Citation:

S0016756808004913

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Coverage:

Median Latitude: 68.000000 * Median Longitude: 88.850000 * South-bound Latitude: 68.000000 * West-bound Longitude: 88.700000 * North-bound Latitude: 68.000000 * East-bound Longitude: 89.000000

Minimum ORDINAL NUMBER: 1 * Maximum ORDINAL NUMBER: 158

Event(s):

Kulyumbe-section * Latitude Start: 68.000000 * Longitude Start: 88.700000 * Latitude End: 68.000000 * Longitude End: 89.000000 * Location: Kulyumbe river, Siberia, Russia * Method/Device: Geological profile sampling (GEOPRO) * Comment: The profile derives from several outcrops along the Kulyumbe River, located ~100 km E of the Enisej River, at the northwestern margin of the Siberian Platform, where the Middle Cambrian – Lower Ordovician sediments are exposed along ca. 10 km of the Kulyumbe River. The beds are inclined, so their total thickness does not correspond to the topographic elevation between their base and top.

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	ORDINAL NUMBER	Ord No			Geocode
2	Sample code/label	Sample label		Kouchinsky, Artem
3	Aluminium	Al	mg/kg	Kouchinsky, Artem
4	Barium	Ba	mg/kg	Kouchinsky, Artem
5	Calcium	Ca	%	Kouchinsky, Artem
6	Cerium	Ce	mg/kg	Kouchinsky, Artem
7	Copper	Cu	mg/kg	Kouchinsky, Artem
8	Iron	Fe	%	Kouchinsky, Artem
9	Potassium	K	mg/kg	Kouchinsky, Artem
10	Lithium	Li	mg/kg	Kouchinsky, Artem
11	Magnesium	Mg	%	Kouchinsky, Artem
12	Magnesium/Calcium ratio	Mg/Ca		Kouchinsky, Artem
13	Manganese	Mn	mg/kg	Kouchinsky, Artem
14	Manganese/Strontium ratio	Mn/Sr		Kouchinsky, Artem
15	Sodium	Na	mg/kg	Kouchinsky, Artem
16	Nickel	Ni	mg/kg	Kouchinsky, Artem
17	Phosphorus	P	mg/kg	Kouchinsky, Artem
18	Sulfur, total	TS	mg/kg	Kouchinsky, Artem
19	Silicon	Si	%	Kouchinsky, Artem
20	Strontium	Sr	mg/kg	Kouchinsky, Artem
21	Titanium	Ti	mg/kg	Kouchinsky, Artem
22	Vanadium	V	mg/kg	Kouchinsky, Artem
23	Zinc	Zn	mg/kg	Kouchinsky, Artem

License:

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

Size:

