#----------------------------------------------------------------------- 
#                World Data Center for Paleoclimatology, Boulder 
#                                  and 
#                     NOAA Paleoclimatology Program 
#----------------------------------------------------------------------- 
# NOTE: Please cite Publication, and Online_Resource and date accessed when using these data. If there is no publication information, please cite Investigators, Title, and Online_Resource and date accessed. 
#
# Online_Resource: hurricane.ncdc.noaa.gov/pls/paleox/f?P=519:1:::::P1_STUDY_ID:15934
# Online_Resource: ftp://ftp.ncdc.noaa.gov/pub/data/paleo/paleolimnology/northamerica/usa/california/elsinore2013sediment.txt
#
# Original_Source_URL: 
# 
# Description/Documentation lines begin with #
# Data lines have no #
#
# Archive: paleolimnology
#--------------------
# Contribution_Date
#	Date: 2013-12-12
#--------------------
# Title
#	Study_Name: Latest Pleistocene to Holocene hydroclimates from Lake Elsinore, California
#--------------------
# Investigators
#       Investigators: Kirby,M.E.;Feakins,S.J.;Bonuso,N.;Fantozzi,J.M.;Hiner,C.A.;
#--------------------
# Description_and_Notes
# Keywords - Younger Dryas, Hydrology, Geochemistry, Magnetic Susceptibility, Hydrogen isotopes, Deglacial, Dipping westerlies. 
# 
#--------------------
# Publication 
#       Authors: Matthew E. Kirby, Sarah J. Feakins, Nicole Bonuso, Joanna M. Fantozzi, Christine A. Hiner
#       Published_Date_or_Year: 2013
#       Published_Title: Latest Pleistocene to Holocene hydroclimates from Lake Elsinore, California
#       Journal_Name: Quaternary Science Reviews
#       Volume: 76
#       Edition: 
#       Issue:
#       Pages: 1 -15
#       Report_Number: 
#       DOI: http://dx.doi.org/10.1016/j.quascirev.2013.05.023
#       Publication_Place: 
#       Publisher: 
#       ISBN: 
#       Online_Resource: 
#       Other_Reference_Details: 
#       Full_Citation: 
#       Abstract: The hydroclimate of the southwestern United States (US) region changed abruptly during the latest Pleistocene as the continental ice sheets over North America retreated from their most southerly extent. To investigate the nature of this change, we present a new record from Lake Elsinore, located 36 km inland from the Pacific Ocean in Southern California and evaluate it in the context of records across the coastal and interior southwest United States, including northwest Mexico. The sediment core recovered from Lake Elsinore provides a continuous sequence with multi-decadal resolution spanning 19e9 ka BP. Sedimentological and geochemical analyses reveal hydrologic variability. In particular, sand and carbonate components indicate abrupt changes at the Oldest Dryas (OD), BøllingeAllerød (BA), and Younger Dryas (YD) transitions, consistent with the timing in Greenland. Hydrogen isotope analyses of the C28 nalkanoic acids from plant leaf waxes (dDwax) reveal a long term trend toward less negative values across 19-9 ka BP. dDwax values during the OD suggest a North Pacific moisture source for precipitation, consistent with the dipping westerlies hypothesis. We find no isotopic evidence for the North American Monsoon reaching as far west as Lake Elsinore; therefore, we infer that wet/dry changes in the coastal southwest were expressed through winter-season precipitation, consistent with modern climatology. Comparing Lake Elsinore to other southwest records (notably Cave of Bells and Fort Stanton) we find coincident timing of the major transitions (OD to BA, BA to YD) and hydrologic responses during the OD and BA. The hydrologic response, however, varied during the YD consistent with a dipole between the coastal and interior southwest. The coherent pattern of hydrologic responses across the interior southwest US and northwest Mexico during the OD (wet), the BA (drier), and YD (wet) follows changes in the Atlantic Meridional Overturning Circulation, presumably via its combined influence on North Pacific winter storm tracks and the extent/magnitude of the North American Monsoon. In contrast, Lake Elsinore and the coastal southwest experiences a deglacial drying trend punctuated by abrupt change at the OD to BA and BA to YD transitions. This trend tracks rising greenhouse gases through the deglacial, with an apparent southward shift in westerly moisture sources adjusting to the retreating ice sheet.
