# Sofular Cave, Turkey 50KYr Stalagmite Stable Isotope Data
#----------------------------------------------------------------------- 
#                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: https://www.ncdc.noaa.gov/cdo/f?p=519:1:::::P1_STUDY_ID:8637
#
# Online_Resource: https://www.ncdc.noaa.gov/paleo/study/24611
#
# Original_Source_URL: http://www1.ncdc.noaa.gov/pub/data/paleo/speleothem/asia/turkey/sofular2009.txt
# 
# Description/Documentation lines begin with #
# Data lines have no #
#
# Archive: Speleothems
#--------------------
# Contribution_Date
#	Date: 2009-11-01
#--------------------
# Title
#	Study_Name: Sofular Cave, Turkey 50KYr Stalagmite Stable Isotope Data
#--------------------
# Investigators
#       Investigators: Fleitmann, D.; Cheng, H.; Badertscher, S.; Edwards, R.L.; Mudelsee, M.; GÃÂ¶ktÃÂ¼rk, O.M.; Fankhauser, A.; Pickering, R.; Raible, C.C.; Matter, A.; Kramers, J.; TÃÂ¼ysÃÂ¼z, O.
#--------------------
# Description_and_Notes
#	Description: Stable isotope (carbon and oxygen) of stalagmite So-1 from Sofular  Cave, Northern Turkey. 230Th dating of stalagmite So-1 was made on  a multi-collector inductively coupled plasma mass spectrometer  (MC-ICP-MS, Thermo-Finnigan-Neptune) at the Minnesota Isotope  Laboratory, University of Minnesota (auxiliary material Table A1).  Further 230Th dating on all stalagmites was done on a Nu Instruments  MC-ICP-MS at the Geological Institute, University of Bern.  Stable isotope analyses were performed on a Finnigan Delta V  Advantage mass spectrometer equipped with an automated carbonate  preparation system (Gas Bench-II) at the Institute of Geological  Sciences, University of Bern. Precision of d13C and d18O  measurements is 0.06 and 0.07 (1s-error) respectively. 
#--------------------
# Publication 
#       Authors: Fleitmann, D.; Cheng, H.; Badertscher, S.; Edwards, R.L.; Mudelsee, M.; GÃÂ¶ktÃÂ¼rk, O.M.; Fankhauser, A.; Pickering, R.; Raible, C.C.; Matter, A.; Kramers, J.; TÃÂ¼ysÃÂ¼z, O.
#       Published_Date_or_Year: 2009
#       Published_Title: Timing and climatic impact of Greenland interstadials recorded in stalagmites from northern Turkey.
#       Journal_Name: Geophys. Res. Lett.
#       Volume: 36
#       Edition: 
#       Issue: L19707
#       Pages: 
#       DOI: https://doi.org/10.1029/2009GL040050
#       Online_Resource: 
#       Full_Citation: Fleitmann, D., H. Cheng, S. Badertscher, R.L. Edwards, M. Mudelsee,  O.M. GÃÂ¶ktÃÂ¼rk, A. Fankhauser, R. Pickering, C.C. Raible, A. Matter, J. Kramers, and O. TÃÂ¼ysÃÂ¼z.  2009.  Timing and climatic impact of Greenland interstadials recorded  in stalagmites from northern Turkey.   Geophys. Res. Lett., 36, L19707, doi:10.1029/2009GL040050.
#       Abstract: A 50 kyr-long exceptionally well-dated and highly resolved  stalagmite oxygen (d18O) and carbon (d13C) isotope record from  Sofular Cave in northwestern Turkey helps to further improve  the dating of Greenland Interstadials (GI) 1, and 3-12.  Timing of most GI in the Sofular record is consistent  within Ã¯Â¿Â½10 to 300 years with the "iconic" Hulu Cave record.  Larger divergences (>500 years) between Sofular and Hulu  are only observed for GI 4 and 7. The Sofular record differs  from the most recent NGRIP chronology by up to several centuries,  whereas age offsets do not increase systematically with depth.  The Sofular record also reveals a rapid and sensitive climate  and ecosystem response in the eastern Mediterranean to GI,  whereas a phase lag of ~100 years between climate and full  ecosystem response is evident. Finally, results of spectral  analyses of the Sofular isotope records do not support  a 1,470-year pacing of GI.
