Ion microprobe dating of fissure monazite in the Western Alps: insights from the Argentera Massif and the Piemontais and Briançonnais Zones

Ricchi, Emmanuelle; Gnos, Edwin; Rubatto, Daniela; Whitehouse, Martin John; Pettke, Thomas

doi:10.1186/s00015-020-00365-3

Swiss Journal of Geosciences

Table 3 Ion microprobe Th-U–Pb analyses of fissure monazite

From: Ion microprobe dating of fissure monazite in the Western Alps: insights from the Argentera Massif and the Piemontais and Briançonnais Zones

Groups	Analysis ID	U (μg/g)	Th (μg/g)	Th/U	²⁰⁸Pb/²⁰⁴Pb	1σ (%)	²⁰⁷Pb/²⁰⁶Pb	1σ (%)	²⁰⁸Pb/²³²Th	1σ (%)	f208 from 207(%)	204—corr		204—corr spot ages		207—corr		207—corr spot ages
Groups	Analysis ID	U (μg/g)	Th (μg/g)	Th/U	²⁰⁸Pb/²⁰⁴Pb	1σ (%)	²⁰⁷Pb/²⁰⁶Pb	1σ (%)	²⁰⁸Pb/²³²Th	1σ (%)	f208 from 207(%)	²⁰⁸Pb/²³²Th	1σ (%)	²⁰⁸Pb/²³²Th Age (Ma)	1σ (abs.)	²⁰⁸Pb/²³²Th	1σ (%)	²⁰⁸Pb/²³²Th Age (Ma)	1σ (abs.)
High-pressure regions
A	VIU1@01	390	42,000	108	2739	8	0.078	2.0	0.001576	1.5	0.3	0.001554	1.5	31.38	0.47	0.001571	1.5	31.73	0.49
	VIU1@02	330	31,000	94	3335	10	0.071	2.3	0.001518	1.5	0.3	0.001501	1.5	30.31	0.46	0.001514	1.5	30.58	0.47
	VIU1@03	230	26,000	113	3274	11	0.087	2.5	0.001537	1.5	0.4	0.001519	1.5	30.69	0.47	0.001531	1.5	30.92	0.47
	VIU1@04	330	36,000	109	2810	9	0.082	2.1	0.001611	1.5	0.4	0.001589	1.5	32.09	0.49	0.001605	1.5	32.42	0.50
	VIU1@06	250	28,000	112	2499	11	0.100	2.4	0.001655	1.5	0.6	0.001630	1.5	32.91	0.50	0.001645	1.5	33.21	0.51
	VIU1@11	240	22,000	92	2261	11	0.120	2.1	0.001622	1.5	0.9	0.001594	1.5	32.20	0.49	0.001607	1.5	32.46	0.50
B	VIU1@05	280	19,000	68	1588	10	0.128	2.1	0.001485	1.5	1.2	0.001449	1.5	29.27	0.44	0.001468	1.5	29.64	0.45
	VIU1@07	310	17,000	55	2116	14	0.093	2.5	0.001457	1.5	0.9	0.001431	1.5	28.91	0.44	0.001444	1.5	29.16	0.45
	VIU1@08	320	21,000	66	2545	14	0.094	2.5	0.001483	1.5	0.8	0.001460	1.5	29.50	0.45	0.001471	1.5	29.72	0.46
	VIU1@09	310	17,000	55	2893	16	0.085	2.6	0.001508	1.5	0.8	0.001488	1.5	30.04	0.46	0.001496	1.5	30.21	0.47
	VIU1@10	280	13,000	46	1791	14	0.093	2.4	0.001563	1.7	1.2	0.001529	1.7	30.88	0.52	0.001544	1.7	31.18	0.53
	VIU1@12	240	22,000	91	1686	9	0.184	1.8	0.001548	1.6	1.6	0.001513	1.5	30.55	0.47	0.001523	1.6	30.76	0.48
	VIU1@13	270	14,000	52	2582	14	0.110	2.4	0.001493	1.5	1.1	0.001471	1.5	29.71	0.45	0.001477	1.5	29.83	0.46
	VIU1@14	250	12,000	48	1564	13	0.121	2.4	0.001550	1.5	1.4	0.001511	1.5	30.53	0.47	0.001527	1.5	30.85	0.48
	VIU1@15	290	14,000	48	1547	13	0.133	2.4	0.001434	1.6	1.5	0.001398	1.6	28.24	0.45	0.001412	1.6	28.52	0.46