#------------------
# Funding_Agency
#       Funding_Agency_Name: U.S. National Science Foundation
#       Grant: 
#------------------
# Funding_Agency
#       Funding_Agency_Name: American Chemical Society Petroleum Research Fund
#       Grant: 
#------------------
# Site_Information 
#   Site_Name: Lake Elsinore
#   Location: California
#	Region: North America
#	Country: United States of America
#	Northernmost_Latitude: 33.6733
# 	Southernmost_Latitude: 33.6733
# 	Easternmost_Longitude: -117.3542
# 	Westernmost_Longitude: -117.3542
# 	Elevation: 379
#------------------
# Data_Collection
#	Collection_Name: LEDC10-1sediment
#	Earliest_Year: 18695
#	Most_Recent_Year: 9632
#	Time_Unit: 
#	Core_Length:
#	Notes: 
#------------------
# Species:
#------------------
# Chronology: 
# Table 1. Age Data										
# Number	Depth Range (cm)	Average Depth (cm)	Material	LLNL AMS Results				Calibration Results$		
# 				ID	delta13C(ä)#	14C Age (BP)	±	2-Sigma Range	Age (cy BP)	^With Calculated Reservoir Effect (-915±163 yrs)
# 1	1274-1275	1274.5	Gastropods	N93630	-25	8,655	35	9,541-9,684	9,613	
# 2	1274-1275	1274.5	Gastropods	N93631	-25	8,710	35	9,548-9,780	9,664	
# 3	1396-1398	1397	Bulk	94679	-25	10,155	45	11,685-12,030	11858*	10,943
# 4	1508-1510	1509	Bulk	94680	-22.9	10,950	40	12,648-12,964	12806*	11,891
# 5	1540-1542	1541	Bulk	94681	-25	11,650	60	13,334-13,691	13513*	12,598
# 6	1618-1620	1619	Bulk	94682	-24.6	12,200	35	13,887-14,202	14045*	13,130
# 7	1683-1685	1684	Mixed Discrete	N95444	-25	12,140	280	13,437-15,067	14,252	
# 8	1710-1711	1710.5	Mixed Discrete	N95445	-25	12,460	120	14,091-15,090	14,591	
# 9	1738-1739	1738.5	Mixed Discrete	N95446	-25	13,420	230	15,390-16,932	16,161	
# 10	1747-1748	1747.5	Bulk	N94683	-26.4	13,880	40	16,782-17,144	16963*	
# 11	1747-1748	1747.5	Charcoal	N94003	-25	13,260	35	15,578-16,699	16,139	
# 12	1778-1779	1778.5	Wood	N94004	-25	13,775	35	16,734-17,049	16,892	
# 13	1823-1824	1823.5	Bulk	N94684	-25	15,250	60	18,466-18,688	18577*	
# 14	1823-1824	1823.5	Charcoal	N94005	-25	14,360	30	17,154-17,790	17,472	
# 15	1823-1824	1823.5	Charcoal	N94243	-25	14,310	30	17,082-17,706	17,394	
# 16	1997-1999	1998	Seeds	N94006	-25	16,580	40	19,461-19,936	19,699	
# 17	2019-2020	2019.5	Bulk	N94685	-22.5	17,490	70	20,447-21,257	20852*	
# 18	2019-2020	2019.5	Seeds	N94007	-25	16,880	40	19,832-20,321	20,077	
# 19	2081-2082	2081.5	Wood	N94008	-25	17,980	180	20,911-22,128	21,520	
# 20	2198-2199	2198.5	Seeds	N94010	-25	19,630	40	23,134-23,779	23,457	
# 21	2344-2345	2344.5	Charcoal	N94245	-25	21,025	40	24,940-25,556	25,248	
# 22	2344-2345	2344.5	Charcoal	N94011	-25	21,120	70	24,834-25,494	25,164	
# #delta13C values are the assumed values according to Stuiver et al. (1998) when given without decimal places;										
# delta13C values measured for the material itself are given with a single decimal place.										
# $CALIB 6.0.1 Program (Stuiver et al., 1998)										
# ^See Table 2 from Kirby et al. (2013) QSR Paper										
# *Not used in the age model for Kirby et al. (2013) QSR Paper										
# 
# #----------------	
# Variables
#	Short_name	What,Material,Error,Units, Seasonality,Archive,Details,Method,Data_type		
## depth-cm-drive	Depth,,cm,,,,drive depth,,N
## age_calBP	Age,,,,calendar years BP,,,,N
## susc-si	Magnetic susceptibiliy,sediments,,SI 10^-7 m3Kg^-1,,,paleolimnology,, ,N
## LOI-550C	Loss On Ignition,sediment,,percent,,paleolimnology,,measured at 550 degrees C,N
## LOI-950C	Loss On Ignition,sediment,,percent,,paleolimnology,,measured at 950 degrees C,N
## clay-percent	Clay,sediment,,percent,,paleolimnology,, ,N
## silt-percent	Silt,sediment,,percent,,paleolimnology,, ,N
## sand-percent	Sand,sediment,,percent,,paleolimnology,, ,N
## C:N	Carbon/Nitrogen,sediment,,ratio,,paleolimnology, , Costech 4010 Elemental Analyzer,N
#----------------
# Data
# Missing_Values:
#
# Data line format - tab-delimited text, variable short name as header
depth-cm-drive	age_calBP	susc-si	LOI-550C	LOI-950C	clay-percent	silt-percent	sand-percent	C:N
1274.5	9632	1.4	6.32	11.68	36.68	62.26	0.90	6.46
1275.5	9639	1.5	6.67	8.91				
1276.5	9646	1.4	7.08	9.65	35.70	62.05	2.10	5.65