#------------------
#	Authors: Anderson, D.M., Tardif, R., Horlick, K., Erb, M.P., Hakim, G.J., Noone, D., Perkins, W.A., and E. Steig
#	Published_Date_or_Year: 2018
#	Published_Title: Additions to the last millennium reanalysis multi-proxy database
#	Journal_Name: Data Science Journal
#	Volume:
#	Edition:
#	Issue:
#	Pages:
#	Report_Number:
#	DOI:
#	Online_Resource:
#	Full_Citation: Anderson, D.M., Tardif, R., Horlick, K., Erb, M.P., Hakim, G., J., Noone, D., Perkins, W.A., and E. Steig, submitted. Additions to the last millennium reanalysis multi-proxy database. Data Science Journal.
#	Abstract: Progress in paleoclimatology increasingly occurs via data syntheses. We describe additions to a collection prepared for use in paleoclimate state estimation, specifically the Last Millennium Reanalysis (LMR).  The 2290 additional series include 2152 tree ring chronologies and 138 other series.  They supplement the collection used previously and together form a database titled LMRdb 1.0.0. The additional data draws from lake core, ice core, coral, speleothem, and tree ring archives, using published data primarily from the NOAA Paleoclimatology archive and a set of tree ring width chronologies standardized from raw International Tree Ring Data Bank ring width series. In contrast to many previous paleo compilations, the data were not selected (screened) on the basis of their environmental correlation, multi-century length, or other attributes. The inclusion of proxies sensitive to moisture and other environmental variables expands their use in data assimilation.  A preliminary calibration using linear regression with mean annual temperature reveals characteristics of the proxy series and their relationship to temperature, as well as the noise and error characteristics of the records. The additional records are structured as individual files in the NOAA Paleoclimatology format and archived at NOAA Paleoclimatology (Anderson et al. 2018) and will continue to be improved and expanded as part of the LMR Project.  The additions represent a four-fold increase in the number of records available for assimilation, provide expanded geographic coverage, and add additional proxy variables.  Applications include data assimilation, proxy system model development, and paleoclimate reconstruction using climate field reconstruction and other methods.
#------------------
# Funding_Agency 
#       Funding_Agency_Name: Swiss National Science Foundation
#       Grant: PP002-110554/1
#------------------
# Funding_Agency 
#       Funding_Agency_Name: U.S. National Science Foundation
#       Grant: ESH 0502535
#------------------
# Funding_Agency 
#       Funding_Agency_Name: Gary Comer Science and Education Foundation
#       Grant: CP41
#------------------
# Funding_Agency 
#       Funding_Agency_Name: NCCR Climate
#       Grant: 
#------------------
# Funding_Agency 
#       Funding_Agency_Name: Istanbul Technical University
#       Grant: ITU-BAP-32491
#------------------
#	Funding_Agency_Name: National Science Foundation
#	Grant:AGS-1304263
#	Funding_Agency_Name: National Oceanic and Atmospheric Administration
#	Grant:NA14OAR4310176
#------------------
# Site_Information 
#       Site_Name: Sofular Cave
#       Location: Asia>Western Asia>Turkey
#	Country: Turkey 
#	Northernmost_Latitude: 41.416
# 	Southernmost_Latitude: 41.416
# 	Easternmost_Longitude: 31.934
# 	Westernmost_Longitude: 31.934
# 	Elevation: 700 m  
#------------------
# Data_Collection   
#	Collection_Name: 09turk01a
#	Earliest_Year: 50274
#	Most_Recent_Year: -56
#	Time_Unit: yb_1950
#	Core_Length: 1.694 m
#	Notes: {"database":"LMR"}  
#------------------
# Species
#	Species_Name: 
#	Common_Name: 
#------------------
# Chronology: 
#Table S1: Uranium-series ages for stalagmite So-1, measured at the Department of Geology and Geophysics, University of Minnesota.