	VIU1@16	250	20,000	80	2316	11	0.104	2.2	0.001571	1.5	0.8	0.001546	1.5	31.22	0.47	0.001558	1.5	31.47	0.48
	VIU1@17	270	21,000	78	2263	11	0.103	2.3	0.001501	1.6	0.7	0.001475	1.5	29.79	0.46	0.001489	1.6	30.08	0.47
	VIU1@18	260	21,000	81	2431	11	0.088	2.5	0.001524	1.5	0.5	0.001500	1.5	30.29	0.46	0.001516	1.5	30.61	0.47
	VIU1@19	290	18,000	62	3043	14	0.091	2.6	0.001452	1.5	0.6	0.001434	1.5	28.96	0.44	0.001443	1.5	29.14	0.45
	VIU1@20	360	17,000	47	2522	13	0.086	2.6	0.001432	1.6	0.7	0.001412	1.5	28.52	0.44	0.001423	1.6	28.74	0.45
	BALZI2@34	410	2700	7	1299	95	0.141	11.7	0.002080	1.2	4.4	0.002018	3.1	40.74	1.25	0.001988	1.4	40.14	0.57
	BALZI2@36	210	3800	18	938	95	0.374	13.2	0.002306	1.6	7.4	0.002396	5.8	48.38	2.79	0.002135	1.9	43.10	0.81
	BALZI2@37	760	4600	6	/	0	0.068	24.4	0.002502	1.1	0.8	0.002502	/	50.50	/	0.002483	1.2	50.12	0.58
	BALZI2@39	950	7000	7	1341	95	0.119	16.1	0.002273	2.1	2.1	0.002207	3.4	44.56	1.51	0.002225	2.1	44.92	0.95
	BALZI2@40	510	5500	11	744	42	0.174	7.0	0.002073	2.3	4.7	0.001966	3.1	39.69	1.22	0.001975	2.3	39.88	0.91
A	BALZI2@32	150	3900	26	594	47	0.340	8.7	0.001922	1.3	6.5	0.001797	3.3	36.29	1.21	0.001796	1.5	36.28	0.53
	BALZI2@33	250	3900	16	/	0	0.074	14.2	0.001774	2.2	0.9	0.001774	/	35.81	/	0.001757	2.2	35.48	0.77
	BALZI2@42	320	3800	12	306	25	0.263	4.6	0.001997	2.5	11.0	0.001745	3.8	35.23	1.33	0.001778	2.6	35.90	0.92
	BALZI2@43	240	4900	20	218	25	0.479	5.1	0.002144	1.1	16.0	0.001764	4.4	35.62	1.58	0.001800	1.3	36.36	0.49
	BALZI2@44	320	5800	18	2020	67	0.089	11.6	0.001749	2.2	1.0	0.001716	2.5	34.65	0.86	0.001731	2.2	34.96	0.76
	BALZI2@31	86	4100	48	704	55	0.336	11.0	0.001741	1.0	4.6	0.001646	3.2	33.24	1.05	0.001661	1.1	33.55	0.37
B	BALZI2@26	110	6800	62	5432	95	0.061	16.1	0.001472	1.6	0.2	0.001461	1.8	29.51	0.52	0.001468	1.6	29.65	0.48
	BALZI2@27	88	6500	74	/	0	0.165	10.7	0.001500	1.8	1.3	0.001500	/	30.29	/	0.001480	1.8	29.90	0.54
	BALZI2@28	63	5800	92	109	11	0.715	2.7	0.002091	1.1	28.7	0.001347	4.1	27.22	1.11	0.001492	1.4	30.13	0.41
	BALZI2@29	20	2100	104	1859	95	0.235	15.0	0.001517	1.4	2.4	0.001485	2.4	30.00	0.72	0.001481	1.4	29.91	0.43
	BALZI2@30	14	1700	120	/	0	0.150	27.7	0.001558	1.1	1.0	0.001558	/	31.47	/	0.001542	1.1	31.15	0.35
	BALZI2@46	41	5900	142	3122	67	0.069	14.8	0.001471	1.5	0.3	0.001453	1.7	29.34	0.50	0.001467	1.5	29.63	0.44
	BALZI2@47	35	3200	90	685	47	0.121	20.0	0.001480	1.2	0.6	0.001396	2.9	28.21	0.82	0.001471	1.2	29.71	0.37