1277.5	9653	1.2	7.09	8.06				
1278.5	9660	1.1	7.09	4.84	25.27	73.76	0.83	9.33
1279.5	9667	1.3	7.11	10.46				
1280.5	9674	1.2	7.17	9.59	33.43	64.93	1.49	6.19
1281.5	9681	1.3	6.86	8.91				
1282.5	9688	1.1	6.70	3.51	40.55	57.94	1.36	5.11
1283.5	9695	1.2	7.30	4.15				
1284.5	9703	1.2	6.61	6.57	41.21	54.59	4.05	6.25
1285.5	9710	1.2	7.23	5.80				
1286.5	9717	1.3	7.00	7.07	42.00	57.80	0.03	7.51
1287.5	9724	1.5	6.93	8.29				
1288.5	9732	1.2	7.17	7.72	35.49	63.14	1.22	5.83
1289.5	9739	1.3	7.80	9.38				
1290.5	9746	1.3	7.92	7.88	50.66	48.22	0.97	5.93
1291.5	9754	1.3	7.11	7.19				
1292.5	9761	1.2	6.93	5.63	33.00	66.37	0.45	7.29
1293.5	9769	1.3	5.73	4.73				
1294.5	9776	1.3	5.88	5.35	29.04	69.83	0.96	4.27
1295.5	9784	1.1	5.70	4.32				
1296.5	9792	0.8	4.82	3.65	18.03	79.67	2.15	12.32
1297.5	9799	0.9	6.38	8.70				
1298.5	9807	1.0	7.17	10.59	29.92	67.88	2.06	9.60
1299.5	9815	1.1	7.25	10.41				
1300.5	9822	1.0	6.13	5.22	26.81	72.20	0.83	7.58
1301.5	9830	1.0	5.88	6.68				
1302.5	9838	1.1	6.43	8.21	18.68	77.80	3.41	11.66
1303.5	9846	1.1	6.47	10.30				
1304.5	9854	1.1	6.99	13.51	34.46	63.48	1.91	10.81
1305.5	9862							
1306.5	9870							
1307.5	9878							
1308.5	9886							
1309.5	9894							
1310.5	9902							
1311.5	9910							
1312.5	9918							
1313.5	9926							
1314.5	9934							
1315.5	9943							
1316.5	9951							
1317.5	9959							
1318.5	9967							
1319.5	9976							
1320.5	9984							
1321.5	9993							
1322.5	10001	1.1	6.58	18.52	32.26	66.10	1.50	8.16
1323.5	10010	1.1	6.25	17.36				
1324.5	10018	1.1	6.30	18.23	25.92	70.34	3.60	9.17
1325.5	10027	1.1	6.69	17.90				
1326.5	10035	1.0	7.41	17.68	31.18	65.55	3.13	8.55
1327.5	10044	1.1	7.43	16.05				
1328.5	10053	1.0	7.31	19.23	35.53	61.72	2.60	8.32
1329.5	10061	1.1	7.12	22.80				
1330.5	10070	1.0	6.76	21.84	34.59	64.10	1.15	11.23
1331.5	10079	1.0	7.58	23.79				
1332.5	10088	1.1	7.43	25.33	27.81	69.43	2.62	9.66
1333.5	10097	1.1	5.86	26.66				
1334.5	10105	1.1	5.86	22.21	26.12	70.62	3.11	8.83
1335.5	10114	1.1	5.44	22.14				
1336.5	10123	1.1	6.15	22.07	29.23	69.29	1.33	8.58
1337.5	10132	1.1	6.30	24.75				
1338.5	10141	1.1	5.61	21.53	30.54	66.36	2.95	9.96
1339.5	10150	1.2	6.67	18.18				
1340.5	10159	1.2	6.06	20.66	32.85	58.44	8.58	7.83
1341.5	10168	1.1	6.21	21.88				
1342.5	10177	1.1	7.08	21.12	28.23	69.84	1.79	8.24
1343.5	10187	1.0	7.38	20.97				
1344.5	10196	1.1	6.42	21.44	27.35	70.12	2.39	9.56
1345.5	10205	0.9	6.61	26.53				
1346.5	10214	0.9	6.46	25.06	29.50	67.14	3.21	9.49
1347.5	10223	1.0	6.43	18.25				
1348.5	10233	1.0	6.11	16.48	40.99	58.51	0.32	9.33
1349.5	10242	1.1	6.67	14.31				
1350.5	10251	1.1	6.64	12.43	27.42	71.10	1.33	9.22
1351.5	10261	1.1	6.40	11.48				
1352.5	10270	1.1	6.29	9.29	29.85	69.30	0.70	5.75
1353.5	10280	1.1	6.25	9.94				
1354.5	10289	1.0	7.63	15.52	29.58	67.74	2.54	8.24
1355.5	10299	0.9	7.29	17.36				
1356.5	10308	1.0	7.05	13.73	36.09	62.99	0.77	8.96
1357.5	10318	1.1	7.66	11.91				
1358.5	10328	1.1	7.03	12.43	38.57	60.68	0.59	9.81
1359.5	10337	1.0	7.35	12.99				
1360.5	10347	1.1	7.34	10.43	32.72	66.57	0.54	6.30
1361.5	10357	0.8	8.82	21.01				
1362.5	10366	0.9	9.25	21.79	25.54	72.52	1.81	13.19
1363.5	10376	0.8	7.55	27.16				
1364.5	10386	0.9	7.17	22.81	30.91	68.06	0.87	10.23
1365.5	10396	1.0	7.81	15.21				
1366.5	10405							
1367.5	10415							
1368.5	10425							
1369.5	10435							
1370.5	10445							
1371.5	10455							
1372.5	10465							
1373.5	10475							
1374.5	10485							
1375.5	10496							
1376.5	10506							
1377.5	10516							
1378.5	10526							
1379.5	10536	1.0	7.39	18.41				
1380.5	10547	0.9	7.75	18.45	31.52	67.30	1.03	10.49
1381.5	10557	1.0	8.03	13.27				
1382.5	10567	1.0	8.02	12.14	36.16	63.08	0.60	10.58
1383.5	10578	1.0	7.35	10.89				
1384.5	10588	1.0	7.04	11.78	35.82	63.45	0.57	7.90
1385.5	10598	1.1	7.64	10.26				
1386.5	10609	1.2	7.42	11.24				7.20
1387.5	10619	1.1	6.19	9.85				
1388.5	10630	1.1	6.38	12.20	36.33	62.87	0.64	5.54
1389.5	10640	1.1	5.84	13.28				
1390.5	10651	1.1	5.76	13.08	31.74	67.78	0.32	5.32
1391.5	10661	1.1	6.51	17.12				
1392.5	10672	1.1	6.74	14.13	35.32	62.57	1.97	9.16
1393.5	10683	1.2	6.47	13.08				
1394.5	10693	1.1	7.11	11.11	41.15	56.88	1.81	7.13
1395.5	10704	1.1	6.25	13.26				