#Sample    Depth    238U     err    232Th    err  230Th/232Th      err      d234U*    err  230Th/238U  err    230Th Age   err   230Th Age    err
#           (mm)    (ppb)           (ppt)        (atomic x10-6)         (measured)         (activity)       (uncorrected)     (corrected***)
#
#So-1-M1      80    313.3    0.5    151.8    9.5    198.198     12.820   1032.963    3.528   0.0058   0.0001    0.313    0.005    0.248    0.006
#So-1-M2     124    470.3    0.9    129.9   10.1    632.411     49.411    961.715    6.844   0.0106   0.0001     0.59    0.006    0.528    0.006
#So-1-M3     147    496.5    0.8    133.7   10.2    951.415     73.088   1061.694     3.68   0.0155   0.0001    0.824    0.007    0.762    0.007
#So-1-M4     192    464.7    0.7     93.9   10.6   2479.886    281.405    1072.16    3.452   0.0304   0.0002     1.61    0.009    1.549    0.009
#So-1-M5     218    366.6    0.5     83.3     11   2769.926    365.773    1095.44    3.056   0.0382   0.0002    2.001    0.012     1.94    0.012
#So-1-M6     243    279.9    0.5    309.9    9.9    707.388     22.891   1066.509    4.083   0.0475   0.0002    2.531    0.014    2.458    0.016
#So-1-M7     271    372.6    0.6    304.4   10.1   1049.479     35.173   1011.953    3.608   0.0521   0.0003     2.85    0.016     2.78    0.017
#So-1-M8     302    369.3    0.6    285.8   10.2   1321.158     47.494    1043.27    3.286   0.0621   0.0003    3.353    0.017    3.284    0.018
#So-1-p      316    532.8    0.6    309.3   20.4   1930.592    128.678   1028.072    1.748    0.068   0.0006    3.707    0.035    3.641    0.035
#So-1-1     1033    335.2    0.3    373.4   12.7   2913.307    100.069    969.341     1.72   0.1968   0.0008   11.388    0.048   11.313    0.049
#So-1-2     1042    355.2    0.4    431.5     13   2753.322     83.817    945.425    1.648   0.2029   0.0007   11.906    0.047    11.83    0.048
#So-1-3     1049    382.9    0.4    196.8   12.2   6747.278    420.507    960.125     1.81   0.2103   0.0007   12.266    0.045     12.2    0.045
#So-1-4     1078    372.9    0.4    162.4   13.3   8468.754    696.568    993.102    1.819   0.2237   0.0008   12.858    0.048   12.794    0.049
#So-1-a     1081    403.5    0.4    105.8   10.9  13667.350   1414.444    919.262    1.686   0.2174   0.0007   12.983    0.043   12.921    0.043
#So-1-6     1083    428.7    0.5    297.7   14.1   5222.772    248.569    937.004    1.724     0.22   0.0007   13.023    0.048   12.954    0.048
#So-1-7     1102      440    0.5    109.8   12.5  14963.060   1704.581    953.385    1.788   0.2265   0.0007   13.309    0.043   13.248    0.043
#So-1-8     1111    364.7    0.4    124.7   12.5  10887.798   1093.187    933.188    1.679   0.2259   0.0007   13.418    0.048   13.355    0.048
#So-1-b     1202    620.3    0.8    299.4   19.1   8885.815    567.191       1033     1.83   0.2601   0.0008    14.76    0.048   14.696    0.048
