# Laguna del Maule, Chile 13,000 Year Multiproxy Sediment Data
#----------------------------------------------------------------------- 
#                World Data Service for Paleoclimatology, Boulder 
#                                  and 
#                     NOAA Paleoclimatology Program 
#             National Centers for Environmental Information (NCEI)
#----------------------------------------------------------------------- 
# Template Version 3.0
# Encoding: UTF-8
# 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: https://www.ncdc.noaa.gov/paleo/study/29692 
#       Description: NOAA Landing Page
# Online_Resource: https://www1.ncdc.noaa.gov/pub/data/paleo/paleolimnology/southamerica/chile/maule2020geochem.txt 
#       Description: NOAA location of the template
#
# Original_Source_URL:  
#       Description:
# 
# Description/Documentation lines begin with #
# Data lines have no #
#
# Data_Type: Paleolimnology
#
# Dataset_DOI: 
#
# Parameter_Keywords: carbon isotopes, nitrogen isotopes, geochemistry, population abundance 
#--------------------
# Contribution_Date
#	Date: 2020-05-05
#--------------------
# File_Last_Modified_Date
#	Date: 2020-05-05
#--------------------
# Title
#	Study_Name: Laguna del Maule, Chile 13,000 Year Multiproxy Sediment Data 
#--------------------
# Investigators
#	Investigators: Frugone-Álvarez, M.; Valero-Garcés, B. 
#--------------------
# Description_Notes_and_Keywords
#	Description: Geochemical, stable isotope, and pollen data from sediments collected in Laguna del Maule, Chile for the past 13,000 years for the HOLOCHILL project.
#--------------------
# Publication 
#	Authors: Matías Frugone-Álvarez, Claudio Latorre, Fernando Barreiro-Lostres, Santiago Giralt, Ana Moreno, Josué Polanco-Martínez, Antonio Maldonado, María Laura Carrevedo, Patricia Bernárdez, Ricardo Prego, Antonio Delgado Huertas, Magdalena Fuentealba, and Blas Valero-Garcés 
#	Published_Date_or_Year: 2020-05-08   
#	Published_Title: Volcanism and climate change as drivers in Holocene depositional dynamic of Laguna del Maule (Andes of central Chile - 36 S)
#	Journal_Name: Climate of the Past
#	Volume: 
#	Edition: 
#	Issue: 
#	Pages:
#	Report_Number: 
#	DOI: 10.5194/cp-2019-147
#	Online_Resource: https://www.clim-past-discuss.net/cp-2019-147/
#	Full_Citation: 
#	Abstract: Late Quaternary volcanic basins are active landscapes from which detailed archives of past climate, seismic and volcanic activity can be obtained. A multidisciplinary study performed on a transect of sediment cores was used to reconstruct the depositional evolution of the high-elevation Laguna del Maule (LdM) (36 S, 2180 m asl, Chilean Andes). The recovered 5 m composite sediment sequence includes two thick turbidite units (LT1 and LT2) and numerous tephra layers (23 ash and 6 lapilli). We produced an age model is based on nine new 14C AMS date, existing 210Pb and 137Cs data and the Quizapú ash horizon (CE 1932). According to this age model, early Holocene were followed by a phase of increased productivity during the mid Holocene and higher lake levels after 4.0 ka BP. Major hydroclimate transitions occurred at ca. 0.5, 4.0, 8.0 and 11 ka BP. Decreased summer insolation and winter precipitation due to a southward shift in the Southern Westerly Winds and a strengthened Pacific Subtropical High could explain early Holocene lower lake levels. Increased biological productivity during the mid-Holocene (~ 8.0 to 6.0 ka) is coeval with a warm-dry phase described for much of southern South America. Periods of higher lake productivity are synchronous to higher frequency of volcanic events. During the late Holocene, the tephra layers shows compositional changes suggesting a transition from silica-rich to silica-poor magmas at around 4.0 cal ka BP. This transition was synchronous with increased variability of sedimentary facies and geochemical proxies, indicating higher lake levels and increased moisture at LdM after 4.0 cal ka BP, most likely caused by the inception of current ENSO/PDO-like dynamics in central Chile.