	BALZI2@48	67	3600	54	/	0	0.163	19.1	0.001561	1.0	1.1	0.001621	2.2	32.74	0.70	0.001545	1.1	31.20	0.34
	BALZI2@49	71	3800	54	/	0	0.117	16.5	0.001495	1.6	1.2	0.001495	/	30.20	/	0.001478	1.6	29.85	0.47
	BALZI2@50	98	5500	56	/	0	0.106	17.3	0.001553	1.5	0.9	0.001553	/	31.37	/	0.001539	1.5	31.09	0.46
	BALZI2@01	96	7100	74	175	8	0.529	1.7	0.001551	3.1	20.3	0.001209	3.0	24.43	0.74	0.001237	3.2	24.99	0.79
	BALZI2@02	82	5500	67	151	10	0.519	2.6	0.001445	3.2	16.7	0.001076	3.6	21.73	0.78	0.001203	3.3	24.29	0.79
	BALZI2@12	130	8600	66	437	16	0.459	3.2	0.001440	2.9	9.0	0.001313	3.0	26.52	0.80	0.001310	2.9	26.47	0.77
	BALZI2@24	25	2500	100	139	20	0.678	4.8	0.001788	1.1	21.9	0.001290	5.7	26.05	1.48	0.001396	1.5	28.20	0.44
	BALZI2@25	86	5600	65	/	0	0.077	16.8	0.001349	1.1	0.4	0.001349	/	27.24	/	0.001343	1.1	27.13	0.31
C	BALZI2@13	67	4100	61	103	8	0.651	1.9	0.001915	3.1	32.7	0.001196	3.7	24.16	0.89	0.001288	3.1	26.02	0.82
	BALZI2@15	82	3500	43	152	16	0.578	3.0	0.001710	2.6	28.2	0.001275	4.4	25.75	1.13	0.001228	2.8	24.81	0.68
	BALZI2@16	130	3600	28	151	16	0.459	3.3	0.001576	2.6	22.4	0.001173	4.5	23.70	1.06	0.001224	2.8	24.73	0.68
	BALZI2@17	140	3800	27	273	20	0.421	3.5	0.001506	2.6	16.4	0.001293	3.6	26.11	0.93	0.001259	2.7	25.43	0.68
	BALZI2@19	85	3100	36	175	12	0.380	2.8	0.001464	3.3	15.2	0.001152	3.8	23.26	0.88	0.001241	3.3	25.07	0.83
	BALZI2@21	200	3500	18	237	20	0.361	3.9	0.001501	2.7	15.5	0.001257	4.0	25.38	1.01	0.001268	2.7	25.62	0.70
	BALZI2@22	250	4200	17	197	19	0.391	3.8	0.001567	2.7	16.8	0.001283	4.3	25.92	1.12	0.001304	2.8	26.34	0.74
	BALZI2@14	45	3100	68	98	14	0.573	3.2	0.001555	2.7	31.2	0.000944	5.6	19.07	1.07	0.001070	2.9	21.61	0.63
	BALZI2@23	210	3200	15	86	11	0.628	2.2	0.002683	2.6	45.8	0.001504	5.1	30.37	1.54	0.001455	3.1	29.39	0.90
D	BALZI2@20	170	3500	21	83	17	0.279	4.8	0.000688	2.6	20.4	0.000368	8.2	7.43	0.61	0.000548	2.8	11.08	0.31
D	BALZI2@51	42	2800	67	62	18	0.678	4.1	0.001293	3.2	57.2	0.000542	11.8	10.96	1.29	0.000553	5.6	11.18	0.63
Argentera Massif
A	MORI1@06	9	4800	551	712	19	0.473	5.3	0.000786	2.0	2.6	0.000743	2.2	15.02	0.32	0.000766	2.0	15.47	0.31
	MORI1@07	9	3500	369	555	19	0.476	5.5	0.000805	2.3	3.3	0.000749	2.6	15.13	0.39	0.000779	2.3	15.73	0.37
	MORI1@08	10	2400	238	426	21	0.391	5.8	0.000803	2.1	4.2	0.000737	2.7	14.90	0.40	0.000770	2.1	15.55	0.33
	MORI1@09	4	3000	742	792	26	0.446	5.5	0.000820	2.6	4.3	0.000786	2.8	15.88	0.44	0.000785	2.6	15.86	0.41
	MORI1@10	6	3700	598	609	22	0.503	4.9	0.000795	2.1	4.8	0.000744	2.4	15.04	0.36	0.000756	2.1	15.28	0.32
