# Comparison of published versus recalibrated age models for Liang Luar Cave, Indonesia, over the last 2000 years
#-----------------------------------------------------------------------
#               World Data Service for Paleoclimatology, Boulder
#                                   and
#                      NOAA Paleoclimatology Program
#-----------------------------------------------------------------------
# NOTE: Please cite original publication, online resource and date accessed when using this data.
# If there is no publication information, please cite Investigator, title, online resource and date accessed.
#
# Description/Documentation lines begin with #
# Data lines have no #
#
# Online_Resource: https://www.ncdc.noaa.gov/paleo/study/21731
#      Description: NOAA Landing Page
# Online_Resource: http://www1.ncdc.noaa.gov/pub/data/paleo/pages2k/dixon2017australasia/dixon2017liangluar.txt
#      Description: NOAA location of the template
#
# Original_Source_URL: http://hurricane.ncdc.noaa.gov/pls/paleox/f?p=519:1:::::P1_STUDY_ID:8632
#      Description: 
#
# Archive: ostracod ecological assemblage, geochemistry (Mg/Ca, Sr/Ca, Na/Ca, d18O, d13C)
#
# Parameter_Keywords: 
#---------------------------------------
# Contribution_Date
#    Date: 2017-12-11
#---------------------------------------
# File_Last_Modified_Date
#    Date: 2017-12-11
#---------------------------------------
# Title
#    Study_Name: Comparison of published versus recalibrated age models for Liang Luar Cave, Indonesia, over the last 2000 years
#---------------------------------------
# Investigators
#      Investigators: Dixon, Bronwyn C.; Tyler, Jonathan J.; Lorrey, Andrew M; Goodwin, Ian D; Gergis, Joelle; Drysdale, Russell N
#---------------------------------------
# Description_Notes_and_Keywords
#        Description: 
#         Provided Keywords: age modelling, Bayesian
#---------------------------------------
# Publication
# Authors: Dixon, Bronwyn C.; Tyler, Jonathan J.; Lorrey, Andrew M; Goodwin, Ian D; Gergis, Joelle; Drysdale, Russell N
# Published_Date_or_Year: 2017
# Published_Title: Low-resolution Australasian palaeoclimate records of the last 2000 years
# Journal_Name: Climate of the Past
# Volume: 
# Edition: 
# Issue: 
# Pages: 
# Report Number: 
# DOI: 
# Online_Resource: 
# Full_Citation: 
# Abstract: Non-annually resolved palaeoclimate records in the Australasian region were compiled to facilitate investigations of decadal to centennial climate variability over the past 2000 years. A total of 661 lake/wetland, geomorphic, marine, and speleothem records were identified and then assessed against a set of a priori criteria based on temporal resolution, record length, dating methods, and confidence of the proxy-climate relationship over the Common Era. A high quality subset of 22 records across Australasia met the criteria and they are endorsed for subsequent analyses. New chronologies based on progressive Bayesian techniques were constructed for the high quality records to ensure a consistent approach to age modelling and quantification of age uncertainties. Chronological uncertainty was the primary reason why records did not meet the selection criteria. Despite present limitations, existing proxies and reconstruction techniques that successfully capture climate variability in the region show potential to address spatial gaps and expand the range of climate variables covering the last 2000 years from the Australasian region.
#---------------------------------------
# Publication
# Authors: Griffiths, ML; Drysdale, RN; Gagan, MK; Zhao, J-x; Ayliffe, LK; Hellstrom, JC; Hantoro, WS; Frisie, S; Feng, Y-x; Cartwright, I; Pierre, ES; Fischer, MJ; Suwargadi, BW
# Published_Date_or_Year: 2009
# Published_Title: Increasing Australian-Indonesian monsoon rainfall linked to early Holocene sea-level rise
# Journal_Name: Nature Geoscience
# Volume: 2
# Edition: 
# Issue: 9
# Pages: 636-639
# Report Number: 
# DOI: 10.1038/ngeo605
# Online_Resource: 
# Full_Citation: Griffiths, M. L., Drysdale, R. N., Gagan, M. K., Zhao, J. X., Ayliffe, L. K., Hellstrom, J. C., Hantoro, W. S., Frisia, S., Feng, Y. X., Cartwright, I., Pierre, E. S., Fischer, M. J. & Suwargadi, B. W. 2009. Increasing Australian-Indonesian monsoon rainfall linked to early Holocene sea-level rise. Nature Geoscience, 2, 636-639.