#------------------
# Funding_Agency 
#	Funding_Agency_Name: FONDECYT; CSIC Spain
#	Grant: HOLOCHILL project (CGL2012-32501);IEB (grant AFB170008); FONDECYT 3180368
#------------------
# Site_Information 
#	Site_Name: Laguna del Maule
#	Location: South America>Chile
#	Country: Chile
#	Northernmost_Latitude: -36.04
# 	Southernmost_Latitude: -36.04
# 	Easternmost_Longitude: -70.5
# 	Westernmost_Longitude: -70.5
# 	Elevation: 2180
#------------------
# Data_Collection   
#	Collection_Name: LdM2020geochem
#	Earliest_Year: 13201
#	Most_Recent_Year: -62
#	Time_Unit: Cal. Year BP
#	Core_Length: 2.68
#	Notes: 
#------------------
# Chronology_Information
#	Chronology: 
# 	Radiocarbon dating of LdM sequence. 
# We used only the macrophytes samples for the construction of age-depth model with 
# a reservoir correction of 4700 years. The table shows the median age with reservoir 
# effect corrected from the Bayesian age-depth model and uncertainties (lower and upper error). 
# (*) Indicates the AMS radiocarbon dates without 14C reservoir effect. 
# (**) Dating excluded from the age model. 
#
# Lab Code ID Section Depth(m) 14C a BP 1 sigma MedianW/R (cal a BP) lower a upper a Material 
# Poz-59915  LEM11-3D  0.13  85 *  25  48  86  23  Wood 
# Poz-57545  LEM13-3A  0.14  4,820  60& 36  60  22  Macrophytes
# UCIAMS133686  LEM11-1A  0.30  4,760 **  15  --  --  --  Bulk sediment  
# UCIAMS133687  LEM11-1A  0.38  680 * 35  536  633  400  Plant macros
# D-AMS001135  LEM11-1A  0.47  4,367 **  25  --  --  --  Bulk sediment  
# Poz-59917  LEM13-3A-2U   1.57  8,230  50  4,040  4,395  3,741  Macrophytes 
# Poz-59918  LEM13-3A-2U  1.58  8,500  50  4,066  4,410  3,790  Macrophytes 
# Poz-59919  LEM13-3A-3U  2.00  11,440  60  7,466  7,800  6,890  Macrophytes
# Poz-59921  LEM13-3A-3U  2.13  12,550  70  8,517  8,940  8,157  Macrophytes
# Poz-59922  LEM13-3A-3U  2.34  14,000  70  10,290  10,707  9,850  Macrophytes
# Poz-59923  LEM13-3A-3U  2.59  15,630  130  12,467  12,997  11,465  Macrophytes
# Poz-57281  LEM13-20m  --  2,370 (***)  30  --  --  --  DIC 
# Poz-60705  LEM135D  --   2,380 (***)  30  --  --  --  Modern macrophytes 
# 
# R code
# 	labID	age	error	depth	cc	dR	dSTD	t.a	t.b
# Pb-210	-61.1	2.32	0	0	0	0	3	4
# Pb-210	-52.5	2.23	2	0	0	0	3	4
# Pb-210	-37	2.64	4	0	0	0	3	4
# Pb-210	-26	3.27	5	0	0	0	3	4
# Pb-210	-14.9	4.07	6	0	0	0	3	4
# Pb-210	-5.4	4.96	7	0	0	0	3	4
# Pb-210	2.3	6.04	8	0	0	0	3	4
# Pb-210	13.9	7.94	9.5	0	0	0	3	4
# Pb-210	24.7	10.86	10.5	0	0	0	3	4
# Pb-210	45.6	20.35	11.5	0	0	0	3	4
# th1	19.5	1	12	0	0	0	3	4
# Poz-57545	85	25	13	3	0	0	3	4
# Poz-59915	4820	60	14	3	4700	60	3	4
# 133687	680	35	38	3	0	0	3	4
# Poz-59917	8230	50	157	3	4700	60	3	4
# Poz-59918	8500	50	158	3	4700	60	3	4
# Poz-59919	11440	60	200	3	4700	60	3	4
# Poz-59921	12550	70	213	3	4700	60	3	4
# Poz-59922	14000	70	234	3	4700	60	3	4
# Poz-59923	15630	130	259	3	4700	60	3	4
#
# source('Bacon.R')
# Bacon("LEM", acc.mean=80, res=20, acc.shape=1.5, mem.strength=4, mem.mean=0.7, thick=4,d.by=1, ssize=8000, d.max=268, rotate.axes=TRUE)
# dev.off()
#
#----------------