#So-1-9     1202    599.6    0.7    247.6   10.4  10390.217    438.308   1034.322    1.808   0.2603   0.0006   14.762    0.036   14.698    0.036
#So-1-10    1205    376.6    0.4    787.9   13.7   2137.735     37.606   1085.604    1.794   0.2712   0.0007   15.016    0.045   14.929    0.049
#So-1-11    1344    372.9    0.4    479.6   11.1   4722.237    109.269   1029.142    1.768   0.3683   0.0008   21.481    0.054   21.405    0.056
#SO-1-M21   1351    401.8    0.5    565.6   16.4   4697.297    136.242    982.645    1.835   0.4011   0.0007   24.193    0.056   24.115    0.057
#So-1-12    1370    458.2    0.4    314.8   12.1  10167.477    391.243   1012.166    1.667   0.4237   0.0008   25.277    0.058   25.209    0.059
#SO-1-M20   1400    536.6    0.6    311.3   18.1  12600.129    733.855    959.034    1.816   0.4433   0.0009   27.398    0.067   27.332    0.067
#So-1-13    1423    426.4    0.4    199.6   15.8  16523.774   1307.336   1033.654    1.822   0.4691   0.0011   27.965    0.078     27.9    0.078
#So-1-c     1440    361.6    0.4    317.2   11.1   9273.105    325.348   1032.557    1.741   0.4933    0.001   29.605    0.074   29.535    0.074
#So-1-14    1440    355.2    0.3    532.4   12.6   5405.425    127.920    1031.03    1.681   0.4914    0.001   29.499    0.072   29.421    0.074
#So-1-15    1454    619.7      1    379.9   10.5  13620.553    378.596   1051.281    2.437   0.5064   0.0012   30.172    0.089   30.106    0.089
#So-1-d     1468    431.4    0.4    162.8   14.9  22137.877   2022.605   1008.373    1.635   0.5068   0.0011   30.937     0.08   30.873     0.08
#So-1-16    1469      482    0.5    121.6     10  33171.670   2718.626   1010.976     1.89   0.5076    0.001   30.946    0.075   30.885    0.075
#SO-1-M18   1490    373.1    0.5    992.1   19.6   3279.455     64.907    1013.39    1.921   0.5289   0.0011   32.376    0.083   32.281    0.087
#So-1-17    1496    482.2    0.5    375.6    8.6  11214.360    257.687    1011.44    1.733   0.5297   0.0009   32.474     0.07   32.405    0.071
#So-1-e     1505    487.3    0.5    264.1   14.7  17003.623    949.928   1094.152    1.788   0.5589   0.0012   32.934    0.085   32.869    0.085
#So-1-18    1513    403.9    0.4    289.7   12.1  12980.074    541.229   1088.751    1.832   0.5646    0.001    33.42    0.073   33.352    0.073
#So-1-19    1528    370.7    0.4    414.9   10.4   8120.030    202.829    989.405     1.84   0.5512   0.0009   34.415    0.073   34.341    0.074
#So-1-f     1544    465.6    0.6    162.4   11.4  27577.747   1929.659    1000.92    2.058   0.5834   0.0012   36.494    0.095   36.431    0.095
#So-1-20    1545    443.9    0.4    542.3   13.7   7890.679    199.900   1000.352    1.773   0.5847   0.0011   36.595    0.087    36.52    0.088
#So-1-21    1547      360    0.3    381.2     12   9075.363    286.072    969.791    1.718   0.5829   0.0011   37.138     0.09   37.065     0.09