3476 data points

Data

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

1 Ord No	2 Sample label	3 Al [mg/kg]	4 Ba [mg/kg]	5 Ca [%]	6 Ce [mg/kg]	7 Cu [mg/kg]	8 Fe [%]	9 K [mg/kg]	10 Li [mg/kg]	11 Mg [%]	12 Mg/Ca	13 Mn [mg/kg]	14 Mn/Sr	15 Na [mg/kg]	16 Ni [mg/kg]	17 P [mg/kg]	18 TS [mg/kg]	19 Si [%]	20 Sr [mg/kg]	21 Ti [mg/kg]	22 V [mg/kg]	23 Zn [mg/kg]
1	K222	11541	41	12.8718	28	19	1.4090	5453	32	7.3852	0.6	327	5.1	494	87	416	223	0.8762	65	50	20	21
2	K230	2155	20	18.4748	23	8	0.7612	2445	6	8.1421	0.4	299	2.7	485	173	652	262	0.1845	109	17	9	25
3	K232	3533	23	22.9300	41	28	0.4330	2695	14	3.7437	0.2	300	2.2	597	324	456	453	0.3028	138	23	5	32
4	K234	1972	37	25.5455	18	25	0.2152	2493	6	2.4924	0.1	177	1.3	695	56	764	649	0.1691	141	9	3	39
5	K285	1828	15	29.5600	30	41	0.2463	2706	4	2.0355	0.1	153	1.2	464	40	282	1198	0.1592	129	8	3	17
6	K282	3139	29	16.7876	30	12	0.5373	3399	8	5.8756	0.3	235	3.1	632	37	1028	390	0.2752	76	14	8	59
7	K280	5926	84	12.3443	21	23	0.6843	5341	21	5.1109	0.4	206	3.2	525	52	1028	1006	0.5249	65	47	17	21
8	K277	3029	24	15.4420	23	16	0.7052	3206	9	8.3227	0.5	264	3.3	801	32	948	438	0.2555	81	18	11	29
9	K275	985	11	38.2379	28	26	0.2083	1292	5	0.7692	0.0	130	0.5	726	16	189	1713	0.0869	239	7	3	21
10	K274	7125	27	28.4018	18	21	0.5686	2053	58	1.3394	0.0	247	1.1	926	15	1009	609	0.6909	222	31	19	46
11	K273	7423	26	20.0663	22	24	0.5636	3904	54	1.1806	0.1	199	1.7	609	28	463	544	0.7070	117	66	15	24
12	K272	7968	45	14.6949	17	12	0.6742	3728	49	0.8797	0.1	182	2.4	502	20	809	214	0.7164	75	143	23	23
13	K270	4930	30	16.1771	25	24	0.9775	3166	25	9.1707	0.6	318	4.3	542	13	359	322	0.3959	74	35	16	24
14	K267	7590	39	15.4528	20	17	1.3226	3820	35	8.7417	0.6	337	5.1	877	29	959	967	0.5999	65	66	23	29
15	K265	3224	19	24.8621	23	25	0.4092	3685	8	2.7004	0.1	177	0.9	468	25	284	962	0.2465	196	22	6	12
16	K262	4121	28	28.0676	21	16	0.4720	3435	14	1.6726	0.1	201	0.9	845	17	899	1834	0.3144	215	42	8	24
17	K261	9789	42	12.6316	25	14	1.4901	5202	38	6.8974	0.5	325	5.4	608	39	977	1013	0.7396	61	97	30	31
18	K260	638	12	41.9760	22	11	0.1093	788	2	0.4868	0.0	131	0.3	871	10	630	795	0.0408	444	3	1	15
19	K255	16191	50	10.2925	19	11	1.6608	4295	118	7.7700	0.8	239	4.1	745	27	1047	247	1.3888	58	79	29	31
20	K254	5409	41	15.3876	33	9	0.4963	4976	13	2.9498	0.2	204	1.8	594	44	910	182	0.4208	111	36	14	21
21	K252	14581	56	9.5977	22	11	1.4933	5434	156	6.9151	0.7	280	5.8	785	36	1055	308	1.3084	48	103	32	27
22	K245	1361	2856	17.1156	26	12	0.7529	1708	8	8.3139	0.5	408	2.3	703	45	640	1122	0.1173	180	8	19	11
23	K240	7184	32	15.1560	27	8	1.1819	3595	29	8.2871	0.5	385	4.1	580	21	759	320	0.5638	93	31	18	15