# Abstract: The Australian-Indonesian summer monsoon affects rainfall variability and hence terrestrial productivity in the densely populated tropical Indo-Pacific region. It has been proposed that the main control of summer monsoon precipitation on millennial timescales is local insolation(1-3), but unravelling the mechanisms that have influenced monsoon variability and teleconnections has proven difficult, owing to the lack of high-resolution records of past monsoon behaviour. Here we present a precisely dated reconstruction of monsoon rainfall over the past 12,000 years, based on oxygen isotope measurements from two stalagmites collected in southeast Indonesia. We show that the summer monsoon precipitation increased during the Younger Dryas cooling event, when Atlantic meridional overturning circulation was relatively weak(4). Monsoon precipitation intensified even more rapidly from 11,000 to 7,000 years ago, when the Indonesian continental shelf was flooded by global sea-level rise(5-7). We suggest that the intensification during the Younger Dryas cooling was caused by enhanced winter monsoon outflow from Asia and a related southward migration of the intertropical convergence zone(8). However, the early Holocene intensification of monsoon precipitation was driven by sea-level rise, which increased the supply of moisture to the Indonesian archipelago.
#---------------------------------------
# Funding_Agency
#    Funding_Agency_Name: 
#    Grant: 
#---------------------------------------
# Site Information
# Site_Name: Liang Luar
# Location: 
# Country: 
# Northernmost_Latitude: -8.533
# Southernmost_Latitude: -8.533
# Easternmost_Longitude: 120.433
# Westernmost_Longitude: 120.433
# Elevation: 550
#---------------------------------------
# Data_Collection
#   Collection_Name: B1
#   First_Year: 2002
#   Last_Year: -52
#   Time_Unit: cal yr BP
#   Core_Length: 257.5
#   Notes: 
#---------------------------------------
# Chronology_Information 
# Chronology: 
# 
# Lab ID	
# Dated material	
# depth_bot (mm) 	
# depth_top (mm) 	
# age (bp) 	
# age14C (bp) 	
# age_error (years) 	
# calibrated age (cal BP)	
# 2-sigma error of cal age (years)	
# cal_age_range_old (bp) 	
# cal_age_range_young (2_s) 	
# depth (mm) 	
# thickness (mm)	
# notes	
#
# Stalagmite LR06-B1	
# Sample I.D.	Depth (mm)	Corr. 230Th age (yr ago)	Corr. 230Th age  ( yr before 1950)	±2s
# B1/0003	3	19	-39	10
# B1/0042	42	396	337	18
# B1/0084	84	859	801	22
# B1/0107	107	1222	1164	33
# B1/0156	156	1573	1515	30
# B1/0220	220	1806	1748	19
# B1/0317	317	2412	2353	28
# B1/0423	423	2838	2780	30
# B1/0437	439	2826	2768	59
# B1/0455	458	2892	2833	167
# B1/0475	475	3727	3669	193
# B1/0486	486	3728	3670	97
# B1/0510	510	3966	3908	48
# B1/0574	574	4291	4233	29