1396.5	10715	1.1	6.06	17.22	36.03	62.86	0.95	9.02
1397.5	10725	1.1	6.67	16.53				
1398.5	10736	1.1	7.14	17.53	33.67	65.27	0.90	11.30
1399.5	10747	1.0	7.09	16.96				
1400.5	10758	0.9	6.72	22.28	29.51	68.56	1.78	9.94
1401.5	10769	0.9	6.83	25.56				
1402.5	10780	1.0	7.10	15.50	32.34	66.63	0.88	8.44
1403.5	10791	1.3	6.27	9.80				
1404.5	10802	1.1	5.74	12.11	27.70	71.21	0.93	7.27
1405.5	10813	1.1	5.14	12.45				
1406.5	10824	1.1	4.96	13.88	31.64	67.67	0.54	7.48
1407.5	10835	1.5	5.69	12.93				
1408.5	10846	1.9	6.12	12.37	32.10	65.74	2.01	8.16
1409.5	10857	1.0	5.95	18.04				
1410.5	10868	1.0	5.14	23.36	33.14	65.22	1.48	10.36
1411.5	10879	1.0	5.34	25.88				
1412.5	10890	1.0	6.78	21.19	37.77	61.14	0.93	11.18
1413.5	10901	1.0	6.40	16.36				
1414.5	10913	1.0	6.04	13.72	32.75	66.45	0.64	10.34
1415.5	10924	1.0	6.37	16.17				
1416.5	10935	1.0	6.33	16.45	31.04	67.80	1.00	8.55
1417.5	10946	1.0	6.13	17.15				
1418.5	10958	0.9	5.49	20.50	31.68	67.46	0.71	9.46
1419.5	10969	0.9	5.51	22.40				
1420.5	10980	1.0	6.20	22.05	30.40	67.89	1.56	12.50
1421.5	10992	1.0	5.64	23.07				
1422.5	11003	1.2	6.35	18.04	29.54	69.18	1.13	11.50
1423.5	11015	1.4	7.14	10.55				
1424.5	11026	1.1	7.20	11.82	31.63	67.66	0.56	6.94
1425.5	11038	1.1	6.58	13.46				
1426.5	11049	2.0	5.96	12.76	32.74	66.54	0.56	7.42
1427.5	11061							
1428.5	11073							
1429.5	11084							
1430.5	11096							
1431.5	11108							
1432.5	11119							
1433.5	11131							
1434.5	11143							
1435.5	11154	1.1	8.65	8.74				
1436.5	11166	1.1	8.12	9.71	29.23	68.48	2.14	9.76
1437.5	11178	1.2	8.30	9.88				
1438.5	11190	1.1	8.11	9.65	33.15	66.12	0.57	11.29
1439.5	11202	1.0	9.09	15.30				
1440.5	11214	1.2	9.33	18.66	31.13	67.22	1.51	11.97
1441.5	11226	1.0	9.33	16.16				
1442.5	11238	1.0	9.17	13.55	34.95	60.40	4.51	10.31
1443.5	11250	1.0	8.03	10.95				
1444.5	11262	1.1	8.12	9.71	31.20	67.33	1.33	9.70
1445.5	11274	1.6	6.85	11.42				
1446.5	11286	1.0	7.47	14.15	34.00	64.61	1.24	8.22
1447.5	11298	1.1	7.14	11.90				
1448.5	11310	1.1	6.78	12.52	30.78	67.56	1.51	8.28
1449.5	11322	1.1	7.14	12.41				
1450.5	11334	1.7	6.79	11.22	34.18	64.82	0.83	7.90
1451.5	11346	1.5	7.54	11.42				
1452.5	11359	1.1	7.07	11.48	42.07	56.97	0.80	6.54
1453.5	11371	1.0	7.11	12.93				
1454.5	11383	1.0	8.47	12.84	38.27	60.84	0.73	7.46
1455.5	11395	1.1	7.77	9.93				
1456.5	11408	1.1	7.69	9.83	36.41	63.04	0.39	5.52
1457.5	11420	1.4	7.96	10.06				
1458.5	11433	1.1	7.27	11.57	35.87	63.44	0.53	6.41
1459.5	11445	1.1	5.86	10.46				
1460.5	11457	0.9	6.16	10.70	31.90	67.46	0.48	8.55
1461.5	11470	1.0	7.00	14.03				
1462.5	11482	1.0	7.22	18.15	36.16	61.80	1.89	12.68
1463.5	11495	1.2	7.02	12.21				
1464.5	11507	1.2	6.64	9.05	38.69	60.68	0.47	7.12
1465.5	11520	1.2	6.67	7.58				
1466.5	11532	1.3	6.76	7.69	37.83	61.61	0.39	7.06
1467.5	11545	2.1	6.22	8.70				
1468.5	11557	1.1	6.60	6.92	42.09	56.97	0.78	6.47
1469.5	11570	1.2	6.44	8.78				
1470.5	11583	1.2	6.52	9.88	44.33	55.07	0.44	6.47
1471.5	11595	1.4	7.21	8.19				
1472.5	11608	1.1	7.08	10.06	43.84	55.31	0.68	6.70
1473.5	11621	1.0	8.03	14.60				
1474.5	11634	1.0	8.33	12.63	38.02	60.07	1.76	9.06
1475.5	11646	1.2	7.43	13.50				
1476.5	11659	1.1	7.08	7.50	41.38	57.37	1.10	6.38
1477.5	11672	1.2	7.98	9.67				
1478.5	11685	1.8	8.23	9.35	46.42	52.42	1.01	6.88
1479.5	11698	1.5	6.69	11.83				
1480.5	11711	1.3	7.69	6.56	48.10	50.99	0.76	7.69
1481.5	11724	0.9	6.56	12.42				
1482.5	11736	1.0	6.03	14.85	33.82	65.62	0.40	8.04
1483.5	11749	1.0	7.14	13.74				
1484.5	11762	1.0	5.88	14.40	39.68	59.21	0.95	8.34
1485.5	11775	1.0	7.39	12.85				
1486.5	11788	0.9	7.49	14.58	37.56	60.68	1.61	10.43
1487.5	11801	1.4	7.61	13.84				
1488.5	11815							
1489.5	11828							
1490.5	11841							
1491.5	11854							
1492.5	11867							
1493.5	11880							
1494.5	11893							
1495.5	11907							
1496.5	11920							
1497.5	11933							
1498.5	11947	0.9	7.14	13.91	39.69	59.25	0.91	8.27
1499.5	11960	1.1	6.57	11.48				
1500.5	11973	1.0	7.26	9.71	39.54	59.40	0.90	7.66
1501.5	11987	1.0	6.67	7.58				
1502.5	12000	1.0	6.78	6.74	43.23	56.42	0.19	6.70
1503.5	12013	1.0	6.04	7.72				
1504.5	12027	1.0	7.02	6.57	45.60	53.92	0.32	7.00
1505.5	12040	1.4	6.79	8.23				
