	3605	18PE52a_4	32.2	6.3	1.3	0.10	39.5	1.2	0.64	0.009	22.98	3.58	695.40	39.80	96.17	4.95	0.43	0.02	1.8	0.10	2.9		0.20
18PE53	-14.3530	-71.3625	4138	18PE53a_1	10.6	1.4	4.0	0.20	56.7	1.1	0.77	0.004	124.47	10.93	243.56	16.12	33.68	1.13	1.45	0.03	6.2	0.40	8.1		0.60	9.6	1.6
18PE53	-14.3530	-71.3625	4138	18PE53a_2	15.7	2.9	1.7	0.10	40.5	1.2	0.67	0.011	63.99	8.34	206.21	11.30	28.52	1.96	0.81	0.02	5.7	0.50	8.4		0.70
18PE53	-14.3530	-71.3625	4138	18PE53a_3	28.3	3.0	1.5	0.10	41.0	0.5	0.68	0.006	107.57	7.70	290.10	15.10	40.12	2.04	1.68	0.03	7.5	0.40	11.0		0.60
18PE53	-14.3530	-71.3625	4138	18PE53a_4	19.7	5.3	1.1	0.20	33.4	2.1	0.62	0.022	64.52	8.74	111.83	9.57	15.46	1.95	0.60	0.02	5.2	0.50	8.4		0.90
18PE55	-14.1757	-71.1939	3963	18PE55a_4	52.7	6.3	1.5	0.10	39.5	1.1	0.67	0.008	226.83	16.57	420.73	25.62	58.19	2.78	3.71	0.05	8.9	0.50	13.3		0.70			13.3	3.2
18PE57	-14.0857	-71.1692	4251	18PE57a_1	42.7	4.6	1.8	0.03	44.2	0.3	0.71	0.002	281.80	17.09	145.14	12.27	20.07	0.53	8.32	0.10	20.6	1.10	28.8		1.50					partially reset sample
18PE57	-14.0857	-71.1692	4251	18PE57a_2	2.1	0.8	1.5	0.20	40.2	1.7	0.68	0.013	10.18	2.23	12.94	3.65	1.79	0.17	0.12	0.01	7.3	1.40	10.7		2.20
18PE57	-14.0857	-71.1692	4251	18PE57a_4	5.0	1.3	1.3	0.10	39.4	0.6	0.67	0.007	18.89	4.09	38.88	4.29	5.38	0.30	0.21	0.01	5.9	0.90	8.8		1.50
18PE61	-13.8506	-70.8871	5042	18PE61a_1	8.0	1.3	4.2	0.40	52.7	2.0	0.75	0.009	87.57	7.74	232.11	12.61	32.10	0.91	2.59	0.04	14.3	0.90	19.0		1.10	17.2	3.0
18PE61	-13.8506	-70.8871	5042	18PE61a_2	10.7	1.9	1.8	0.20	42.2	1.3	0.69	0.011	50.95	5.63	132.03	8.34	18.26	0.82	1.39	0.03	13.3	1.00	19.3		1.50
18PE61	-13.8506	-70.8871	5042	18PE61a_3	9.1	1.2	2.5	0.10	47.2	0.9	0.72	0.004	58.57	4.56	158.55	13.30	21.93	1.09	1.23	0.03	10.1	0.60	14.1		0.90
18PE61	-13.8506	-70.8871	5042	18PE61a_4	124.7	15.5	1.9	0.10	39.4	1.0	0.68	0.010	861.74	60.64	574.53	33.97	79.45	4.72	99.25	0.93	77.7	4.70	113.8	h	7.00					aliquot is anomalously old in context with other ages
18PE62	-13.7866	-70.5515	4373	18PE62a_1	47.4	10.7	3.0	0.30	50.7	1.4	0.75	0.008	590.56	26.02	54.91	9.33	7.59	0.24	9.72	0.10	12.6	0.50	16.7		0.70	15.6	1.5
18PE62	-13.7866	-70.5515	4373	18PE62a_2	41.4	5.9	3.9	0.30	56.2	1.7	0.78	0.008	661.93	33.28	69.45	5.46	9.61	0.25	11.37	0.13	13.1	0.70	16.8		0.80
18PE62	-13.7866	-70.5515	4373	18PE62a_3	36.8	8.2	2.7	0.10	50.6	0.3	0.75	0.002	412.47	35.90	32.86	6.58	4.54	0.21	6.66	0.08	12.4	1.00	16.5		1.40
18PE62	-13.7866	-70.5515	4373	18PE62a_4	112.9	11.5	6.1	0.30	65.7	1.7	0.79	0.004	1347.92	81.39	6782.86	234.21	938.04	21.46	41.86	0.42	11.2	0.40	14.1		0.50