# B1/0612	612	4625	4567	38
# B1/0690	690	5004	4946	35
# B1/0709	709	5280	5222	33
# B1/0718	718	5636	5578	77
# B1/0786	786	6000	5942	114
# B1/0812	812	6481	6423	53
# B1/0831	831	8620	8562	95
# B1/0882	882	8918	8859	70
# B1/0928	928	9212	9153	62
# B1/0957	957	9634	9576	90
# B1/0974	974	9915	9856	78
# B1/1005	1005	10117	10059	71
# B1/1048	1048	10550	10492	81
# B1/1108	1108	10890	10832	86
# B1/1129	1129	11417	11359	128
# B1/1160	1160	11610	11552	97
# B1/1203	1203	12112	12054	84
# B1/1235	1235	12501	12443	103
# B1/1249	1249	12695	12636	120
# 
# Stalagmite LR06-B3 
# Sample I.D.	Depth (mm)	Corr. 230Th age (yr ago)	Corr. 230Th age  ( yr before 1950)	±2s
# B3/A-AB-a1	7.8	111	53	15
# B3-101	68.3	363	305	20
# B3-102	86.3	476	418	25
# B3-103	141.8	1001	943	28
# B3-104	208.8	1531	1473	19
# B3-105	276.9	2076	2018	30
# B3-106	315.4	2306	2248	50
# B3-107	390.2	2949	2891	65
# B3-108	440.5	3552	3494	74
# B3/B-AB-a12	484.9	3976	3918	61
# B3-109	506	4103	4045	52
# B3-110	579.4	4886	4828	48
# B3-111	644.4	5257	5199	50
# B3-112	684.2	5481	5423	50
# B3-113	757.3	6023	5965	42
# B3-D-SS-2	771.6	6133	6075	158
# B3-E-SS-3	833.7	6667	6608	63
# B3-E-SS-4	934.2	7109	7051	51
# B3-114	1053.6	7754	7696	95
# B3-E-SS-6	1107.6	7959	7900	76
# B3/E-AB-b12	1138.1	8208	8149	75
# B3-F-SS-7	1208.3	8375	8317	109
# B3-F-SS-8	1279.2	8850	8792	80
# B3-115	1300.7	8952	8893	58
# B3-116	1348.7	9279	9221	81
# B3-117	1375.1	9291	9233	75
# B3-118	1406.4	9539	9481	103
# B3-119	1477.8	10216	10157	94
# B3/H-AB-c1	1550.2	10759	10701	116
# 
# 
#---------------------------------------
# Variables
# Data variables follow that are preceded by "##" in columns one and two.
# Variables list, one per line, shortname-tab-longname components (9 components: what, material, error, units, seasonality, archive, detail, method, C or N for Character or Numeric data)
## Depth_cm	,Depth of sample,NA,,cm,,NA,,,N
## PublishedAge_YBP	,Ages from original record publication,NA,,Years before present (present=1950CE),,NA,,,N
## BACON0.05CI	,0.05% confidence interval age as calculated in BACON age modelling software,NA,,Years before present (present=1950CE),,NA,,,N
## BACON0.95CI	,0.95% confidence interval age as calculated in BACON age modelling software,NA,,Years before present (present=1950CE),,NA,,,N
## BACONmedian	,median sample age as calculated in BACON age modelling software,NA,,Years before present (present=1950CE),,NA,,,N
## BACONwmean	,weighted mean age as calculated in BACON age modelling software,NA,,Years before present (present=1950CE),,NA,,,N
## d18O	,delta 18 O,speleothem calcite,,per mille (‰) VPDB,,speleothem calcite,,isotope ratio mass spectrometry,N
#------------------------
# Data
# Data lines follow (have no #)
# Data line format - tab-delimited text, variable short name as header
# Missing Value: NA
LR06-B3							