1506.5	12054	1.0	7.62	10.19	42.25	57.18	0.41	7.87
1507.5	12067	0.9	8.12	17.31				
1508.5	12081	0.8	7.77	18.76	33.64	65.52	0.68	11.27
1509.5	12094	0.9	8.02	10.55				
1510.5	12108	0.8	7.58	14.92	37.04	61.86	0.95	11.55
1511.5	12121	1.0	7.42	13.89				
1512.5	12135	0.9	7.96	14.70	36.67	61.36	1.82	10.27
1513.5	12149	0.9	8.95	13.16				
1514.5	12162	0.9	7.69	13.80	36.95	61.42	1.48	9.70
1515.5	12176	0.9	8.16	12.76				
1516.5	12190	0.8	7.95	13.31	36.99	61.91	0.95	9.80
1517.5	12203	0.8	8.30	15.09				
1518.5	12217	0.7	10.04	17.86	32.39	65.45	2.00	14.74
1519.5	12231	0.7	8.02	21.44				
1520.5	12245	0.7	8.14	20.57	32.82	66.04	0.98	12.03
1521.5	12258	0.7	10.00	19.63				
1522.5	12272	0.8	10.93	13.66	39.50	59.85	0.50	12.17
1523.5	12286	1.2	9.42	8.33				
1524.5	12300	1.0	7.91	6.42	41.09	58.32	0.43	7.37
1525.5	12314	1.0	8.66	4.92				
1526.5	12328	0.9	8.50	7.36	35.63	64.19	0.00	8.67
1527.5	12342	0.8	11.83	7.33				
1528.5	12356	0.8	11.88	2.25	33.11	64.99	1.77	11.41
1529.5	12370	0.8	9.22	4.19				
1530.5	12384	0.8	10.00	2.67	35.23	63.55	1.07	10.53
1531.5	12398	1.0	9.71	2.60				
1532.5	12412	0.8	8.85	4.73	33.32	63.88	2.66	10.81
1533.5	12426	0.8	9.37	3.55				
1534.5	12440	0.8	10.24	5.48	34.21	63.59	2.06	11.26
1535.5	12454	0.7	10.20	5.80				
1536.5	12468	0.8	9.68	3.67	35.28	63.23	1.35	10.49
1537.5	12482	0.9	9.14	5.19				
1538.5	12496	1.7	9.31	4.46	36.28	62.40	1.17	10.00
1539.5	12510	0.9	9.04	3.63				
1540.5	12524	0.8	9.36	3.87	31.12	67.08	1.66	9.67
1541.5	12539	1.1	9.20	5.58				
1542.5	12553	0.9	9.62	3.50	31.35	66.61	1.91	9.87
1543.5	12567	2.3	7.96	4.52				
1544.5	12581	1.1	6.78	4.82	30.38	66.56	2.94	9.23
1545.5	12596	0.8	7.45	3.63				
1546.5	12610	1.0	8.67	1.16	22.72	72.10	5.06	9.41
1547.5	12624	0.7	7.36	4.18				
1548.5	12639	1.9	9.09	3.18	20.98	74.93	3.98	10.45
1549.5	12653							
1550.5	12667							
1551.5	12682							
1552.5	12696							
1553.5	12711							
1554.5	12725	0.9	9.94	5.32	18.45	76.77	4.67	10.95
1555.5	12739	0.7	10.43	5.58				
1556.5	12754	2.4	11.35	4.84	18.47	76.16	5.27	11.60
1557.5	12768	1.6	9.85	8.61				
1558.5	12783	1.1	9.85	12.05	20.34	74.43	5.13	12.24
1559.5	12798	0.7	9.70	11.87				
1560.5	12812	1.6	12.82	11.66	20.39	74.89	4.60	13.75
1561.5	12827	0.6	12.80	15.24				
1562.5	12841	1.7	12.66	17.26	20.74	74.28	4.87	14.01
1563.5	12856	0.5	13.64	18.94				
1564.5	12871	0.8	12.00	16.36	25.68	69.88	4.31	12.66
1565.5	12885	1.3	11.05	14.53				
1566.5	12900	0.9	13.45	11.21	26.55	69.95	3.37	13.56
1567.5	12915	0.6	12.84	12.29				
1568.5	12929	1.0	13.91	6.02	21.38	73.81	4.69	12.39
1569.5	12944	0.7	13.97	6.35				
1570.5	12959	0.6	14.91	5.65	23.16	72.82	3.89	11.99
1571.5	12974	0.6	12.77	6.45				
1572.5	12988	0.5	13.23	7.22	24.25	71.61	4.01	13.12
1573.5	13003	0.6	13.82	7.48				
1574.5	13018	0.6	13.17	6.80	25.54	69.50	4.83	12.38
1575.5	13033	0.5	14.86	15.58				
1576.5	13048	0.6	13.94	15.15	24.90	69.18	5.78	14.14
1577.5	13062	0.5	13.58	18.24				
1578.5	13077	0.7	14.42	13.74	24.85	70.39	4.63	13.85
1579.5	13092	0.8	14.01	11.58				
1580.5	13107	0.7	12.16	13.82	27.76	68.26	3.84	13.00
1581.5	13122	0.7	13.17	12.20				
1582.5	13137	1.1	13.49	11.63	30.98	65.94	2.94	13.34
1583.5	13152	1.0	11.52	12.40				
1584.5	13167	0.7	12.57	16.33	29.55	66.03	4.29	14.13
1585.5	13182	1.5	12.28	10.63				
1586.5	13197	0.7	12.95	8.24	26.62	69.68	3.57	12.65
1587.5	13212	0.7	13.81	18.40				
1588.5	13227	1.4	13.27	17.10	26.49	67.95	5.43	15.33
1589.5	13242	1.2	12.78	15.38				
1590.5	13257	1.2	13.14	14.29	27.30	66.29	6.28	13.91
1591.5	13272	1.2	12.99	12.79				
1592.5	13288	1.2	10.95	14.70	34.86	59.18	5.84	12.69
1593.5	13303	1.0	11.22	14.41				
1594.5	13318	0.4	13.04	16.47	33.71	59.22	6.94	13.76
1595.5	13333	1.2	12.68	19.96				
1596.5	13348	3.7	12.35	15.43	32.95	61.07	5.85	13.29
1597.5	13363	0.8	13.08	13.99				
1598.5	13379	0.9	11.36	14.20	31.36	62.89	5.61	12.01
1599.5	13394	0.8	8.80	7.27				
1600.5	13409	0.7	10.76	14.38	34.13	61.01	4.72	13.15
1601.5	13424	1.2	13.86	12.38				
1602.5	13440	1.0	13.23	7.22	30.18	66.11	3.57	11.87
1603.5	13455	0.8	12.18	5.83				
1604.5	13470	0.7	12.02	6.21	29.92	64.44	5.52	11.91
1605.5	13486	1.0	11.41	7.63				
1606.5	13501	1.5	11.68	8.08	27.57	68.84	3.44	11.98
1607.5	13516	1.2	12.44	9.05				