# Variables 
#
# Data variables follow are preceded by "##" in columns one and two.
# Data line variables format:  one per line, shortname-tab-variable components (what, material, error, units, seasonality, data type,detail, method, C or N for Character or Numeric data, free text) 
#
## Unit	notes,,,,,paleolimnology,,,C,sedimentary unit
## Facies	notes,,,,,paleolimnology,,,C,sedimentary facies
## depth	depth,,,centimeter,,paleolimnology,,,N,
## age_BP	age,,,calendar year before present,,paleolimnology,,,N,age median
## MS	mass magnetic susceptibility,sediment,,cubic meter per kilogram,,paleolimnology,corrected, magnetic susceptibility measurement,N,units are 10^[-8] m3/kg;GEOTEK Single Track Core Imaging System
## TS	sulfur,sediment,,percent,,paleolimnology,corrected,elemental analysis,N,LECO elemental analyzer total sulfur
## TC	carbon,sediment,,percent,,paleolimnology,corrected,elemental analysis,N,LECO elemental analyzer total carbon
## TIC	inorganic carbon,sediment,,percent,,paleolimnology,,elemental analysis,N,LECO elemental analyzer total inorganic carbon
## TOC	organic carbon,sediment,,percent,,paleolimnology,,elemental analysis,N,LECO elemental analyzer total organic carbon
## BioSi	biogenic silica,sediment,,percent,,paleolimnology,corrected,elemental analysis,N,continuous flow analyzer AutoAnalyser Technicon II
## TN	nitrogen,sediment,,percent,,paleolimnology,corrected,elemental analysis,N,VARIO MAX CN elemental analyzer
## d15N	delta 15N,organic matter,,per mil AIR,,paleolimnology,corrected,isotope ratio mass spectrometry,N, Thermo Delta V Advantage IRMS coupled with a Flash2000 Elemental Analyzer
## d13C	delta 13C,organic matter,,per mil VPDB,,paleolimnology,corrected,isotope ratio mass spectrometry,N, Thermo Delta V Advantage IRMS coupled with a Flash2000 Elemental Analyzer
#
#----------------
# Data:
# Data lines follow (have no #)
# Data line format - tab-delimited text, variable short name as header
# Missing_Values:  
#
Unit	Facies	depth	age_BP	MS	TS	TC	TIC	TOC	BioSi	TN	d15N	d13C
U1	D1	0	-62.6	44.826	0.1749	2.4230	0.00	2.4230	19.5910	0.2415	1.4289	-25.6322
U1	D1	1	-56.5	55.861	0.2295	1.8964	0.00	1.8964	18.7777			
U1	D1	2	-50.4		0.2292	2.0317	0.00	2.0317	19.2227			
U1	D1	3	-44.2	67.436	0.2667	2.1059	0.19598	1.9099	20.1906			
U1	D1	4	-37.9		0.2549	2.0686	0.00	2.0686	19.3207			
U1	D1	5	-27.2	79.958	0.2856	1.9684	0.02767	1.9407	19.2111	0.1775	3.1663	-26.1781
U1	D1	6	-16.3		0.2269	1.3810	0.26218	1.1188	19.3664			
U1	D1	7	-5.5	97.936	0.2864	1.8752	0.11262	1.7626	20.4221			
U1	D2	8	5.2		0.2607	1.8916	0.00	1.8916	18.6576			
U1	D2	9	8.4	113.605	0.2118	1.7273	0.01317	1.7141	19.4888			
U1	D2	10	11.6		0.1762	1.4648	0.00	1.4648	17.7184	0.1750	1.5257	-26.0969
U1	D2	11	14.8	127.883	0.1824	1.2566	0.00	1.2566	18.4317			
U1	D2	12	18		0.2800	1.8354	0.00	1.8354	19.8123			
U2	D3	13	33.2		0.3674	2.0315	0.05365	1.9778	19.2962			
U2	D3	14	47.9	130.534	0.5442	3.1184	0.03919	3.0792	21.3536	0.4671	1.2085	-24.4418
U2	D3	15	62.5		0.5992	3.4015	0.08259	3.3189	21.3132			
U2	D3	16	77.2	106.954	0.5271	3.4973	0.08574	3.4116	20.9187			
U2	D3	17	103.4		0.4529	3.5597	0.04788	3.5118	21.6757			
U2	D3	18	127.1	78.793	0.5274	3.8687	0.00	3.8687	21.2853			
U2	D3	19	148		0.6830	4.2604	0.00578	4.2546	20.5872	0.5381	0.6273	-24.9606
U2	D3	20	167.4	63.398	0.5715	4.2372	0.01504	4.2222	18.7196			
U2	D5	21	192.9		0.7170	4.3850	0.00620	4.3788	20.3005			