Depth_cm	PublishedAge_YBP	BACON0.05CI	BACON0.95CI	BACONmedian	BACONwmean	d18O	
0.125	-37.142	-2	96	54	52	-6.06	
0.775	49.925	19	149	77	81	-6.35	
1.825	104.299	48	218	123	127	-6.25	
2.875	144.844	85	267	172	174	-6.17	
3.889	183.033	123	303	219	219	-6.08	
4.867	220.084	174	334	263	261	-6.02	
5.845	258.054	250	362	302	304	-6.04	
6.823	303.748	299	422	356	357	-6.24	
7.801	366.731	363	476	415	417	-6.61	
8.779	440.011	400	626	489	497	-6.39	
9.757	535.443	447	753	575	584	-6.23	
10.735	623.507	519	839	680	681	-5.98	
11.713	709.38	607	910	780	774	-6.06	
12.691	795.937	726	971	870	865	-5.98	
13.669	888.381	878	1032	958	958	-5.82	
14.647	986.92	939	1158	1039	1043	-6.04	
15.625	1064.64	992	1270	1119	1123	-6.14	
16.603	1137.27	1047	1346	1200	1199	-6.04	
17.581	1208.16	1108	1409	1276	1273	-6.11	
18.559	1279.78	1210	1465	1352	1348	-6.08	
19.537	1353.84	1320	1505	1426	1423	-6.1	
20.515	1432.51	1445	1554	1503	1503	-5.96	
21.499	1522.5	1495	1694	1577	1583	-6.1	
22.488	1602.68	1542	1819	1651	1660	-6.29	
23.477	1678.04	1599	1898	1733	1739	-6.4	
24.466	1751.36	1666	1963	1821	1820	-6.37	
25.455	1824.45	1746	2024	1901	1898	-6.27	
26.444	1900.89	1861	2072	1976	1973	-6.32	
27.434	1984.58	1964	2124	2050	2049	-6.23	
28.426	2060.2	2016	2218	2114	2117	-6.31	
LR06-B1
Depth_cm	PublishedAge_YBP	BACON0.05CI	BACON0.95CI	BACONmedian	BACONwmean	d18O
0.05	-53.93713	-51	6	-30	-27	-6.26
0.15	-47.63711	-45	19	-20	-18	-6.51
0.25	-41.0885	-38	31	-10	-8	-6.59
0.35	-33.79	-31	42	-1	2	-5.93
0.45	-24.8102	-25	54	9	11	-6.35
0.55	-14.5689	-17	66	19	21	-6.14
0.65	-4.1458	-10	77	28	30	-6.1
0.75	6.3823	-2	89	38	40	-6.3
0.85	16.9179	6	99	48	49	-6.33
0.95	27.4893	13	110	57	59	-6.23
1.05	38.1047	22	120	67	69	-6.24
1.15	48.386	30	131	77	78	-6.33
1.25	58.274	39	141	87	88	-6.39
1.35	67.952	47	152	96	98	-6.12
1.45	77.433	56	162	106	107	-6.15
1.55	86.73	65	173	116	117	-6.14
1.65	95.836	74	182	125	127	-6.07
1.75	104.811	82	192	135	136	-6.44
1.85	113.711	92	202	144	146	-6.61
1.95	122.629	101	211	154	155	-6.17
2.05	131.578	110	221	164	165	-6.31
2.15	140.56	120	231	174	174	-6.03
2.25	149.436	129	241	183	184	-6.17
2.35	158.162	139	250	193	194	-6.29
2.45	166.873	149	260	203	203	-6.19
2.55	175.615	159	269	212	213	-6.29
2.65	184.499	168	278	222	223	-6.01
2.75	193.533	178	287	232	232	-5.9
2.85	202.659	188	296	241	242	-5.9
2.95	211.851	198	305	251	251	-6.1
3.05	221.029	208	313	261	261	-5.95
3.15	230.279	218	322	270	271	-6.13
3.25	239.678	228	330	280	280	-5.99
3.35	249.302	239	339	289	290	-5.86
3.45	259.153	250	347	299	299	-6.08
3.55	269.138	260	355	308	309	-6.22
3.65	279.201	271	363	318	318	-6.3
3.75	289.459	283	372	327	328	-6.02
3.85	299.9	296	381	337	338	-5.99
3.95	310.309	306	391	347	348	-6
4.05	320.827	315	404	357	358	-6.08