18PE64	-14.2685	-70.2439	4185	18PE64a_1	46.7	4.0	2.3	0.10	45.4	0.7	0.72	0.002	391.69	15.45	228.11	8.89	31.55	1.00	12.81	0.15	22.5	0.80	31.1		1.10					partially reset sample
18PE64	-14.2685	-70.2439	4185	18PE64a_2	9.9	0.9	2.0	0.03	44.2	0.6	0.70	0.004	46.15	3.97	167.64	5.65	23.18	0.64	1.26	0.03	11.6	0.60	16.6		0.90
18PE64	-14.2685	-70.2439	4185	18PE64a_3	12.2	1.5	1.9	0.10	43.6	1.2	0.69	0.005	53.22	5.00	195.76	10.05	27.07	0.79	2.61	0.03	20.7	1.20	29.9		1.70
18PE64	-14.2685	-70.2439	4185	18PE64a_4	5.1	0.9	2.1	0.10	43.4	0.4	0.68	0.006	12.88	2.17	142.33	5.66	19.68	0.92	0.78	0.02	13.2	0.70	19.4		1.20
18PE64	-14.2685	-70.2439	4185	18PE64a_5	9.6	1.9	1.9	0.10	45.1	0.6	0.69	0.004	28.16	5.02	219.89	13.13	30.41	1.16	1.25	0.02	12.3	0.90	17.7		1.40
18PE65	-14.2846	-70.3341	4222	18PE65a_1	13.8	1.7	5.2	0.40	61.8	1.8	0.78	0.005	162.72	8.03	611.48	18.25	84.56	1.65	10.86	0.11	27.8	0.80	35.5		1.10					partially reset sample
18PE65	-14.2846	-70.3341	4222	18PE65a_2	15.5	1.7	5.2	0.40	61.3	2.0	0.78	0.005	170.73	5.97	739.21	19.02	102.23	1.78	14.12	0.15	32.1	0.80	41.3		1.00
18PE65	-14.2846	-70.3341	4222	18PE65a_3	7.7	1.3	1.8	0.04	41.9	0.4	0.70	0.003	54.03	4.38	12.40	1.87	1.72	0.13	1.56	0.02	21.4	1.60	30.4		2.40
18PE65	-14.2846	-70.3341	4222	18PE65a_5	38.6	6.9	1.3	0.10	36.5	2.0	0.65	0.018	132.60	10.88	323.18	17.84	44.69	2.12	4.17	0.05	15.7	0.90	24.2		1.50
18PE65	-14.2846	-70.3341	4222	18PE65a_6	20.3	2.9	1.6	0.10	41.5	1.2	0.68	0.006	75.47	8.27	277.15	19.64	38.33	2.04	3.06	0.05	17.1	1.20	25.3		1.80
18PE66	-14.3433	-70.5335	4285	18PE66a_2	63.1	6.0	1.2	0.10	36.6	0.7	0.65	0.008	236.06	9.45	305.89	9.15	42.30	0.82	5.35	0.07	13.5	0.40	20.8		0.70	22.1	1.6
18PE66	-14.3433	-70.5335	4285	18PE66a_3	38.5	3.4	1.0	0.04	35.9	0.3	0.64	0.005	122.38	5.75	137.27	6.35	18.98	0.89	2.82	0.05	14.3	0.60	22.1		0.90
18PE66	-14.3433	-70.5335	4285	18PE66a_4	42.6	3.4	1.1	0.04	35.2	0.9	0.65	0.007	172.03	6.43	86.22	4.17	11.92	0.20	3.80	0.05	15.4	0.60	23.8		0.90
18PE68	-14.5869	-70.3292	3954	18PE68a_1	16.2	3.9	1.3	0.20	35.2	1.0	0.72	0.105	87.50	4.12	7.68	1.13	1.06	0.04	0.22	0.01	2.0	0.10	2.7		0.40			2.7	0.7	sample is interpreted to be partially reset
18PE70	-14.6269	-70.4235	4017	18PE70a_2	37.1	10.0	1.3	0.10	38.1	0.9	0.68	0.010	196.29	19.29	13.69	2.96	1.89	0.14	3.88	0.05	15.3	1.50	22.6		2.20	19.1	4.5
18PE70	-14.6269	-70.4235	4017	18PE70a_3	30.9	9.5	1.4	0.00	39.1	0.5	0.69	0.001	178.41	21.30	7.71	2.19	1.07	0.13	2.39	0.03	10.5	1.20	15.2		1.80
18PE70	-14.6269	-70.4235	4017	18PE70a_4	11.8	3.6	0.9	0.10	32.7	0.9	0.63	0.009	44.64	8.44	9.05	1.96	1.25	0.26	0.55	0.02	9.4	2.00	15.0		3.00