U2	D5	22	218.9	57.501	0.7735	4.4646	0.04312	4.4215	20.4135	0.5720		
U2	D3	23	244		0.6686	4.0467	0.28327	3.7634	20.5064			
U2	D3	24	267	54.867	0.7479	4.2912	0.00	4.2912	20.7514		1.3039	-24.4901
U2	D3	25	291.7		0.7578	3.9338	0.00	3.9338	20.3845			
U2	D3	26	317.3	56.829	0.6069	3.5146	0.17316	3.3414	19.7559			
U2	D3	27	342.5		0.6812	3.8176	0.03189	3.7857	19.9224			
U2	D3	28	366.1	59.731	0.6825	3.3763	0.05755	3.3188	20.5730	0.4200		
U2	D3	29	389.5		0.5645	3.2507	0.00	3.2507	20.8625	0.3606	1.0061	-24.7852
U2	D3	30	415.1	62.383	0.6067	3.4353	0.81365	2.6217	20.5925			
U2	D3	31	440.6		0.7209	3.6131	0.00	3.6131	21.0846			
U2	D3	32	464.4	68.930	0.6522	3.6269	0.19447	3.4324	20.7472	0.4920		
U2	D3	33	486		0.7046	3.4938	0.04259	3.4512	20.9892			
U2	D3	34	509.2	77.487	0.8026	3.9000	0.00	3.9000	20.2478		0.7479	-24.1060
U2	D5	35	533.2		0.9800	4.1921	0.04214	4.1500	20.7153			
U2	D5	36	557	100.695	0.9381	4.1696	0.00	4.1696	20.7650			
U2	D3	37	578		0.9356	3.9074	0.10333	3.8041	20.4689	0.5070		
U2	D3	38	601.6	141.013	0.6466	3.4499	0.09768	3.3522	20.2337			
U2	D3	39	627		0.5632	2.6776	0.12693	2.5507	19.5776	0.3404	1.1571	-24.1350
U2	D3	40	651.4	189.941	0.5027	2.3848	0.00	2.3848	19.5262			
U3	D4	41	679	196.086	0.3084	3.9165	0.00	3.9165	21.8698	0.5308		
U3	D4	42	704.5		0.3704	3.7941	0.00	3.7941		0.5026	1.9108	-23.6338
U3	D4	43	727.1	131.670	0.2954	3.8299	0.13832	3.6916	21.9969			
U3	D4	44	748.3		0.2759	3.8100	0.25068	3.5593	21.7998			
U3	D3	45	777.5	86.949	0.3181	4.0615	0.00	4.0615	22.9552			
U3	D3	46	806.2		0.3710	4.3748	0.00	4.3748	23.3770	0.6331		
U3	D3	47	833.5	65.802	0.4342	4.3797	0.00	4.3797	23.1999	0.4846	1.5483	-25.0980
U3	D3	48	858.4		0.6334	4.5534	0.00	4.5534	23.9030			
U3	D5	49	888.6	55.389	0.7191	4.6222	0.00	4.6222				
U3	D4	50	917.9		0.6534	3.8381	0.00	3.8381				
U3	D4	51	946.4	52.707	0.3439	3.4685	0.02068	3.4478	23.5083	0.5742		
U3	D4	52	973.7		0.3205	2.5311	0.00	2.5311	20.7266	0.3728	1.3616	-25.6630
U3	D4	53	1003.3	46.272	0.4484	3.2969	0.07293	3.2240	22.4388			
U3	D3	54	1032.8		0.5525	4.0577	0.17602	3.8817	22.6689	0.4622		
U3	D4	55	1061.5	48.880	0.3963	3.8573	0.26539	3.5919	22.0971			
U3	D4	56	1089.6		0.4996	3.9789	0.00	3.9789	22.9415			
U3	D3	57	1119.5	42.220	0.4801	4.3525	0.00	4.3525		0.4601	1.5751	-25.3615
U3	D3	58	1149.9		0.6655	4.5551	0.00	4.5551				
U3	D5	59	1179.4	41.044	0.4874	4.9130	0.00	4.9130				
U3	D3	60	1207.6		0.2726	4.4771	0.00	4.4771	23.1563			
U3	D3	61	1237.6	38.768	0.3217	4.3086	0.14524	4.1634	23.1842	0.6308		
U3	D3	62	1266		0.4035	4.0765	0.00984	4.0667	23.0812	0.4652	1.1675	-25.0459
U3	D3	63	1295.5	38.229	0.5019	4.0491	0.00	4.0491	21.9492			
U3	D4	64	1324.4		0.4287	3.4282	0.00	3.4282	22.6539			
U3	D4	65	1353.9	36.908	0.5564	3.5096	0.05903	3.4506	22.1051	0.5971		
U3	D4	66	1384.6		0.5599	3.6635	0.03147	3.6320	22.4878			
U3	D3	67	1414.4	36.772	0.5352	4.5983	0.00	4.5983		0.5196	1.3988	-26.0106
U3	D5	68	1442.2		0.6873	4.7504	0.00	4.7504	23.8491	0.7689		
U3	D3	69	1471.2	34.326	0.5259	4.6193	0.00	4.6193	23.7810			
U3	D3	70	1501.2		0.9952	4.5715	0.00	4.5715				
U3	D3	71	1531	35.109	0.5482	4.3332	0.00	4.3332				
U3	D3	72	1560.4		0.3598	4.2464	0.00	4.2464	22.9237	0.5297	1.6290	-24.7269
U3	D3	73	1590.7	33.504	0.3822	4.1398	0.00993	4.1299	23.2365			
U3	D4	74	1620.9		0.5014	3.9808	0.00058	3.9802	23.1381	0.4305		