#So-1-22    1555    532.7    0.6    512.2   15.1  10060.062    296.825    957.881    1.755   0.5866   0.0012   37.682    0.097   37.611    0.097
#So-1-g     1562    481.5    0.5    909.2   15.4   5151.405     87.691    951.003    1.903     0.59   0.0011   38.097    0.096   38.012    0.098
#So-1-23    1567    763.6    0.9    208.8   12.1  35585.357   2063.878    942.768     1.74   0.5901   0.0011   38.296    0.095   38.234    0.095
#So-1-24    1585    343.2    0.3    881.1   14.7   4232.875     71.029   1106.721    1.741    0.659   0.0012   39.539    0.095   39.448    0.098
#SO-1-M17   1598    474.4    0.6    450.5   19.9  11079.972    488.847   1009.463    1.726   0.6381   0.0012     40.3    0.097   40.229    0.098
#SO-1-M16   1620    477.6    0.6    204.5   20.5  25233.670   2531.647   1013.918    2.009   0.6553   0.0014   41.466    0.115   41.403    0.116
#SO-1-M14   1643    481.9    0.5    344.9     20  15398.998    891.815   1047.098    1.655   0.6684   0.0012   41.616    0.094    41.55    0.094
#SO-1-M13   1658    330.2    0.4    617.2     19   5808.040    178.529    983.143    1.889   0.6585   0.0011    42.49    0.099   42.407    0.101
#SO-1-M12   1668    323.7    0.4     3773   43.4   1021.438     11.858   1084.311     1.98   0.7221   0.0014   44.612    0.115   44.403    0.158
#SO-1-M11   1680    301.8    0.3   2573.1   32.6   1525.259     19.481   1112.454    1.818   0.7888   0.0015   48.791    0.125   48.625    0.146
#SO-1-M10   1689    530.5    0.7    782.3   22.1   8799.119    248.973    1076.89    2.219   0.7869   0.0015   49.694    0.133   49.618    0.134
#SO-1-M9    1694    484.2    0.6   1661.2   24.9   3736.021     56.338   1040.414    2.121   0.7774   0.0016   50.066    0.139   49.964    0.142
#
#*del234U = ([234U/238U]activity - 1)x1000.
#**B.P. stands for Before Present where the present is defined as the year 1950 A.D.
#***Corrected 230Th ages assume the initial 230Th/232Th atomic ratio of 4.4  2.2 x10-6.   Those are the values for a material at secular equilibrium, with the bulk earth 232Th/238U value of 3.8.  The errors are arbitrarily assumed to be 50%.
#**** The error is 2s error.# 
#
# 
#
# 
#
#
#
#----------------
# Variables 
#
# Data variables follow that are preceded by "##" in columns one and two.
# Data line variables format:  Variables list, one per line, shortname-tab-longname-tab-longname components (9 components: what, material, error, units, seasonality, archive, detail, method, C or N for Character or Numeric data) 
#
##age	age, , , years before 1950, , , , ,N
##d13C	delta 13 Carbon,,,permil VPDB,,Speleothems,,,N
##d18O	delta 18 Oxygen,,,permil VPDB,,Speleothems,,,N
#
#----------------
# Data:
# Data lines follow (have no #)
# Data line format - tab-delimited text, variable short name as header
# Missing Values: NAN
#
age	d13C	d18O
-56	-10.18	-8.39