24	K236	7737	30	10.4560	32	17	0.8699	5226	29	6.0322	0.6	256	4.5	390	28	542	159	0.6060	57	65	18	12
25	K314	7346	219	9.7892	31	9	1.1131	5141	17	5.3230	0.5	314	5.5	500	82	1046	289	0.5482	57	65	25	15
26	K308	11433	46	12.2552	32	14	1.3973	6172	33	4.5821	0.4	344	4.0	1304	262	1468	500	0.8459	85	88	24	31
27	K307	984	8	39.8810	30	23	0.1872	855	5	0.8481	0.0	263	1.0	515	65	133	155	0.0804	253	7	2	7
28	K303	7827	34	12.8943	26	19	1.2857	5449	23	7.1441	0.6	405	5.8	2074	40	1006	588	0.5648	70	44	25	17
29	K297	2046	23	18.3768	23	12	0.9359	2509	3	10.3107	0.6	380	5.1	889	1201	773	351	0.1331	75	13	9	24
30	K290	1614	14	19.1239	20	19	0.7780	2254	4	10.8724	0.6	327	4.7	1335	92	169	248	0.1088	70	10	7	13
31	K287A	1307	15	19.9444	39	13	0.9046	1141	6	10.3710	0.5	372	4.2	704	441	772	268	0.1009	89	10	11	18
32	K336	5875	25	15.9299	22	12	1.4005	3480	22	8.6462	0.5	403	4.3	521	71	615	986	0.4533	94	27	17	12
33	K335	2620	20	34.3193	33	46	0.2358	1985	11	0.5115	0.0	145	0.5	574	11	625	218	0.2190	284	22	4	15
34	K332	4688	22	15.6953	24	18	1.0359	2798	14	9.0141	0.6	373	6.4	376	286	283	157	0.3659	59	24	17	11
35	K330	2206	18	18.9290	31	12	1.0041	2232	6	9.7357	0.5	454	6.4	633	27	875	501	0.1710	71	9	14	47
36	K323	7210	35	13.9631	26	23	1.0551	4073	27	5.5150	0.4	319	4.7	714	887	964	379	0.5836	68	57	17	27
37	K317	3153	18	29.9144	27	28	0.1880	3835	6	0.2948	0.0	192	1.5	463	21	437	259	0.2525	127	138	3	10
38	K350	6299	36	22.2335	25	14	0.6298	4465	21	2.9417	0.1	256	1.5	1842	23	1013	438	0.3955	172	39	16	41
39	K348	445	18	42.8144	22	10	0.1777	407	1	0.9347	0.0	224	0.6	600	17	604	221	0.0198	354	2	2	30
40	K347	591	13	41.1571	21	12	0.1333	460	1	0.4010	0.0	244	0.4	606	58	749	356	0.0286	565	2	1	16
41	K344	3111	25	26.6771	22	12	0.5201	2490	9	2.2926	0.1	257	1.2	727	86	999	613	0.1939	214	21	7	52
42	K341	781	14	37.6986	36	10	0.1645	840	2	1.3261	0.0	272	1.4	625	7	661	275	0.0490	200	5	2	30
43	K353	3497	26	18.9702	33	10	0.4856	2581	18	6.3479	0.3	273	2.7	703	179	853	258	0.2682	100	18	5	24
44	K359	1964	22	18.6672	22	13	0.7931	2902	3	9.9040	0.5	297	4.1	725	11	765	942	0.1258	72	9	12	51
45	K363	5895	47	12.7313	23	14	0.9153	3415	24	6.7869	0.5	307	3.2	688	1595	926	375	0.4613	95	18	13	44
46	K368	4263	27	28.5326	25	11	0.4329	2868	19	2.0262	0.1	221	1.2	730	26	848	359	0.2937	181	20	8	35
47	K370	4669	750	12.0818	29	9	0.6220	2989	21	6.3170	0.5	303	4.3	598	394	1267	377	0.3485	70	21	7	24
48	K374	1662	18	35.7255	23	8	0.1568	1546	6	0.7940	0.0	162	0.4	2252	5	558	196	0.1187	387	12	2	11
49	K375	1205	13	32.4640	23	8	0.2137	1568	3	2.5878	0.1	191	1.0	667	5	576	209	0.0863	195	6	2	11
50	K377	2061	16	34.5661	21	8	0.2171	1778	7	1.1509	0.0	157	0.4	514	8	580	362	0.1426	393	9	3	9
51	K380	1520	15	32.7998	24	12	0.3160	1416	6	1.9620	0.1	199	1.1	534	60	655	1194	0.1070	176	6	4	15