4.15	331.853	323	416	367	368	-6.26
4.25	343.296	331	429	377	378	-6.8
4.35	354.858	340	440	387	388	-6.68
4.45	366.59	349	452	397	399	-6.6
4.55	378.499	358	463	408	409	-6.47
4.65	390.559	367	474	418	419	-6.43
4.75	402.725	375	486	428	429	-6.66
4.85	414.678	384	498	438	440	-6.44
4.95	426.348	392	510	449	450	-6.42
5.05	437.681	401	521	459	460	-6.47
5.15	448.673	410	531	469	470	-6.19
5.25	459.418	419	542	480	481	-6.26
5.35	469.95	428	553	490	491	-6.32
5.45	480.457	438	565	501	501	-6.17
5.55	490.915	448	576	511	512	-6.26
5.65	501.305	457	587	521	522	-6.1
5.75	511.617	467	598	532	532	-6.2
5.85	521.859	476	608	542	542	-6.17
5.95	532.136	486	619	553	553	-6.2
6.05	542.492	496	628	563	563	-6.19
6.15	552.695	505	639	573	573	-6.11
6.25	562.7	516	648	583	584	-6.07
6.35	572.547	526	659	594	594	-6.02
6.45	582.266	536	669	604	604	-5.9
6.55	592.026	547	679	615	615	-6.06
6.65	601.88	556	690	625	625	-6.04
6.75	611.899	567	700	635	635	-5.94
6.85	622.028	576	710	646	646	-5.96
6.95	632.169	586	719	656	656	-6.06
7.05	642.459	596	729	667	666	-6.14
7.15	652.966	606	738	677	676	-6.29
7.25	663.689	616	747	688	686	-5.89
7.35	674.59	627	757	698	697	-6.23
7.45	685.706	638	767	709	707	-6.51
7.55	697.018	648	777	719	718	-6.62
7.65	708.4	659	786	729	728	-6.2
7.75	719.98	670	795	740	738	-6.15
7.85	732.117	681	803	750	748	-6.3
7.95	744.608	692	812	760	759	-6.1
8.05	756.963	702	820	771	769	-6.35
8.15	769.188	712	829	781	779	-6.26
8.25	781.324	720	840	790	788	-6.3
8.35	794.814	727	850	798	796	-6.3
8.45	810.277	736	861	806	805	-5.92
8.55	827.516	744	872	815	814	-6.1
8.65	846.153	752	883	823	822	-6.26
8.75	864.839	760	892	831	831	-6.34
8.85	883.307	768	902	840	839	-6.27
8.95	901.343	775	912	848	848	-6.37
9.05	918.864	783	922	856	856	-6.41
9.15	935.896	791	932	865	865	-6.36
9.25	952.53	799	942	874	874	-6.18
9.35	969.03	806	952	882	882	-6.39
9.45	985.51	814	961	891	891	-6.29
9.55	1002.04	823	971	900	900	-6.28
9.65	1018.73	831	980	909	909	-6.29
9.75	1035.6	839	990	917	917	-6.34
9.85	1052.75	847	1000	926	926	-6.31
9.95	1070.18	855	1010	934	934	-6.52
10.05	1088.47	863	1019	942	943	-6.46
10.15	1107.63	872	1029	951	951	-6.3
10.25	1127.18	879	1038	959	960	-6.42
10.35	1145.81	888	1048	968	969	-6.34
10.45	1160.91	895	1057	976	977	-6.41
10.55	1172.67	903	1065	984	985	-6.23
10.65	1182.37	910	1072	991	992	-6.28
10.75	1190.74	918	1079	998	999	-6.39
10.85	1198.64	925	1088	1006	1007	-6.2
10.95	1206.24	931	1095	1013	1014	-6.37
11.05	1213.68	939	1103	1021	1021	-6.56
11.15	1220.93	946	1110	1028	1029	-6.4
11.25	1228	953	1118	1036	1036	-6.45
11.35	1235.08	960	1126	1043	1044	-6.4
11.45	1242.12	967	1133	1051	1051	-6.42
11.55	1249.06	974	1141	1058	1059	-6.32
11.65	1255.93	981	1149	1065	1066	-6.23
11.75	1262.85	988	1156	1073	1074	-6.38
11.85	1269.69	996	1163	1080	1081	-6.35