	MORI1@11	10	3500	345	450	19	0.449	5.4	0.000803	2.1	3.9	0.000734	2.5	14.82	0.37	0.000772	2.1	15.59	0.33
	MORI1@12	10	5000	500	541	18	0.446	5.3	0.000786	2.2	3.0	0.000730	2.4	14.74	0.36	0.000762	2.2	15.40	0.34
	MORI1@13	10	4600	484	1097	27	0.366	6.2	0.000782	2.0	2.4	0.000754	2.2	15.23	0.33	0.000763	2.0	15.41	0.31
	MORI1@14	8	3400	422	866	22	0.364	5.7	0.000731	2.2	2.3	0.000698	2.3	14.10	0.33	0.000714	2.2	14.43	0.32
	MORI1@15	14	3400	252	440	19	0.532	4.7	0.000805	2.1	6.1	0.000734	2.6	14.83	0.38	0.000756	2.1	15.27	0.33
	MORI1@16	13	2800	212	443	21	0.425	5.4	0.000780	2.2	4.9	0.000712	2.7	14.40	0.39	0.000742	2.2	14.99	0.33
	MORI1@17	14	2700	195	591	25	0.451	5.4	0.000785	2.2	5.4	0.000734	2.7	14.83	0.40	0.000742	2.3	15.00	0.34
	MORI1@18	14	2400	167	609	15	0.270	5.5	0.000715	1.9	1.5	0.000672	2.1	13.58	0.28	0.000704	1.9	14.23	0.28
B	MORI1@01	54	2500	47	434	21	0.211	4.2	0.000810	2.1	5.9	0.000738	2.7	14.91	0.40	0.000762	2.2	15.39	0.33
	MORI1@02	51	3300	65	637	21	0.205	4.4	0.000772	2.0	3.7	0.000726	2.3	14.66	0.33	0.000744	2.0	15.03	0.30
	MORI1@03	38	3700	97	453	17	0.202	4.5	0.000737	2.3	3.1	0.000674	2.5	13.62	0.34	0.000714	2.3	14.42	0.33
	MORI1@04	51	4400	86	555	17	0.222	4.2	0.000777	2.1	3.1	0.000723	2.3	14.61	0.33	0.000753	2.1	15.21	0.32
	MORI1@05	49	4400	90	843	20	0.188	4.6	0.000767	2.0	2.3	0.000735	2.1	14.85	0.32	0.000749	2.0	15.14	0.30
	MORI1@20	55	1900	35	586	15	0.134	3.7	0.000799	2.1	2.5	0.000746	2.2	15.07	0.33	0.000779	2.1	15.74	0.33
	MORI1@21	55	1600	29	548	16	0.186	3.4	0.000804	2.1	4.0	0.000747	2.3	15.10	0.34	0.000772	2.1	15.59	0.33
	MORI1@22	71	1700	24	840	21	0.164	3.8	0.000777	2.0	3.5	0.000742	2.1	14.98	0.31	0.000750	2.0	15.15	0.30
	MORI1@23	54	1200	22	463	18	0.160	4.0	0.000734	2.0	4.0	0.000672	2.4	13.59	0.32	0.000704	2.0	14.22	0.29
A	VINA1@17	32	29,000	904	1855	11	0.240	4.4	0.000821	1.5	0.4	0.000804	1.5	16.25	0.25	0.000818	1.5	16.53	0.25
	VINA1@20	15	12,000	777	564	10	0.685	2.5	0.000837	1.5	5.1	0.000780	1.6	15.76	0.25	0.000795	1.5	16.06	0.25
	VINA1@22	29	20,000	699	667	8	0.615	2.0	0.000861	1.5	4.0	0.000811	1.5	16.39	0.25	0.000826	1.5	16.70	0.26
	VINA1@23	21	11,000	528	685	14	0.556	3.8	0.000817	1.7	2.9	0.000771	1.7	15.58	0.27	0.000793	1.7	16.02	0.27
	VINA1@24	28	20,000	706	1423	13	0.251	5.2	0.000822	1.6	0.5	0.000800	1.6	16.16	0.26	0.000818	1.6	16.52	0.27
	VINA1@25	34	20,000	595	2366	17	0.240	5.1	0.000819	1.6	0.5	0.000806	1.6	16.28	0.25	0.000815	1.6	16.46	0.26