52	K382	9876	45	13.6351	20	13	0.7758	5679	31	3.0064	0.2	252	2.6	484	1159	990	210	0.6957	96	50	23	26
53	K389	2714	17	35.1358	22	10	0.2929	2091	11	1.2541	0.0	187	0.4	440	20	545	616	0.1995	478	13	6	14
54	K393	1416	13	19.5536	17	14	0.5142	1484	8	11.2623	0.6	212	3.1	507	42	495	295	0.1037	70	10	6	9
55	K397C	8047	34	10.8520	22	11	0.8603	4375	44	6.3264	0.6	228	4.0	478	1236	870	173	0.6563	56	34	16	14
56	K404	3962	57	11.9959	20	12	0.7152	3137	12	6.6738	0.6	523	9.5	620	664	814	221	0.3052	55	17	13	16
57	K408	1838	23	30.3192	19	6	0.1600	1497	8	1.2215	0.0	123	0.3	623	8	481	183	0.1385	391	9	2	10
58	K413	2223	24	42.0967	24	9	0.1800	1907	8	1.2451	0.0	165	0.4	579	15	555	266	0.1665	455	12	5	21
59	K418	390	8	42.8865	20	8	0.0337	266	1	0.2920	0.0	68	0.2	593	2	472	169	0.0177	438	2	0	9
60	K422	3114	23	33.9423	18	24	0.2674	2355	17	1.8714	0.1	142	0.4	762	9	710	416	0.2271	349	18	7	27
61	K424	10230	23	13.1513	25	7	1.3010	4865	47	8.0571	0.6	234	4.1	395	293	632	147	1.2322	57	24	16	12
62	K429	10153	29	17.0699	25	5	1.0868	4790	60	6.7627	0.4	246	2.2	381	54	615	224	1.1892	113	40	21	15
63	K433	8562	31	21.1574	28	8	0.7493	5852	28	3.5326	0.2	234	1.0	449	36	752	431	0.9478	228	35	14	25
64	K437	5761	26	14.7685	21	18	1.2119	4888	19	7.7183	0.5	284	2.9	486	2376	572	358	0.7210	97	23	21	13
65	K439	7817	24	14.9969	21	6	0.9051	5125	28	8.7206	0.6	266	4.7	513	166	606	165	0.9265	57	24	10	12
66	K441	4499	34	33.3668	24	17	0.3338	3609	14	1.7756	0.1	173	0.4	1105	140	914	588	0.4977	458	15	5	31
67	K444	6229	31	25.2585	22	16	0.6700	3538	21	4.7450	0.2	215	1.3	1217	53	1102	426	0.6638	167	20	7	29
68	K445	6609	27	19.1768	14	45	0.8924	3096	31	10.1970	0.5	253	3.9	1140	15	970	400	0.7275	66	18	13	27
69	K448	1867	23	38.3376	16	16	0.1919	1596	5	1.4748	0.0	134	0.3	1284	15	947	410	0.1981	407	8	2	26
70	K451	9695	39	12.8905	21	17	1.4955	4918	41	6.9524	0.5	280	3.8	1138	59	1231	484	1.1072	74	30	14	29
71	K453	2840	26	30.0436	15	18	0.3274	2910	6	4.8278	0.2	164	1.3	1277	16	1015	496	0.3206	127	11	4	25
72	K454	4097	28	26.7353	20	13	0.4302	3255	13	4.2656	0.2	182	0.9	1134	11	959	385	0.4591	206	13	5	23
73	K457	12295	43	11.9406	25	14	1.3000	5611	48	7.3076	0.6	285	5.9	1978	39	1189	416	1.3977	49	42	18	35
74	K460	4793	24	26.8003	31	26	0.6145	2634	20	6.6051	0.2	236	1.4	1200	21	922	386	0.5229	163	11	12	28
75	K461	900	14	34.0609	13	29	0.2053	1418	1	4.2899	0.1	166	0.8	840	4	96	347	0.1156	204	4	2	14
76	K464	6812	27	14.9805	23	26	0.8835	5310	20	6.9854	0.5	211	2.6	430	37	341	1112	0.8351	80	21	15	10
77	K466	4413	588	13.9383	21	13	0.9253	4652	8	7.5948	0.5	304	4.9	629	24	821	708	0.5597	62	16	12	13
78	K470	590	18	43.2429	23	14	0.0593	574	1	0.8731	0.0	114	0.3	661	4	593	249	0.0478	378	2	1	12