U3	D4	75	1649.6	33.584	0.5596	3.7830	0.05005	3.7330	22.7647			
U3	D3	76	1680.2		0.6656	4.2309	0.07922	4.1517	23.0367			
U3	D5	77	1710.8	34.375	0.5570	4.4364	0.00	4.4364	22.6568	0.5091	1.2849	-25.8276
U3	D3	78	1740.2		0.6635	4.4102	0.00	4.4102	23.7031			
U3	D3	79	1770.4	36.663	0.7610	4.1970	0.00	4.1970	22.9289	0.5987		
U3	D3	80	1800.1		0.7936	4.0994	0.00	4.0994	23.7053			
U3	D4	81	1829.8	39.068	0.7188	3.9192	0.00	3.9192	23.9343			
U3	D4	82	1859.7		0.5791	3.5738	0.29139	3.2824	22.6365	0.4210	1.7552	-26.0963
U3	D4	83	1889.5	41.210	0.7007	3.6142	0.13687	3.4773	23.5044			
U3	D3	84	1917.3		0.8073	4.2728	0.18481	4.0880	23.5384			
U3	D5	85	1946.1	47.739	0.7738	4.5219	0.00	4.5219	23.3688	0.5866		
U3	D3	86	1975.1		0.6714	4.2660	0.00	4.2660	23.6979			
U3	D3	87	2005.1	57.635	0.7497	4.0143	0.00	4.0143	22.3361			
U3	D4	88	2033.7		0.7175	3.9017	0.15074	3.7510	21.8424			
U3	D4	89	2063.7	75.797	0.6312	3.2016	0.00	3.2016	21.1067			
U3	D5	90	2094.1		0.8830	4.7393	0.00	4.7393	23.8754	0.5360	2.3650	-26.2565
U3	D3	91	2124.4	100.919	0.7596	4.2319	0.34574	3.8862	20.1548			
U3	D3	92	2154.4		0.6539	4.5249	0.16983	4.3551	23.2764			
U3	D3	93	2183.7	115.582	0.7803	4.4216	0.01581	4.4058	23.7901			
U3	D3	94	2214.1		0.8935	4.6355	0.02840	4.6071	23.8635	0.7293		
U3	D4	95	2243.2	139.081	0.8253	3.8727	0.00	3.8727	23.4745	0.4633	2.0358	-27.5556
U3	D4	96	2270.8		0.8352	3.3741	0.00	3.3741	23.0322			
U3	D4	97	2300.5		0.3476	2.2573	0.00	2.2573	21.2314			
U3	D4	98	2330.1	271.435	0.7562	3.0989	0.02085	3.0780	17.1853	0.5289	2.0106	-27.5122
U3	D4	99	2359.3		0.8265	3.6953	0.00	3.6953	25.0465	0.7304		
U3	D4	100	2387.1	207.602	0.9490	3.4977	0.00	3.4977	26.5289			
U3	D4	101	2416.4		1.1339	3.9783	0.00	3.9783	23.6140			
U3	D4	102	2444.9	146.801	1.3213	3.1445	0.00	3.1445	25.4443			
U3	D4	103	2474.4		2.9299	2.7926	0.00	2.7926		0.3725	1.7886	-29.5277
U3	D3	104	2502.4		0.6272	4.0290	0.17630	3.8527	26.6168			
U3	D4	105	2530.7	82.741	1.2054	3.7134	0.01393	3.6995	25.5633			
U3	D4	106	2559.7		1.0813	3.8721	0.00	3.8721				
U3	D5	107	2589.1	61.738	0.5905	4.5750	0.00	4.5750	23.1878	0.4307	2.3945	-25.7572
U3	D5	108	2618.7		0.3434	4.4986	0.00	4.4986	23.4536			
U3	D3	109	2647.7	49.305	0.3043	4.1000	0.92235	3.1777	22.2281			
U3	D3	110	2678.1		0.8081	4.0238	0.00	4.0238	22.5496	0.4644		
U3	D4	111	2707	41.278	0.6283	3.5370	0.00	3.5370				
U3	D3	112	2735.8		0.7238	3.9137	0.00	3.9137	24.0053	0.4217	1.6599	-27.2083
U3	D5	113	2765.2	36.403	1.0422	4.4538	0.01140	4.4424	22.8691			
U3	D3	114	2794.9		1.1020	3.9618	0.08873	3.8731	23.8180			
U3	D4	115	2823.9	34.714	0.8186	3.2742	0.22016	3.0540	22.8287			
U3	D5	116	2853.3		1.1642	4.4597	0.00	4.4597	23.9136	0.4400		
U3	D5	117	2881.5	32.801	1.2038	4.0375	0.12947	3.9080	23.6455	0.5047	2.0897	-28.5560
U3	D4	118	2910.2		1.4187	3.4890	0.14361	3.3454	23.4677			
U3	D4	119	2939.3	30.627	1.2391	3.5871	0.71128	2.8758	23.6788			
U3	D5	120	2968.5		1.3101	3.9430	0.06389	3.8791	23.4434	0.4520		
U3	D5	121	2997.1	28.891	0.9153	3.9291	0.06646	3.8626	22.6635			
U3	D4	122	3026.8		0.4642	3.4979	0.08182	3.4161	21.7243	0.3245	2.3900	-26.2966
U3	D4	123	3056.9	27.403	0.4792	3.6077	0.06807	3.5396	22.7418			
U3	D4	124	3086.7		0.4008	3.4990	0.04845	3.4505	22.2993	0.4110		