	VINA1@26	35	23,000	665	307	5	0.676	1.5	0.000871	1.6	7.4	0.000761	1.6	15.38	0.24	0.000807	1.6	16.30	0.26
	VINA1@18	31	37,000	1185	1499	9	0.359	3.6	0.000743	1.5	0.5	0.000724	1.5	14.62	0.22	0.000739	1.5	14.93	0.23
	VINA1@19	100	32,000	320	1019	8	0.383	2.5	0.000655	1.6	1.5	0.000631	1.6	12.74	0.20	0.000646	1.6	13.04	0.21
	VINA1@21	24	19,000	786	760	11	0.594	2.9	0.000744	1.5	3.0	0.000706	1.6	14.26	0.22	0.000722	1.5	14.58	0.23
B	VINA1@06	28	8200	290	1538	19	0.190	6.0	0.000788	1.6	0.7	0.000768	1.7	15.51	0.26	0.000782	1.6	15.81	0.26
	VINA1@07	28	8300	295	1741	20	0.209	5.9	0.000775	1.6	0.7	0.000758	1.6	15.31	0.25	0.000769	1.6	15.55	0.25
	VINA1@08	22	7100	326	1211	19	0.203	6.4	0.000732	1.6	0.8	0.000709	1.7	14.32	0.24	0.000727	1.6	14.68	0.24
	VINA1@09	29	6800	235	1132	19	0.209	6.4	0.000754	1.6	0.8	0.000728	1.6	14.72	0.24	0.000748	1.6	15.12	0.24
	VINA1@10	29	7300	252	1192	19	0.194	6.7	0.000748	1.6	0.7	0.000724	1.6	14.63	0.24	0.000743	1.6	15.01	0.24
C1	VINA1@11	23	2800	121	346	15	0.508	3.3	0.000879	1.8	9.9	0.000781	2.3	15.78	0.37	0.000792	1.8	16.01	0.29
	VINA1@12	29	1900	65	816	30	0.130	7.5	0.000746	1.8	1.6	0.000725	2.4	14.64	0.35	0.000734	1.8	14.83	0.27
	VINA1@13	23	1800	79	903	33	0.132	8.2	0.000740	2.3	1.6	0.000708	2.6	14.30	0.37	0.000728	2.3	14.71	0.33
	VINA1@14	21	2500	119	1008	28	0.122	9.1	0.000778	2.0	0.8	0.000749	2.2	15.12	0.33	0.000772	2.0	15.60	0.31
	VINA1@15	14	2400	169	590	23	0.274	5.3	0.000805	1.9	3.8	0.000752	2.4	15.20	0.36	0.000775	1.9	15.65	0.30
	VINA1@16	19	2700	144	1390	33	0.164	7.9	0.000784	1.8	1.2	0.000762	2.0	15.40	0.30	0.000775	1.8	15.65	0.28
C2	VINA1@01	28	4200	150	1189	24	0.113	8.0	0.000751	1.6	0.6	0.000727	1.8	14.69	0.26	0.000747	1.6	15.09	0.25
	VINA1@02	33	4100	124	1905	31	0.116	8.4	0.000708	1.7	0.6	0.000697	1.8	14.09	0.25	0.000704	1.7	14.23	0.24
	VINA1@03	27	3700	139	1344	28	0.140	8.3	0.000716	1.7	0.8	0.000696	1.9	14.06	0.27	0.000711	1.8	14.36	0.25
	VINA1@04	15	3900	258	1327	27	0.160	7.9	0.000714	1.9	0.9	0.000697	2.0	14.07	0.28	0.000708	1.9	14.30	0.27
	VINA1@05	30	3600	119	1168	27	0.136	8.4	0.000706	1.8	0.8	0.000682	1.9	13.79	0.27	0.000700	1.8	14.14	0.25
A	GESS1@25	47	7200	152	557	12	0.305	3.3	0.000796	2.0	3.2	0.000741	2.1	14.97	0.31	0.000771	2.0	15.57	0.32
	GESS1@26	17	1500	88	130	13	0.591	2.5	0.001153	2.3	30.3	0.000810	4.1	16.36	0.66	0.000803	2.6	16.23	0.41
	GESS1@27	19	4900	256	481	16	0.398	4.0	0.000797	2.1	4.4	0.000733	2.3	14.81	0.34	0.000762	2.1	15.39	0.33
	GESS1@24	23	1200	51	145	16	0.439	3.6	0.000746	2.3	19.1	0.000547	4.6	11.06	0.50	0.000603	2.5	12.19	0.30