1608.5	13532	1.5	12.50	10.65	33.89	62.93	3.04	11.31
1609.5	13547	1.0	10.26	6.99				
1610.5	13563	0.9	12.85	8.89	27.96	67.90	4.01	12.31
1611.5	13578	1.0	12.70	9.92				
1612.5	13594	0.9	12.74	7.24	27.24	69.39	3.23	12.03
1613.5	13609	1.8	11.57	9.47				
1614.5	13624	0.8	11.68	9.56	29.02	68.17	2.68	12.35
1615.5	13640	0.9	11.35	8.93				
1616.5	13655	1.6	10.73	8.87	27.04	69.26	3.56	12.10
1617.5	13671	0.8	12.38	9.74				
1618.5	13687	1.5	12.16	10.24	24.90	69.67	5.31	12.80
1619.5	13702	1.4	12.86	9.74				
1620.5	13718	1.7	13.78	10.44	26.74	67.74	5.38	13.03
1621.5	13733	0.7	13.89	12.63				
1622.5	13749	0.7	12.93	12.74	28.74	66.25	4.88	13.01
1623.5	13764	0.7	13.39	11.41				
1624.5	13780	0.6	13.30	10.88	26.12	68.31	5.45	14.44
1625.5	13796	0.7	13.62	11.74				
1626.5	13811	0.7	13.11	13.97	28.29	66.77	4.81	13.59
1627.5	13827	0.8	12.80	11.85				
1628.5	13843	1.0	12.15	13.81	27.70	66.60	5.57	14.14
1629.5	13858	1.0	12.22	13.89				
1630.5	13874	0.8	11.97	15.54	27.44	66.58	5.86	14.01
1631.5	13890	0.8	11.71	14.33				
1632.5	13906	0.8	12.68	14.41	25.05	67.70	7.13	14.18
1633.5	13921	0.7	12.68	14.94				
1634.5	13937	0.7	11.96	17.40	25.99	69.07	4.81	13.25
1635.5	13953	0.7	11.79	15.15				
1636.5	13969	0.7	12.44	15.22	25.73	69.01	5.13	13.15
1637.5	13985	0.7	11.70	17.28				
1638.5	14000	0.7	12.20	18.02	25.70	69.29	4.89	13.24
1639.5	14016	1.5	12.78	15.15				
1640.5	14032	0.7	11.85	16.16	25.20	67.42	7.25	12.96
1641.5	14048	0.8	11.96	15.22				
1642.5	14064	0.7	12.50	15.78	25.83	66.12	7.93	13.34
1643.5	14080	0.8	12.63	17.22				
1644.5	14096	0.6	13.21	19.30	27.63	63.85	8.39	14.83
1645.5	14112	0.5	13.07	16.79				
1646.5	14128	0.6	12.07	15.67	27.18	65.67	7.02	13.95
1647.5	14144	1.1	12.82	16.32				
1648.5	14160	0.6	12.22	10.10	27.70	64.22	7.96	12.96
1649.5	14176	0.6	11.90	16.23				
1650.5	14192	0.6	11.58	10.77	27.03	65.87	6.97	13.18
1651.5	14208	0.6	12.76	16.23				
1652.5	14224	0.6	12.15	12.56	30.13	63.81	5.93	12.50
1653.5	14240	0.6	11.54	12.02				
1654.5	14256	0.9	11.43	15.15	33.14	61.31	5.42	12.36
1655.5	14272	0.7	11.01	14.60				
1656.5	14288	0.7	10.24	14.41	36.66	58.76	4.44	11.63
1657.5	14304	0.7	11.21	14.87				
1658.5	14320	0.6	11.33	13.43	32.10	62.73	5.04	12.05
1659.5	14336	0.6	10.58	10.82				
1660.5	14352	0.6	11.36	16.53	32.61	63.53	3.72	12.17
1661.5	14368	0.7	10.61	16.07				
1662.5	14384	1.1	10.53	16.31	30.21	65.50	4.16	12.39
1663.5	14401	0.7	11.16	13.74				
1664.5	14417	0.7	11.50	14.08	30.43	63.95	5.48	13.20
1665.5	14433	0.7	12.11	15.29				
1666.5	14449	0.7	12.37	16.40	30.60	63.91	5.36	13.97
1667.5	14465	0.7	11.96	17.29				
1668.5	14482	1.0	12.50	16.23	30.45	63.23	6.18	13.42
1669.5	14498	0.7	12.06	17.73				
1670.5	14514	0.7	12.75	15.60	29.87	65.06	4.94	13.04
1671.5	14530	0.5	12.30	13.04				
1672.5	14547	0.6	13.02	10.76	34.57	59.91	5.39	11.79
1673.5	14563	0.7	13.53	13.67				
1674.5	14579	0.7	14.66	11.76	28.29	66.03	5.55	12.65
1675.5	14596	2.0	12.93	12.37				
1676.5	14612	0.7	13.01	12.45	30.03	62.37	7.48	12.08
1677.5	14628	0.7	14.02	9.70				
1678.5	14645	0.7	13.87	9.95	31.47	62.63	5.78	12.24
1679.5	14661	0.7	12.99	10.33				
1680.5	14677	0.6	14.18	8.06	27.47	65.79	6.62	12.53
1681.5	14694	0.6	15.38	6.99				
1682.5	14710	0.6	16.18	8.36	28.04	65.07	6.77	13.36
1683.5	14726	0.6	15.83	7.58				
1684.5	14743	0.6	15.86	6.27	25.88	63.70	10.31	13.53
1685.5	14759	0.6	16.67	6.59				
1686.5	14776	0.8	16.67	9.02	27.11	66.23	6.54	13.72
1687.5	14792	0.7	14.41	4.10				
1688.5	14809	0.7	13.07	7.43	29.38	65.08	5.41	11.50
1689.5	14825	0.7	14.18	5.09				
1690.5	14842	1.0	12.95	4.91	32.08	63.30	4.47	12.21
1691.5	14858	0.8	12.77	4.84				
1692.5	14874	0.8	12.74	4.34	32.48	62.35	5.03	11.66
1693.5	14891	0.7	12.02	4.97				
1694.5	14908	0.7	10.80	7.75	30.16	64.95	4.75	11.69
1695.5	14924	0.7	9.59	6.23				
1696.5	14941	1.0	12.36	5.11	25.39	67.64	6.83	11.66
1697.5	14957	1.7	13.37	5.29				
1698.5	14974	0.8	13.99	6.36	25.80	64.54	9.53	12.72
1699.5	14990	0.6	15.22	4.94				
1700.5	15007	0.6	14.84	5.87	27.57	64.39	7.93	12.54
1701.5	15023	0.6	14.73	5.29				
1702.5	15040	0.5	13.95	5.29	28.39	61.64	9.86	12.56
1703.5	15057	1.0	15.94	6.59				
1704.5	15073	0.7	13.70	4.67	26.84	63.15	9.89	12.28
1705.5	15090	0.6	15.49	4.80				
1706.5	15107	0.7	14.29	6.84	20.81	57.79	21.30	12.88