U3	D4	125	3114.5	26.080	0.8455	3.6740	0.10597	3.5680	24.2471			
U3	D4	126	3143.3		0.8495	3.6065	0.03498	3.5715	22.7101			
U3	D4	127	3171.3	25.174	0.7625	3.3042	0.13181	3.1724	23.4511	0.3476	2.0411	-25.4731
U3	D4	128	3200.2		0.8072	3.3872	0.05984	3.3274	23.1336			
U3	D4	129	3229.3	24.434	0.4828	3.0354	0.02338	3.0120	23.0339	0.4060		
U3	D4	130	3258.5		0.7703	3.1814	0.00	3.1814	21.3345			
U3	D4	131	3288.7	25.059	0.9924	3.5163	0.02281	3.4935	20.8076			
U3	D3	132	3317.3		0.7781	3.8955	0.00	3.8955	21.0275	0.3681	2.0076	-26.0176
U3	D4	133	3345.7	24.521	0.4997	3.0113	0.03481	2.9765	20.8995	0.3920		
U3	D5	134	3374.4		0.9759	4.5932	0.04150	4.5517	20.6738			
U3	D4	135	3404.1	25.458	0.4552	3.7644	0.11255	3.6519	17.7099			
U3	D4	136	3433.2		0.3882	3.2576	0.04149	3.2161	19.8876			
U3	D4	137	3460.8	26.553	0.3262	3.3834	0.10801	3.2754	20.7243	0.3050	1.8669	-23.1979
U3	D4	138	3489.2		0.2993	3.1091	0.00	3.1091	21.3712	0.2730		
U3	D4	139	3518.8	29.267	0.3664	3.3008	0.07724	3.2236	21.5193			
U3	D5	140	3548.6		1.7318	4.2214	0.03122	4.1902	21.2973			
U3	D5	141	3576.1	34.237	0.9208	3.5607	0.03092	3.5298	21.1539			
U3	D4	142	3605		0.3224	3.1648	0.11951	3.0453	20.1618	0.3081	1.7129	-22.5301
U3	D4	143	3634.1	42.988	0.5924	3.0332	0.05804	2.9752	17.3432	0.4998		
U3	D3	144	3663.2	196.150	1.1365	3.8885	0.00	3.8885	21.0920	0.4239	1.9960	-27.9308
U3	D5	145	3691		1.2268	4.2167	0.45610	3.7606	20.6635	0.5120		
U3	D3	146	3719.7	137.848	0.9074	3.7506	0.06345	3.6872	21.3879	0.3911	1.8011	-28.1561
U3	D4	147	3748.8		1.3583	3.5766	0.33283	3.2438	20.9060			
U3	D4	148	3778.2	92.861	1.6271	3.7777	0.38739	3.3903	20.8581			
U3	D4	149	3805.8		1.5671	3.5655	0.00	3.5655	21.1170			
U3	D4	150	3834.5	68.236	1.1286	3.2313	0.00145	3.2299	20.6807	0.3730		
U3	D4	151	3863.5		0.9200	2.7132	0.03364	2.6796	21.2104	0.3242	1.4286	-27.3633
U3	D4	152	3893.6	60.319	1.0392	2.4440	0.00	2.4440	20.6164			
U3	D4	153	3919.2		0.8283	2.5994	0.06671	2.5327	21.6876			
U3	D4	154	3946.5	64.201	0.9949	2.9435	0.00	2.9435	20.2951	0.6370		
U3	D4	155	3975.4		0.8711	3.1502	0.04050	3.1097	20.6989			
U3	D4	156	4004	62.983	1.0264	2.4932	0.20606	2.2871	19.5556	0.3042	1.2957	-27.0872
U3	D4	157	4033.1		1.1902	2.1425	0.00	2.1425	20.8960	0.2600		
U5	D6_a	158	4064.2	98.609	0.3045	2.1750	0.08661	2.0884	18.0181	0.1739		
U5	D6_a	159	4096.9		0.2637	3.1116	0.06205	3.0496	21.0212	0.2783	2.3804	-23.5395
U5	D6_a	160	4131.7	98.786	0.5847	2.7819	0.01716	2.7647	20.8071			
U5	D6_a	161	4209.3		0.3055	2.4547	0.01412	2.4406	21.3738			
U5	D6_a	162	4287.4	99.421	0.2765	2.1491	0.00	2.1491	20.0381	0.5005		
U5	D6_a	163	4360.3		0.2825	2.0186	0.00	2.0186	19.5727	0.2630		
U5	D6_a	164	4430	116.960	0.3020	2.4257	0.03336	2.3923	20.8915	0.2478	2.0516	-25.2860
U5	D6_a	165	4512.5		0.6594	2.1904	0.00	2.1904	20.1209			
U5	D6_a	166	4595.1		0.5870	1.9956	0.07423	1.9214	17.5882	0.2409	2.1240	-25.2915
U5	D6_a	167	4671.9	130.506	0.3457	1.6311	0.00	1.6311	17.2786	0.3647		
U5	D6_a	168	4742.4	130.377	0.5715	2.3518	0.00	2.3518	17.6042			
U5	D6_a	169	4829.5	123.741	0.4206	2.8022	0.29200	2.5102	19.8637			
U5	D6_a	170	4919.1	114.466	0.4920	3.0809	0.19305	2.8879	20.2122			
U5	D6_a	171	5003	104.941	0.7915	2.9997	0.00	2.9997	19.5545	0.3691	2.1768	-25.7095
U5	D6_a	172	5081.7	93.748	0.6444	3.1978	0.00	3.1978	19.9303			