B	GESS1@01	28	2300	83	599	33	0.162	7.5	0.000769	2.2	3.2	0.000720	3.0	14.54	0.43	0.000745	2.2	15.05	0.33
	GESS1@02	86	3600	42	531	32	0.209	6.7	0.000805	2.5	4.4	0.000759	3.4	15.33	0.52	0.000769	2.5	15.53	0.39
	GESS1@03	160	7800	49	798	30	0.126	7.5	0.000721	2.0	1.7	0.000686	2.4	13.86	0.34	0.000709	2.1	14.32	0.29
	GESS1@06	17	1200	69	428	22	0.224	5.9	0.000751	2.7	3.5	0.000683	3.2	13.80	0.44	0.000724	2.7	14.63	0.40
	GESS1@10	21	3800	185	633	13	0.437	3.1	0.000811	1.9	4.0	0.000761	2.0	15.38	0.31	0.000778	1.9	15.72	0.31
	GESS1@11	23	3300	141	922	17	0.162	6.0	0.000708	1.9	0.9	0.000679	2.0	13.71	0.27	0.000702	1.9	14.19	0.28
	GESS1@12	23	3300	142	1520	22	0.235	5.3	0.000726	1.9	1.3	0.000707	2.0	14.29	0.28	0.000716	1.9	14.47	0.28
	GESS1@15	50	1400	28	535	20	0.112	4.7	0.000769	2.2	2.4	0.000714	2.5	14.42	0.36	0.000751	2.2	15.17	0.33
	GESS1@16	52	1200	23	1089	28	0.093	5.1	0.000768	2.2	1.8	0.000741	2.3	14.98	0.35	0.000754	2.2	15.24	0.33
	GESS1@17	55	1500	27	755	24	0.104	4.9	0.000774	2.0	2.1	0.000735	2.3	14.85	0.34	0.000758	2.0	15.31	0.31
	GESS1@18	42	1100	26	1062	36	0.104	6.3	0.000748	2.2	2.2	0.000721	2.5	14.56	0.36	0.000732	2.2	14.78	0.33
	GESS1@19	43	3200	75	225	9	0.531	1.9	0.000884	2.0	14.9	0.000732	2.2	14.79	0.33	0.000752	2.0	15.20	0.30
	GESS1@20	61	2400	39	355	13	0.316	2.7	0.000806	2.1	8.3	0.000718	2.4	14.52	0.35	0.000739	2.2	14.94	0.32
	GESS1@23	59	2100	36	161	10	0.418	2.2	0.000885	2.8	17.2	0.000673	3.1	13.60	0.42	0.000732	2.8	14.80	0.41
	GESS1@05	19	890	47	415	25	0.137	7.4	0.000689	2.4	2.5	0.000625	3.2	12.63	0.41	0.000671	2.4	13.56	0.33
	GESS1@08	26	1200	45	982	31	0.178	6.9	0.000671	2.1	2.1	0.000644	2.4	13.02	0.31	0.000656	2.1	13.26	0.28
	GESS1@09	25	1500	59	954	27	0.166	6.7	0.000697	2.4	1.7	0.000669	2.6	13.51	0.35	0.000685	2.4	13.84	0.33
	GESS1@21	74	2300	31	1030	23	0.099	5.7	0.000684	2.0	1.1	0.000658	2.1	13.30	0.28	0.000676	2.0	13.66	0.28
	GESS1@22	59	1200	21	319	19	0.215	4.5	0.000729	2.3	6.3	0.000640	3.1	12.94	0.40	0.000682	2.3	13.78	0.32
	GESS1@04	180	7700	43	884	36	0.116	7.8	0.000618	2.2	2.1	0.000591	2.6	11.94	0.31	0.000605	2.2	12.23	0.27
	GESS1@07	23	700	30	609	32	0.160	7.4	0.000614	2.4	2.9	0.000584	3.1	11.80	0.36	0.000596	2.4	12.05	0.29
	GESS1@13	31	3900	127	1425	22	0.190	6.5	0.000641	1.9	0.9	0.000624	2.0	12.60	0.25	0.000636	1.9	12.84	0.25
	GESS1@14	26	2700	105	2697	47	0.144	10.0	0.000637	2.1	0.8	0.000628	2.2	12.68	0.28	0.000632	2.1	12.77	0.27

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