79	K473	12178	39	9.5315	28	129	2.9956	5131	53	6.4255	0.7	429	12.0	493	33	1123	320	1.4561	36	48	23	17
80	K474	898	11	28.4338	99	8	0.2738	1049	3	7.6256	0.3	233	1.4	528	17	474	227	0.1039	169	6	3	6
81	K475	6944	26	15.8334	17	10	0.7772	4419	29	8.9642	0.6	282	3.1	596	14	696	362	0.8207	91	27	15	12
82	K477	12345	39	10.0384	26	18	1.1355	5175	70	6.9299	0.7	261	6.2	644	31	540	196	1.4650	42	68	21	19
83	K480	270	6	43.3250	20	17	0.0345	281	0	0.7574	0.0	101	0.3	353	12	49	138	0.0222	320	1	0	4
84	K482	8499	992	12.0055	25	10	0.7948	4764	25	7.2007	0.6	297	5.8	593	20	893	444	1.0001	51	31	12	15
85	K485	10742	42	9.4158	22	11	0.8399	5104	41	6.2363	0.7	244	6.6	550	34	1025	208	1.2394	37	57	16	26
86	K488	445	7	32.3756	17	19	0.1855	594	1	5.8741	0.2	249	1.6	358	6	45	150	0.0437	153	2	1	4
87	K491	8661	31	12.2278	24	16	0.8648	4707	26	7.5094	0.6	359	7.0	369	24	416	164	0.9765	51	27	15	11
88	K493	331	9	45.2610	19	8	0.0221	290	0	0.2064	0.0	137	0.4	474	4	452	172	0.0202	346	1	0	7
89	K496	10545	102	10.3161	26	10	1.0335	5202	35	5.6916	0.6	358	5.2	588	31	968	337	1.1250	69	33	13	23
90	K498	13141	57	9.2060	34	10	1.2529	5875	53	6.1113	0.7	293	7.1	569	33	954	217	1.4114	41	70	20	38
91	K500	626	9	27.6499	23	6	0.2064	853	2	7.6916	0.3	278	1.9	378	9	363	210	0.0614	146	4	3	10
92	K503	10039	44	11.4507	28	8	0.9276	4872	32	6.9643	0.6	344	6.0	478	20	823	243	0.9926	57	45	15	15
93	K506	10150	38	9.6043	20	16	0.8986	4900	39	5.8646	0.6	259	5.2	527	32	1023	259	1.0146	50	42	19	21
94	K509	9037	168	10.2713	28	8	0.7241	5171	25	6.1801	0.6	307	7.5	471	19	1079	194	0.8827	41	37	13	16
95	K512	4396	23	13.7140	22	90	0.4952	3910	13	7.8164	0.6	323	6.0	349	13	456	152	0.4604	54	19	12	10
96	K513	3760	20	17.2619	32	98	0.5680	3341	10	7.1691	0.4	379	3.7	479	57	782	1616	0.3890	101	18	9	22
97	K515	6150	29	10.6964	26	16	0.6017	3638	19	5.3979	0.5	272	6.7	400	82	510	150	0.6423	41	26	9	11
98	K517	7083	31	9.3932	25	8	0.6422	3962	20	5.6342	0.6	272	6.8	462	33	937	179	0.7214	40	24	9	13
99	K518	7606	31	9.3352	25	17	0.7698	3339	30	4.6795	0.5	240	3.6	325	34	543	205	0.8038	67	33	10	14
100	K519	3888	24	15.2187	31	10	0.4357	2409	12	6.4313	0.4	360	4.1	549	47	903	305	0.4053	88	13	8	10
101	K520	4441	23	15.7258	32	11	0.4894	2491	14	5.5340	0.4	329	3.6	391	29	626	210	0.4546	91	17	6	16
102	K522	4750	16	14.1035	25	47	0.7258	2649	19	7.5727	0.5	336	3.6	437	20	350	303	0.4766	93	16	9	8
103	K524	6249	25	10.8652	26	16	0.6608	3247	24	6.5046	0.6	277	6.6	552	25	516	146	0.6430	42	27	9	13
104	K526	623	7	43.3570	20	13	0.0888	451	2	0.6042	0.0	171	0.4	430	4	83	161	0.0467	417	3	1	6
105	K527	2439	16	21.3417	25	22	0.3820	2047	7	1.8331	0.1	191	0.9	482	43	332	1874	0.2173	211	14	3	11