U5	D6_a	173	5169.4	89.369	0.3939	3.2878	0.03411	3.2537	19.8811			
U5	D6_a	174	5256.3	85.093	0.7174	3.1136	0.00	3.1136	20.5402			
U5	D6_a	175	5342.7	81.135	0.6959	2.7181	0.06779	2.6503	19.8267	0.4898		
U5	D6_a	176	5422	78.681	0.5931	3.0280	0.00	3.0280	19.6860	0.2883	1.9716	-24.7102
U5	D6_a	177	5508.5	77.398	0.7124	2.6772	0.00	2.6772	18.6372			
U5	D6_a	178	5596.7	79.563	0.6610	2.8471	0.00	2.8471	19.4162			
U5	D6_a	179	5686.9	80.867	0.7272	2.7803	0.58306	2.1972	19.3230	0.3737		
U5	D6_a	180	5769	102.773	0.7855	2.9767	0.00	2.9767	21.0641	0.4895		
U5	D6_b	181	5855.7		0.8252	3.6716	0.09581	3.5758	20.4497	0.4388	2.5849	-25.1590
U5	D6_b	182	5944.7	110.828	1.1123	3.7592	0.00	3.7592	19.6646			
U5	D6_b	183	6032.3		1.1104	4.0564	0.00	4.0564	19.7712			
U5	D6_b	184	6117	122.657	1.6621	3.5845	0.00	3.5845	20.3943	0.5119		
U5	D6_b	185	6201.6		1.2870	3.4523	0.44492	3.0074	19.1691			
U5	D6_b	186	6288.9	136.495	1.1458	4.0768	0.00	4.0768	20.7893	0.4179	1.1992	-23.0921
U5	D6_a	187	6378.2		1.1904	3.0449	0.00	3.0449	20.2792			
U5	D6_a	188	6462.9	146.039	1.0690	2.7909	0.00	2.7909	19.3988	0.4662		
U5	D6_a	189	6547.2		1.1434	3.1963	0.00	3.1963	20.3177			
U5	D6_a	190	6633.8	160.374	1.2726	3.1057	0.16168	2.9440	19.6710			
U5	D6_a	191	6721.1		1.1644	3.3902	0.18356	3.2066	20.0540	0.3503	2.2541	-26.6408
U5	D6_a	192	6807.8	189.118	1.6297	3.8018	0.17323	3.6286	21.5482	0.5247		
U5	D6_a	193	6890.6		1.6142	3.2383	0.00	3.2383	20.9426			
U5	D6_a	194	6975.2	224.685	1.2698	2.8897	0.02627	2.8634	21.1458			
U5	D6_a	195	7060.5		1.2451	3.3994	0.32996	3.0694	20.8448			
U5	D6_a	196	7142.6	220.227	0.8600	2.6990	0.00536	2.6936	19.9249	0.3486	2.6945	-26.2790
U5	D6_a	197	7215.3		0.7728	3.1556	0.00	3.1556	20.5540			
U5	D6_b	198	7295	246.413	1.6570	4.5037	0.06504	4.4387	20.5155	0.3041		
U5	D6_b	199	7378.1		2.1203	3.7895	0.00	3.7895	21.2142	0.4122	2.2197	-27.0751
U5	D6_a	200	7464.1	226.188	2.2823	3.4756	0.07295	3.4027	20.5754			
U5	D6_b	201	7531.4		1.8338	3.2749	0.00	3.2749	19.1931	0.4712		
U5	D6_b	202	7602.5	203.820	1.4629	4.2771	0.00	4.2771	21.3999			
U5	D6_c	203	7684.4		1.9075	5.3582	0.01730	5.3409	20.5801			
U5	D6_c	204	7767.4	187.983	1.2102	5.4869	0.50933	4.9776	19.4766	0.2548	2.2718	-17.9332
U5	D6_a	205	7849.5		2.1436	4.2415	0.27980	3.9617	19.8245			
U5	D6_a	206	7929.8	157.385	1.1668	3.0740	0.06348	3.0105	20.7618			
U5	D6_a	207	8004.1		1.7110	2.7261	0.10862	2.6175	20.7236	0.3400		
U5	D6_a	208	8075.5	155.857	1.6808	2.8470	0.11307	2.7339	20.0165			
U5	D6_a	209	8161.5		1.4941	2.8675	0.13406	2.7334	20.4105	0.1925	1.8481	-24.1498
U5	D6_a	210	8253.4	127.233	0.5961	1.9965	0.03301	1.9635	13.4588			
U5	D6_a	211	8344.4	113.898	1.8029	2.0776	0.09807	1.9795	18.9103			
U5	D6_a	212	8428.7		0.8644	2.2744	0.36642	1.9080	18.8238			
U5	D6_a	213	8498.1		1.7159	2.3174	0.27033	2.0471	19.5988			
U5	D6_c	214	8571.6	86.427	0.6178	2.5024	0.09212	2.4103	12.7711			
U5	D6_a	215	8647.7		2.0772	3.2471	0.10512	3.1420	15.3584	0.1883	2.1625	-27.6424
U5	D6_c	216	8724.8		1.1038	4.1688	0.17106	3.9977	17.6418	0.3807	0.9606	-25.3930
U5	D6_a	217	8818.3	101.868	0.4672	3.5094	0.03411	3.4753	18.7694	0.2250		
U5	D6_a	218	8907.4		0.9587	2.9179	0.07853	2.8394	21.5562			
U5	D6_a	219	8990.3	126.288	1.5182	2.7934	0.09108	2.7023	21.3078			