11.95	1276.33	1002	1171	1087	1088	-6.04
12.05	1282.85	1009	1178	1095	1096	-5.97
12.15	1289.34	1017	1186	1102	1103	-6.04
12.25	1295.8	1024	1193	1110	1110	-6.15
12.35	1302.21	1031	1201	1117	1118	-5.9
12.45	1308.74	1039	1208	1124	1125	-6.15
12.55	1315.4	1046	1216	1132	1132	-6.05
12.65	1322.05	1053	1224	1140	1140	-5.99
12.75	1328.69	1061	1231	1147	1147	-5.98
12.85	1335.33	1069	1239	1155	1155	-6.02
12.95	1341.96	1075	1246	1162	1162	-6.2
13.05	1348.6	1083	1254	1169	1170	-6.34
13.15	1355.17	1090	1262	1176	1177	-6.37
13.25	1361.62	1097	1270	1184	1184	-6.18
13.35	1368.02	1105	1277	1191	1192	-6.18
13.45	1374.42	1112	1284	1198	1199	-6.1
13.55	1380.84	1119	1291	1206	1206	-6.2
13.65	1387.3	1127	1298	1213	1214	-6.33
13.75	1393.76	1134	1306	1221	1221	-6.01
13.85	1400.25	1141	1313	1228	1228	-5.9
13.95	1407.01	1148	1321	1235	1236	-5.96
14.05	1413.96	1156	1328	1243	1243	-5.74
14.15	1420.87	1163	1335	1251	1251	-5.86
14.25	1427.79	1171	1342	1258	1258	-6.11
14.35	1434.78	1179	1349	1265	1265	-6.23
14.45	1441.85	1186	1356	1273	1273	-6.15
14.55	1448.99	1194	1364	1280	1280	-6.17
14.65	1456.33	1202	1372	1288	1288	-6.26
14.75	1463.9	1210	1379	1295	1295	-6.15
14.85	1471.6	1216	1387	1303	1303	-6.18
14.95	1479.41	1223	1394	1310	1310	-5.92
15.05	1487.43	1230	1401	1317	1318	-5.97
15.15	1495.52	1238	1408	1325	1325	-6.03
15.25	1503.01	1246	1415	1332	1332	-6.39
15.35	1509.72	1253	1422	1339	1339	-6.19
15.45	1515.57	1259	1428	1346	1346	-5.99
15.55	1520.71	1266	1434	1352	1353	-6.83
15.65	1525.53	1273	1440	1359	1359	-6.21
15.75	1530.02	1280	1447	1365	1365	-5.98
15.85	1534.25	1286	1452	1371	1372	-6.3
15.95	1538.32	1293	1458	1378	1378	-6.32
16.05	1542.29	1300	1464	1384	1385	-5.87
16.15	1546.07	1307	1471	1390	1391	-5.91
16.25	1549.66	1313	1476	1397	1397	-5.97
16.35	1553.18	1320	1483	1403	1404	-5.89
16.45	1556.66	1327	1489	1410	1410	-6.12
16.55	1560.14	1334	1495	1416	1416	-5.92
16.65	1563.59	1340	1501	1423	1423	-6.13
16.75	1567.01	1347	1506	1429	1429	-6.15
16.85	1570.4	1353	1512	1436	1436	-6.18
16.95	1573.78	1360	1518	1442	1442	-5.91
17.05	1577.09	1367	1524	1449	1449	-6.18
17.15	1580.28	1374	1530	1455	1455	-6.18
17.25	1583.54	1381	1536	1462	1461	-6.23
17.35	1586.9	1388	1542	1468	1468	-6.28
17.45	1590.22	1394	1548	1475	1474	-5.93
17.55	1593.51	1401	1554	1481	1481	-6.01
17.65	1596.84	1408	1559	1487	1487	-6.04
17.75	1600.21	1415	1565	1494	1493	-6.31
17.85	1603.59	1422	1571	1500	1500	-6.23
17.95	1606.92	1429	1577	1506	1506	-6.23
18.05	1610.12	1436	1584	1513	1512	-6.33
18.15	1613.24	1443	1590	1519	1519	-6.12
18.25	1616.36	1450	1595	1526	1525	-6.22
18.35	1619.51	1456	1601	1532	1532	-6.02
18.45	1622.7	1463	1607	1538	1538	-6.51
18.55	1625.93	1470	1612	1545	1545	-6.33
18.65	1629.2	1477	1618	1551	1551	-6.27
18.75	1632.48	1484	1624	1558	1557	-6.45
18.85	1635.75	1491	1630	1564	1564	-6.32