18PE71	-14.8152	-70.4010	3939	18PE71a_1	12.6	1.3	4.4	0.30	55.3	0.6	0.75	0.002	73.26	2.89	698.23	18.12	96.56	1.28	2.29	0.04	7.6	0.20	10.1		0.30	11.1	3.4
18PE71	-14.8152	-70.4010	3939	18PE71a_2	8.1	0.9	3.2	0.20	46.4	0.9	0.71	0.008	40.12	2.36	296.11	10.03	40.95	0.64	1.63	0.02	11.7	0.40	16.5		0.60
18PE71	-14.8152	-70.4010	3939	18PE71a_3	15.4	1.4	2.3	0.10	45.6	0.5	0.71	0.006	84.66	4.35	285.11	10.23	39.43	0.74	1.46	0.02	7.5	0.30	10.6		0.40
18PE71	-14.8152	-70.4010	3939	18PE71a_4	11.3	0.9	3.5	0.10	51.4	0.8	0.73	0.003	51.53	2.99	507.85	17.20	70.23	1.13	1.31	0.02	6.0	0.20	8.2		0.30
18PE73	-13.6394	-71.8662	4096	18PE73a_1	17.5	1.3	11.0	0.20	70.0	1.0	0.81	0.003	380.75	16.97	1865.34	85.74	257.97	5.55	11.50	0.11	11.0	0.40	13.6		0.50	14.1	4.2
18PE73	-13.6394	-71.8662	4096	18PE73a_2	20.9	1.3	23.0	0.50	101.4	0.9	0.86	0.001	946.26	32.87	4663.27	187.34	644.91	10.83	22.15	0.20	8.5	0.20	9.9		0.30
18PE73	-13.6394	-71.8662	4096	18PE73a_3	17.4	1.6	26.9	1.00	104.9	1.8	0.87	0.002	921.53	49.50	4561.65	204.70	630.85	14.49	42.05	0.38	16.6	0.60	19.1		0.60
18PE73	-13.6394	-71.8662	4096	18PE73a_4	22.4	2.5	16.4	0.90	85.6	2.5	0.84	0.006	706.82	45.78	3643.78	147.51	503.92	11.13	27.11	0.29	13.6	0.50	16.2		0.60
P04x-31	-13.0715	-71.5566	1750	P04x-31_1	30.4	3.2	0.9	0.10	47.3	1.3	0.68	0.014	76.64	6.49	164.26	9.39	22.72	0.45	0.21	0.01	1.4	0.10	2.1		0.20	2.1	0.1
P04x-31	-13.0715	-71.5566	1750	P04x-31_2	64.2	4.2	1.1	0.10	46.8	1.3	0.67	0.014	164.77	9.48	561.28	12.92	77.62	1.68	0.49	0.01	1.3	0.10	2.0		0.10
P04x-31	-13.0715	-71.5566	1750	P04x-31_3	82.3	6.1	0.6	0.04	42.8	1.2	0.65	0.013	106.97	6.40	423.81	15.86	58.61	1.37	0.36	0.01	1.4	0.10	2.2		0.10
06JBPR10	-13.3967	-70.9000	1097	06JBPR10a_2	10.5	0.2	2.4	0.20	48.5	1.4	0.69	0.014	89.97	1.28	65.35	0.93	129.49	1.89	0.13	0.00	1.0	0.02	1.5		0.04	1.4	0.1
06JBPR10	-13.3967	-70.9000	1097	06JBPR10a_3	7.8	0.3	4.0	0.30	57.3	1.6	0.73	0.015	98.00	1.40	144.49	2.06	246.93	3.64	0.17	0.00	1.0	0.02	1.3		0.03
06JBPR17	-13.5725	-71.1048	3971	06JBPR17a_2	220.0	18.5	0.9	0.10	35.4	1.0	0.55	0.011	311.44	4.71	2377.00	35.96	41.60	0.61	3.04	0.06	2.8	0.10	5.1		0.10	4.8	0.4
06JBPR17	-13.5725	-71.1048	3971	06JBPR17a_3	35.1	1.2	1.1	0.10	37.4	1.1	0.60	0.012	142.57	2.02	92.44	1.31	231.18	3.39	0.56	0.01	2.7	0.10	4.5		0.10
06JBPR19	-13.5744	-71.1201	4269	06JBPR19a_1	7.7	0.3	2.7	0.20	49.3	1.4	0.68	0.014	37.70	0.54	218.18	3.10	277.40	4.05	0.32	0.01	2.9	0.10	4.2		0.10	5.8	2.3
06JBPR19	-13.5744	-71.1201	4269	06JBPR19a_2	157.3	10.9	2.3	0.20	46.3	1.3	0.68	0.014	1526.38	21.66	36.69	0.52	303.59	4.67	10.09	0.20	5.1	0.10	7.6		0.20