U5	D6_a	220	9068.6		2.0775	2.8252	0.12204	2.7032	21.2398	0.3239	2.8070	-24.0295
U5	D6_b	221	9160.3	143.658	1.5338	4.6842	0.67417	4.0100	18.9355			
U5	D6_b	222	9254.5		1.0906	2.7291	0.10635	2.6228	21.2748			
U5	D6_b	223	9343.6	165.445	1.1134	3.3224	0.08038	3.2420	20.3717	0.4020		
U5	D6_b	224	9428.6		1.3893	4.4074	0.02597	4.3814	20.9958			
U5	D6_a	225	9516.2	186.089	2.7262	3.9224	0.06619	3.8562	21.3417	0.4138	2.4283	-27.1763
U5	D6_a	226	9607.2		1.2372	3.9332	0.09641	3.8368	19.7496			
U5	D6_a	227	9698.1	197.474	4.1765	3.4087	0.00	3.4087	20.6656	0.4100		
U5	D6_b	228	9784.2		1.4089	3.7485	0.07337	3.6751	20.7266			
U5	D6_b	229	9869.6	201.729	1.3104	3.5032	0.16443	3.3388	20.1439			
U5	D6_a	230	9961.5		1.3493	2.9026	0.20944	2.6932	20.2137	0.3013	2.1381	-26.6119
U5	D6_a	231	10055.6	189.312	1.2855	3.1336	0.19899	2.9346	20.0001			
U5	D6_c	232	10147		1.4558	3.9073	0.08364	3.8237	17.5994	0.2900		
U5	D6_c	233	10221.7	178.714	1.7594	4.0983	0.07252	4.0258	16.6452			
U5	D6_c	234	10300.6		1.4234	4.1573	0.10420	4.0531	16.4419			
U5	D6_c	235	10382.9	172.016	1.5762	4.8246	0.18570	4.6389	15.3802	0.2246	0.6901	-23.5946
U5	D6_c	236	10470.2		1.9699	4.9991	0.12930	4.8698	18.3783			
U5	D6_c	237	10556.5	185.990	1.8355	5.1911	0.18158	5.0095	19.8688			
U5	D6_a	238	10649.4		1.3799	3.9816	0.06597	3.9156	15.9763	0.3170		
U5	D6_a	239	10738.1	200.761	2.2647	4.5372	0.00	4.5372	20.7157			
U5	D6_a	240	10818.5	221.082	1.7484	4.2367	0.02568	4.2110	19.0605			
U5	D6_a	241	10916.6		1.5269	4.7562	0.05605	4.7001	21.4632			
U5	D6_b	242	11011.2	236.655	1.9892	4.0825	0.01039	4.0721	20.7906			
U5	D6_b	243	11098.9		1.8744	3.2083	0.03601	3.1723	20.6174	0.4090		
U5	D6_b	244	11179.2		0.9820	4.5191	0.23324	4.2859	20.4783			
U5	D6_b	245	11275.2	234.429	1.1377	4.7110	0.09727	4.6137				
U5	D6_b	246	11374.2	218.769	1.0449	4.0732	0.00	4.0732	19.6777			
U5	D6_c	247	11470.6		1.8209	4.0611	0.10262	3.9585	18.3123	0.3188	0.7752	-23.2895
U5	D6_c	248	11559.3	198.468	2.4882	5.2535	0.97574	4.2778	18.0430	0.2970		
U5	D6_b	249	11654.3		0.9265	4.3477	0.14708	4.2006	21.2965	0.3720		
U5	D6_c	250	11754.6	193.988	2.5287	5.0705	0.08898	4.9815	17.9382			
U5	D6_c	251	11852		6.8222	5.5943	0.93773	4.6566	19.1729	0.3400		
U5	D6_b	252	11944.7	173.486	0.5002	4.2837	1.06930	3.2144	17.3746	0.2587	2.4329	-26.3451
U5	D6_b	253	12038.2	147.037	1.1107	3.1734	0.09069	3.0827	19.0956			
U5	D6_b	254	12136.9		1.8243	3.3821	0.45334	2.9288	18.3167	0.1673	1.5519	-21.8242
U5	D6_b	255	12235.7	132.417	1.6254	3.3474	0.00	3.3474	17.8551	0.4712		
U5	D6_b	256	12332.8	144.835	0.9053	2.8664	0.22123	2.6452	17.7870	0.3029	2.2806	-26.8103
U5	D6_a	257	12421.4	144.914	1.0132	2.4075	0.13272	2.2748	16.3928			
U5	D6_a	258	12513.6	146.566	0.5881	1.5116	0.00	1.5116	14.0509			
U5	D6_a	259	12612.5	145.671	1.0947	1.9480	0.18549	1.7625	12.6183	0.1766		
U5	D6_a	260	12708.8	141.455	1.1317	1.8748	0.00	1.8748	11.9504			
U5	D6_a	261	12791.1	131.560	0.5954	1.3747	0.00	1.3747	12.4874			
U5	D6_a	262	12877.8	114.011	0.6487	0.7880	0.00	0.7880	13.4818	0.1387		
U5	D6_a	263	12966.5	101.878	0.9543	1.2044	0.10711	1.0973	17.2643			
U5	D6_a	264	13051.5	89.065	1.0090	1.2747	0.26293	1.0118	16.9494			
U5	D6_a	265	13130.1	82.585	1.0610	1.5528	0.00	1.5528		0.1571	0.0908	-22.7594
U6	LT2	266	13201.7	76.494	1.1590	2.6386	0.00	2.6386	16.6664			