18.95	1638.96	1499	1637	1571	1570	-6.35
19.05	1642.14	1506	1642	1577	1577	-6.36
19.15	1645.36	1513	1649	1584	1583	-6.22
19.25	1648.59	1520	1654	1590	1590	-6.22
19.35	1651.78	1528	1660	1596	1596	-6.38
19.45	1654.9	1535	1666	1603	1603	-6.36
19.55	1657.93	1542	1672	1609	1609	-6.33
19.65	1661.02	1549	1677	1616	1615	-6.54
19.75	1664.23	1556	1683	1622	1622	-6.37
19.85	1667.48	1563	1689	1629	1628	-6.34
19.95	1670.73	1570	1694	1635	1635	-6.38
20.05	1674.03	1577	1700	1641	1641	-6.44
20.15	1677.39	1584	1706	1647	1647	-6.51
20.25	1680.75	1591	1712	1654	1654	-6.54
20.35	1684.13	1598	1717	1660	1660	-6.49
20.45	1687.6	1606	1722	1667	1667	-6.26
20.55	1691.13	1613	1728	1673	1673	-6.13
20.65	1694.7	1620	1734	1680	1680	-6.4
20.75	1698.31	1628	1739	1686	1686	-6.49
20.85	1701.95	1635	1745	1692	1692	-6.22
20.95	1705.63	1643	1751	1699	1699	-6.02
21.05	1709.34	1651	1756	1705	1705	-6.41
21.15	1713.13	1657	1762	1712	1712	-6.45
21.25	1717	1664	1768	1718	1718	-6.75
21.35	1720.89	1671	1774	1724	1724	-6.76
21.45	1724.93	1679	1779	1731	1731	-6.56
21.55	1729.38	1687	1785	1737	1737	-6.85
21.65	1734.33	1694	1790	1744	1744	-6.59
21.75	1739.74	1702	1796	1750	1750	-6.85
21.85	1745.91	1708	1802	1757	1757	-6.92
21.95	1752.9	1714	1809	1763	1763	-6.55
22.05	1760.16	1720	1817	1769	1769	-6.85
22.15	1767.31	1726	1824	1775	1776	-6.59
22.25	1774.32	1731	1831	1781	1782	-6.46
22.35	1781.18	1738	1838	1788	1788	-6.53
22.45	1787.99	1743	1845	1794	1794	-6.77
22.55	1794.78	1749	1852	1800	1801	-6.73
22.65	1801.61	1755	1858	1806	1807	-6.82
22.75	1808.47	1760	1865	1812	1813	-6.4
22.85	1815.3	1766	1872	1818	1819	-6.63
22.95	1822.06	1771	1879	1825	1826	-6.67
23.05	1828.76	1777	1887	1831	1832	-6.4
23.15	1835.43	1783	1894	1837	1838	-6.27
23.25	1842.11	1789	1901	1844	1845	-6.37
23.35	1848.76	1794	1907	1850	1851	-6.39
23.45	1855.37	1800	1914	1856	1857	-6.56
23.55	1861.86	1805	1920	1863	1864	-6.11
23.65	1868.21	1812	1927	1869	1870	-6.31
23.75	1874.46	1818	1934	1875	1876	-6.39
23.85	1880.64	1824	1941	1881	1883	-6.52
23.95	1886.82	1830	1948	1888	1889	-6.62
24.05	1892.98	1836	1954	1894	1895	-6.6
24.15	1899.11	1842	1961	1900	1901	-6.35
24.25	1905.18	1847	1968	1906	1907	-6.29
24.35	1911.18	1853	1974	1913	1914	-6.47
24.45	1917.2	1858	1981	1919	1920	-6.69
24.55	1923.3	1864	1988	1925	1926	-6.76
24.65	1929.24	1870	1995	1932	1933	-6.61
24.75	1934.94	1876	2002	1938	1939	-6.74
24.85	1940.72	1882	2008	1944	1945	-6.56
24.95	1946.6	1888	2015	1951	1951	-6.47
25.05	1952.45	1893	2021	1957	1958	-6.5
25.15	1958.23	1900	2027	1963	1964	-6.32
25.25	1963.81	1906	2033	1969	1970	-6.72
25.35	1969.35	1912	2040	1975	1976	-6.57
25.45	1975.17	1918	2046	1982	1983	-6.34
25.55	1981.05	1924	2053	1989	1989	-6.78
25.65	1986.78	1930	2060	1995	1995	-6.44
25.75	1992.43	1936	2067	2001	2002	-6.66