106	K528	1800	11	30.3839	23	17	0.2655	1741	4	1.4949	0.0	187	0.5	523	24	199	738	0.1532	399	9	3	10
107	K529	5383	36	20.0938	26	22	0.6843	3520	18	4.0865	0.2	292	1.9	597	30	406	1416	0.4492	155	20	8	13
108	K531	4982	34	11.7703	26	14	0.5742	3092	12	5.8083	0.5	276	5.4	458	17	436	134	0.4312	51	14	6	10
109	K534	6524	22	14.3715	26	14	0.7260	3123	24	4.3266	0.3	274	2.1	483	26	403	163	0.5782	133	20	7	13
110	K536	345	6	38.8055	14	14	0.2333	223	1	2.1970	0.1	182	0.6	427	2	51	259	0.0162	316	2	1	5
111	K537	2820	14	22.2241	26	21	0.4171	2334	9	3.2342	0.1	245	1.2	538	23	376	529	0.2471	199	11	4	14
112	K538	2444	13	34.9314	19	19	0.2772	1646	8	1.4874	0.0	161	0.3	546	6	137	132	0.1999	514	9	3	11
113	K540	5314	20	18.8683	29	22	0.6158	3073	21	3.7134	0.2	296	1.6	489	38	460	226	0.4458	189	17	7	11
114	K541	1532	9	34.5774	24	29	0.2292	1306	4	1.3335	0.0	178	0.4	398	8	155	855	0.1227	504	7	2	26
115	K543	8649	29	9.2639	29	19	0.8450	4618	27	4.3072	0.5	264	3.9	541	22	571	194	0.7308	68	21	12	41
116	K545	3553	17	23.6991	33	17	0.3618	2477	9	2.8522	0.1	302	1.6	562	13	502	183	0.2930	190	15	3	18
117	K547	5391	16	12.4585	24	58	0.7549	3282	17	7.4211	0.6	292	5.0	527	21	449	296	0.4588	58	13	10	13
118	K548	6258	21	14.9838	28	19	0.7530	3128	19	3.8132	0.3	270	2.1	651	23	536	893	0.5220	127	16	7	34
119	K549(3)	6486	18	19.3749	24	44	0.7060	4451	15	4.1377	0.2	327	2.4	808	287	367	274	0.9007	135	77	6	33
120	K550(2)	6745	18	18.6165	24	38	0.7008	4717	16	3.7373	0.2	306	2.2	726	235	385	250	0.9364	142	68	7	34
121	K553(5)	4265	15	21.0221	25	40	0.5361	3624	9	2.7278	0.1	301	1.8	764	595	314	574	0.8859	167	53	5	32
122	K554(5)	1134	7	42.3512	13	47	0.1561	984	2	0.4206	0.0	184	0.6	894	37	81	389	0.1604	301	16	3	37
123	K556(5)	6612	18	20.0674	19	45	0.5471	4341	19	0.9793	0.0	173	2.0	687	199	518	229	0.6988	87	57	7	39
124	K557(5)	6476	20	22.5629	27	44	0.5892	4438	14	0.6279	0.0	232	1.6	711	601	380	255	0.8680	142	61	7	35
125	K558(5)	4509	24	23.2081	26	49	0.4408	3267	10	0.6559	0.0	371	3.5	683	356	599	245	0.6096	105	54	5	41
126	K560(5)	7023	21	18.3812	18	75	0.4878	4780	15	0.6415	0.0	186	1.4	754	125	530	296	0.7200	128	76	6	41
127	K561(2)	7466	23	13.8452	24	47	0.6809	3921	18	0.7162	0.1	467	7.8	633	71	541	183	0.6037	60	43	6	35
128	K563(5)	5288	56	18.5084	18	51	0.3636	4551	11	0.4892	0.0	441	4.5	744	191	257	406	1.0101	97	52	5	54
129	K564(5)	3651	45	24.4916	24	58	0.2508	3463	5	0.4410	0.0	352	1.9	800	118	291	328	0.6020	181	46	4	31
130	K566(5)	6548	39	20.6195	21	41	0.5810	3505	19	0.7714	0.0	392	8.3	650	51	541	239	0.4865	47	29	7	28
131	K568(5)	3204	13	36.2667	15	64	0.2599	2740	10	0.4553	0.0	314	1.5	826	13	147	320	0.4598	215	51	4	33
132	K569(5)	3601	24	26.3681	22	29	0.3380	2584	9	0.5847	0.0	336	2.7	696	93	529	263	0.5763	126	45	4	46