1707.5	15123	0.7	14.48	6.27				
1708.5	15140	0.7	14.79	6.40	23.78	59.67	16.45	12.61
1709.5	15157	0.9	15.00	4.87				
1710.5	15173	0.7	14.77	4.58	24.35	63.97	11.57	12.15
1711.5	15190	0.8	13.02	5.38				
1712.5	15207	0.7	12.50	7.41	25.25	65.37	9.26	12.66
1713.5	15223	0.8	12.72	5.25				
1714.5	15240	0.7	13.67	4.91	24.45	67.93	7.50	12.22
1715.5	15257	0.7	13.50	5.58				
1716.5	15274	0.8	13.45	5.32	23.76	67.91	8.22	12.18
1717.5	15290	0.8	13.78	4.64				
1718.5	15307	0.8	13.37	3.96	25.25	65.75	8.88	11.87
1719.5	15324	0.8	12.99	5.90				
1720.5	15341	0.8	12.88	5.58	24.12	67.91	7.85	11.13
1721.5	15357	0.7	12.44	4.71				
1722.5	15374	0.8	13.76	4.81	23.51	67.69	8.68	12.36
1723.5	15391	0.7	13.00	4.55				
1724.5	15408	0.8	13.81	5.02	15.03	69.83	15.02	11.46
1725.5	15425	0.8	12.78	6.31				
1726.5	15441	0.8	12.28	6.65	25.56	65.57	8.74	11.15
1727.5	15458	0.8	13.14	5.19				
1728.5	15475	0.8	12.07	5.22	24.73	65.42	9.73	11.52
1729.5	15492	0.8	11.88	5.68				
1730.5	15509	0.8	11.63	5.29	23.94	68.42	7.51	11.81
1731.5	15526	1.0	11.50	5.03				
1732.5	15543	0.9	12.57	4.97	25.52	66.83	7.53	11.37
1733.5	15560	0.8	13.02	5.29				
1734.5	15576	0.8	12.57	5.95	22.86	67.54	9.48	11.53
1735.5	15593	0.8	12.82	5.83				
1736.5	15610	0.8	12.83	3.65	21.92	68.18	9.78	11.03
1737.5	15627	0.8	13.44	4.89				
1738.5	15644	0.7	12.64	3.92	23.97	63.35	12.56	11.11
1739.5	15661	0.7	12.64	3.75				
1740.5	15678	0.7	11.56	6.57	25.60	62.81	11.48	10.99
1741.5	15695	0.8	12.63	4.78				
1742.5	15712	0.8	11.88	4.26	27.44	65.98	6.45	10.91
1743.5	15729	0.8	11.46	4.34				
1744.5	15746	0.8	11.82	5.60	26.12	65.23	8.52	10.73
1745.5	15763	0.8	12.22	6.31				
1746.5	15780	0.8	12.08	4.58	24.51	65.78	9.59	11.29
1747.5	15797	0.7	12.50	5.68				
1748.5	15814	0.7	12.82	4.37	21.98	68.62	9.28	10.87
1749.5	15831	0.8	12.50	4.73				
1750.5	15848	0.8	12.36	5.11	22.37	65.81	11.70	10.59
1751.5	15865	0.9	11.86	6.42				
1752.5	15882	0.9	12.50	4.73	23.38	67.23	9.26	11.10
1753.5	15899	0.9	11.92	3.53				
1754.5	15916	0.9	11.36	6.46	23.23	68.35	8.29	10.52
1755.5	15933	0.8	11.00	4.55				
1756.5	15950	0.8	10.11	4.84	24.07	63.77	12.03	10.31
1757.5	15967	0.8	10.59	6.68				
1758.5	15984	0.8	11.26	4.52	24.56	66.79	8.52	10.72
1759.5	16001	0.8	10.24	4.11				
1760.5	16019	0.9	10.40	4.50	22.98	67.81	9.08	9.97
1761.5	16036	0.9	10.93	4.97				
1762.5	16053	0.9	11.24	5.38	23.65	67.04	9.19	10.52
1763.5	16070	0.9	11.93	3.87				
1764.5	16087	0.8	11.48	4.97	22.50	67.13	10.25	10.59
1765.5	16104	0.8	11.49	5.22				
1766.5	16121	0.8	11.70	5.32	23.23	65.26	11.39	10.47
1767.5	16138	2.4	10.63	4.39				
1768.5	16156	0.8	10.43	5.58	21.33	69.56	8.99	10.20
1769.5	16173	1.0	10.31	5.86				
1770.5	16190	0.9	10.00	5.05	22.42	68.41	9.05	9.79
1771.5	16207	0.9	10.05	5.71				
1772.5	16224	0.9	10.11	5.11	29.26	63.73	6.88	9.76
1773.5	16241	0.9	10.95	4.98				
1774.5	16259	0.9	10.36	4.71	26.17	67.44	6.26	10.06
1775.5	16276	0.9	10.55	4.57				
1776.5	16293	0.9	10.45	5.17	29.20	60.70	9.97	10.30
1777.5	16310	1.0	9.83	5.25				
1778.5	16327	0.9	10.24	4.43	27.38	66.78	5.71	9.57
1779.5	16345	0.8	9.40	4.58				
1780.5	16362	0.9	9.80	3.34	28.99	64.36	6.52	9.15
1781.5	16379	0.8	8.42	7.18				
1782.5	16396	0.8	9.50	6.35	24.70	69.37	5.80	9.38
1783.5	16413	1.1	10.53	3.99				
1784.5	16431	0.8	11.11	5.61	23.16	66.69	10.03	10.15
1785.5	16448	0.8	10.98	5.25				
1786.5	16465	0.8	11.05	5.29	22.26	68.51	9.11	10.32
1787.5	16482	0.8	11.31	5.41				
1788.5	16500	1.0	11.66	4.18	21.40	69.13	9.35	9.85
1789.5	16517	0.8	10.49	5.61				
1790.5	16534	0.8	10.93	7.45	24.40	66.12	9.35	10.47
1791.5	16551	0.8	11.56	5.25				
1792.5	16569	0.7	11.63	7.05	21.65	62.04	16.20	11.71
1793.5	16586							
1794.5	16603							
1795.5	16621							
1796.5	16638							
1797.5	16655							
1798.5	16673	0.8	13.89	6.31	20.10	68.11	11.67	11.96
1799.5	16690	0.9	14.36	3.77				
1800.5	16707	0.8	13.88	4.35				12.01
1801.5	16725	0.8	12.72	5.25				
1802.5	16742	0.8	12.70	4.81	21.38	68.52	9.98	11.57
1803.5	16759	0.8	11.44	5.65				
1804.5	16776	1.2	11.86	5.14	24.17	68.46	7.24	11.09
1805.5	16794	0.9	11.11	5.74				
1806.5	16811	0.9	11.06	5.71	22.41	69.13	8.34	9.96
1807.5	16829	0.9	11.98	3.55				
1808.5	16846	1.0	11.00	5.44	23.78	67.48	8.62	10.17