133	K572(5)	6848	25	22.1171	17	29	0.4979	4738	12	0.6317	0.0	176	5.3	637	20	495	231	0.7194	33	69	6	132
134	K574(5)	3139	22	25.3347	19	27	0.2602	2647	5	1.8345	0.1	335	1.8	748	95	232	240	0.5717	185	37	4	47
135	K575(5)	6025	17	12.0571	23	92	0.5664	3731	13	3.9413	0.3	252	3.1	841	103	513	192	0.4817	81	37	6	29
136	K576(2)	4181	14	26.2484	24	43	0.4771	3003	11	4.0461	0.2	350	1.9	745	27	247	314	0.4097	183	36	5	30
137	K577(5)	3215	15	21.2326	17	36	0.5218	2737	6	6.0831	0.3	531	4.7	756	70	403	322	0.4478	113	38	6	29
138	K578(5)	2003	8	38.6921	8	33	0.1590	2200	2	0.3235	0.0	209	0.8	687	9	154	236	0.3382	256	42	3	24
139	K579(5)	4185	17	12.7573	17	61	0.8260	3157	4	6.3820	0.5	433	7.2	954	176	552	320	0.7234	60	64	7	39
140	K581(5)	5072	14	11.4014	20	37	0.5564	2804	9	5.3542	0.5	303	6.4	631	192	648	218	0.4208	48	29	5	32
141	K583(5)	4060	13	17.4432	21	37	0.3883	2551	6	3.2329	0.2	288	2.6	646	97	412	207	0.3899	112	27	4	31
142	K584(5)	2983	12	22.4818	26	40	0.3156	1982	4	2.7886	0.1	319	1.8	728	52	759	206	0.3410	177	45	3	21
143	K585(5)	4420	17	21.1574	25	39	0.4138	2724	9	3.0592	0.1	323	1.9	705	25	447	250	0.4888	167	50	4	24
144	K589(3)	3966	827	20.4791	17	38	0.7182	2481	12	7.7530	0.4	350	2.8	732	14	205	601	0.4273	127	37	7	23
145	K590(2)	5575	17	14.1963	12	39	0.7496	2941	17	7.2850	0.5	353	5.9	760	102	321	273	0.4266	60	31	6	30
146	K591(3)	2614	12	23.6443	15	46	0.3202	1846	5	3.3063	0.1	263	1.3	685	88	406	219	0.2735	204	21	4	23
147	K592(3)	567	5	43.0850	15	30	0.1166	576	0	0.6756	0.0	214	0.9	625	7	57	276	0.1161	235	11	2	13
148	K593(3)	1621	8	26.7061	18	44	0.2175	1216	2	2.7058	0.1	246	1.2	759	85	382	313	0.2966	203	25	3	18
149	K594(3)	2545	9	20.3951	17	43	0.6282	1462	10	4.8191	0.2	282	2.2	717	1871	301	251	0.3545	128	29	6	21
150	K595(3)	3390	10	15.9151	15	103	0.8025	1877	13	8.0141	0.5	344	5.1	718	673	427	237	0.3076	67	21	5	21
151	K596(3)	3963	11	15.9316	18	37	0.8973	2854	11	8.1486	0.5	339	5.1	778	23	388	743	0.4257	66	34	8	23
152	K597(2)	2753	9	31.5790	12	34	0.3937	2227	10	3.3642	0.1	200	0.9	721	13	137	578	0.3470	213	43	5	18
153	K598(3)	2008	9	32.9704	13	39	0.2796	1741	3	1.7268	0.1	163	0.5	964	9	125	694	0.3062	337	35	3	35
154	K601(3)	1504	10	24.3771	15	39	0.4544	1497	0	2.5191	0.1	275	0.8	850	133	255	738	0.3032	349	32	3	19
155	K602(3)	1912	11	36.5488	13	31	0.2734	1740	2	1.2139	0.0	178	0.3	848	13	140	737	0.3629	709	51	3	15
156	K603(3)	1767	10	29.8162	23	37	0.4175	1495	1	2.1964	0.1	289	0.4	964	34	221	1304	0.4351	813	41	3	19
157	K605(3)	604	7	39.6863	16	35	0.2057	792	0	1.3481	0.0	247	0.6	758	13	107	415	0.1814	413	13	3	18
158	K606(3)	2090	12	31.4474	19	39	0.3675	2007	1	1.1013	0.0	280	0.4	963	37	242	772	0.2866	642	32	3	21