1809.5	16863	1.0	10.88	4.71				
1810.5	16881	1.0	11.17	4.41	24.56	65.17	10.14	9.61
1811.5	16898	1.1	11.11	3.79				
1812.5	16915	1.0	9.89	5.00	22.18	67.75	9.95	9.69
1813.5	16933	1.0	10.53	5.44				
1814.5	16950	1.2	10.50	4.15	22.46	67.25	10.17	9.88
1815.5	16967	1.0	10.55	5.71				
1816.5	16985	1.0	10.58	5.46	23.74	66.59	9.55	9.79
1817.5	17002	1.0	10.68	4.86				
1818.5	17020	1.0	10.15	4.61	24.23	65.06	10.59	9.38
1819.5	17037	1.1	9.33	4.04				
1820.5	17054	1.0	9.88	3.74	22.60	69.83	7.44	8.89
1821.5	17072	1.1	9.23	4.37				
1822.5	17089	1.1	8.72	5.21	21.42	70.95	7.51	8.84
1823.5	17107	1.1	8.43	4.56				
1824.5	17124	1.0	7.66	5.44	20.61	72.09	7.18	8.55
1825.5	17141	0.9	7.78	4.42				
1826.5	17159	0.9	7.56	5.73	20.68	71.65	7.54	8.09
1827.5	17176	0.9	8.05	4.82				
1828.5	17194	0.9	8.37	4.23	20.83	69.88	9.17	8.30
1829.5	17211	1.0	9.09	3.59				
1830.5	17228	1.0	8.26	4.94	21.31	64.61	13.96	8.09
1831.5	17246	0.9	7.50	4.55				
1832.5	17263	1.1	7.45	6.04	20.68	71.42	7.78	7.93
1833.5	17281	1.1	8.33	4.98				
1834.5	17298	1.1	8.48	4.06	22.25	68.42	9.20	8.40
1835.5	17316	1.0	8.30	4.72				
1836.5	17333	1.0	8.03	4.15	24.20	70.68	4.97	7.61
1837.5	17350	1.0	7.59	4.79				
1838.5	17368	1.2	7.73	4.39	22.59	70.70	6.57	8.63
1839.5	17385	0.9	7.86	4.06				
1840.5	17403	1.0	8.73	3.97	20.96	73.48	5.43	8.61
1841.5	17420	1.1	8.26	4.70				
1842.5	17438	1.0	8.47	3.85	21.47	73.43	4.96	8.31
1843.5	17455	1.0	7.73	4.88				
1844.5	17473	0.9	8.97	4.08	20.38	72.43	7.06	8.16
1845.5	17490	1.0	8.96	5.36				
1846.5	17508	0.9	8.70	3.95	22.18	72.49	5.19	8.19
1847.5	17525	0.9	8.96	3.22				
1848.5	17542	1.0	9.00	4.31	20.68	71.15	8.04	8.29
1849.5	17560	1.2	8.73	4.51				
1850.5	17577	1.0	8.44	4.04	21.46	70.76	7.65	8.69
1851.5	17595	0.9	8.85	4.02				
1852.5	17612	0.9	8.97	4.86	22.05	68.86	8.96	8.42
1853.5	17630	0.9	8.84	4.56				
1854.5	17647	0.9	9.88	3.96	21.81	66.78	11.29	
1855.5	17665	0.8	10.56	5.05				
1856.5	17682	0.8	11.83	5.38	20.11	68.73	11.05	
1857.5	17700	0.8	11.31	4.06				
1858.5	17717	1.0	10.44	3.75	21.72	65.41	12.76	
1859.5	17735	0.8	11.17	4.61				
1860.5	17752	0.8	10.31	3.51	24.27	64.52	11.10	
1861.5	17770	0.8	10.43	4.31				
1862.5	17787	0.8	10.75	2.44	24.03	64.50	11.35	
1863.5	17805	0.8	11.27	3.34				
1864.5	17822	0.8	10.69	5.72	21.34	65.42	13.13	
1865.5	17839	1.4	10.65	4.03				
1866.5	17857	0.8	11.45	4.11	20.84	66.13	12.92	
1867.5	17874	1.5	10.81	4.91				
1868.5	17892	0.7	12.33	1.56	21.09	66.03	12.78	
1869.5	17909	0.8	12.31	3.50				
1870.5	17927	0.9	11.89	3.69	23.32	65.17	11.39	
1871.5	17944	0.8	12.44	3.53				
1872.5	17962	0.9	11.52	2.38	22.54	69.42	7.91	
1873.5	17979	0.9	11.17	3.81				
1874.5	17997	0.9	11.44	3.39	24.41	66.35	9.11	
1875.5	18014	1.1	10.56	3.79				
1876.5	18032	1.1	10.53	3.68	26.82	66.04	7.00	
1877.5	18049	1.0	9.76	5.54				
1878.5	18067	1.0	9.66	3.82	28.08	65.52	6.26	
1879.5	18084	1.0	10.20	3.48				
1880.5	18102	0.9	9.13	3.77	28.89	62.48	8.51	
1881.5	18119	0.9	8.64	4.68				
1882.5	18137	0.9	8.02	4.29	27.32	63.73	8.82	
1883.5	18154	1.0	8.51	3.87				
1884.5	18172	0.9	8.86	3.84	27.37	63.76	8.74	
1885.5	18189	0.9	8.15	3.90				
1886.5	18207	1.0	8.40	4.55	28.08	62.71	9.07	
1887.5	18224	1.0	8.27	4.47				
1888.5	18241	1.0	9.36	3.36	25.83	69.22	4.80	
1889.5	18259	1.0	9.17	4.17				
1890.5	18276	1.0	9.13	4.72	25.95	64.41	9.52	
1891.5	18294	1.0	9.09	3.44				
1892.5	18311	1.0	8.26	5.21	25.43	67.41	7.02	
1893.5	18329	1.0	10.00	3.10				
1894.5	18346	1.1	9.89	4.16	20.17	70.96	8.75	
1895.5	18364	1.0	9.64	4.06				
1896.5	18381	1.0	9.69	3.48	28.29	63.86	7.71	
1897.5	18399	1.0	10.18	3.02				
1898.5	18416	1.0	9.21	2.99	24.40	70.01	5.45	
1899.5	18434	1.0	9.35	3.19				
1900.5	18451	1.0	9.39	4.27	26.33	67.19	6.35	
1901.5	18469	1.0	9.61	3.24				
1902.5	18486	1.0	9.52	3.61	24.64	69.92	5.31	
1903.5	18503	1.1	9.93	3.11				
1904.5	18521	1.1	9.06	3.58	27.25	68.04	4.57	
1905.5	18538	1.0	9.26	3.37				
1906.5	18556	1.0	8.98	3.55	25.31	69.07	5.48	
1907.5	18573	1.0	9.19	3.69				
1908.5	18591	1.0	9.21	3.80	24.08	68.46	7.33	
1909.5	18608	1.0	9.36	2.55				
1910.5	18626	1.0	9.46	3.07	26.10	67.03	6.73	
1911.5	18643	1.0	9.29	3.33				
1912.5	18661	0.9	9.13	4.15	22.85	69.09	7.93	
1913.5	18678	1.0	9.49	2.88				
1914.5	18695		9.76	2.77	28.46	65.83	5.57