-54.08	-10.03	-8.13
-52.15	-11.07	-8.05
-50.23	-11.02	-8.28
-48.3	-10.42	-8.18
-46.38	-10.09	-8.31
-44.45	-10.62	-8.38
-42.53	-10.72	-8.37
-40.6	-10.24	-8.45
-38.68	-10.62	-8.26
-36.75	-10.46	-8.39
-34.83	-10.33	-8.29
-32.91	-10.04	-8.36
-30.98	-9.73	-8.5
-29.06	-9.69	-8.73
-27.13	-9.48	-8.43
-25.21	-9.77	-8.3
-23.28	-9.92	-8.4
-21.36	-9.95	-8.42
-19.43	-9.38	-8.62
-17.51	-9.42	-8.27
-15.58	-9.4	-8.04
-13.66	-9.23	-8.05
-11.74	-9.39	-8.02
-9.81	-9.8	-8.04
-7.89	-9.32	-8.03
-5.96	-9.56	-8.07
-4.04	-9.37	-7.97
-2.11	-9.1	-7.96
-0.19	-9.22	-7.91
1.74	-9.58	-8.04
3.66	-9.3	-8.42
5.58	-9.08	-8.39
7.51	-9.12	-8.35
9.43	-9.2	-8.23
11.36	-8.98	-8.15
13.28	-9.28	-7.87
15.21	-9.74	-8.04
17.13	-9.97	-8.18
19.06	-9.28	-8.18
20.98	-8.84	-8.19
22.91	-9	-8.31
24.83	-8.96	-8.05
26.75	-8.69	-7.96
28.68	-8.69	-7.75
30.6	-8.69	-7.69
32.53	-8.81	-7.81
34.45	-9.02	-7.83
36.38	-8.93	-7.69
38.3	-9.26	-7.68
40.23	-9.3	-7.82
42.15	-9.09	-7.76
44.08	-9	-7.77
46	-9.15	-7.85
47.92	-9.49	-7.84
49.85	-9.7	-7.89
51.77	-9.46	-7.78
53.7	-9.68	-7.73
55.62	-9.47	-7.63
57.55	-9.35	-7.49
59.47	-9.19	-7.33
61.4	-9.58	-7.43
63.32	-9.62	-7.84
65.25	-9.85	-8.02
67.17	-9.64	-8.06
69.09	-9.52	-8.02
71.02	-9.71	-7.85
72.94	-9.62	-7.66
74.87	-9.58	-7.82
76.79	-9.69	-7.91
78.72	-9.9	-7.99
80.64	-9.8	-7.97
82.57	-9.51	-7.89
84.49	-9.25	-8
86.42	-9.44	-7.92
88.34	-9.45	-7.89
90.26	-9.68	-7.92
92.19	-9.62	-7.97
94.11	-9.46	-7.99
96.04	-9.73	-7.91
97.96	-9.68	-7.81
99.89	-9.56	-7.98
101.81	-9.86	-8.18
103.74	-10.04	-8.22
105.66	-10.16	-8.27
107.58	-10.22	-8.11
109.51	-10.27	-8.13
111.43	-10.29	-7.99
113.36	-10.05	-7.92
115.28	-10.09	-8.3
117.21	-9.85	-8
119.13	-10.03	-8.26
121.06	-9.97	-8.26
122.98	-9.72	-7.89
124.91	-9.91	-7.88
126.83	-10.15	-7.89
128.75	-10.25	-8.14
130.68	-9.81	-7.98
132.6	-9.85	-7.88
134.53	-10.39	-7.94
136.45	-10.08	-7.97
138.38	-9.98	-8.03
140.3	-10.03	-8.07
142.23	-9.75	-7.76
144.15	-10	-7.7
146.08	-10.08	-7.67
148	-9.94	-7.71
149.92	-9.93	-7.8
151.85	-10.08	-7.89
153.77	-10.24	-7.97
155.7	-10.02	-7.96
157.62	-9.85	-8.05
159.55	-10.15	-8.1
161.47	-10.06	-8.13
163.4	-10.06	-8.23
165.32	-9.79	-8.03
167.25	-9.94	-7.8
169.17	-10.21	-7.88
171.09	-9.89	-7.7
173.02	-9.56	-7.78
174.94	-9.49	-7.77
176.87	-9.82	-7.94
178.79	-10.07	-7.67
180.72	-10.01	-7.7
182.64	-10.28	-7.55
184.57	-10.11	-7.52
186.49	-10.05	-7.5
188.42	-10.64	-7.85
190.34	-10.24	-7.86
192.26	-10.18	-7.87
194.19	-9.96	-7.87
196.11	-9.93	-7.88
198.04	-9.94	-7.64
199.96	-10.11	-7.62
201.89	-9.91	-7.67
203.81	-9.68	-7.58
205.74	-9.67	-7.5
207.66	-9.58	-7.61
209.58	-9.65	-7.52
211.51	-9.66	-7.52
213.43	-9.72	-7.64
215.36	-9.6	-7.72
217.28	-9.69	-7.8
219.21	-9.64	-7.77
221.13	-9.5	-7.8
223.06	-9.42	-7.89
224.98	-9.66	-7.89
226.91	-9.91	-8.16
228.83	-9.76	-8.22
230.75	-9.45	-8.04
232.68	-9.4	-8.1
234.6	-9.37	-8.02
236.53	-9.12	-7.79
238.45	-9.36	-7.78
240.38	-9.85	-7.96
242.3	-9.64	-8
244.23	-9.29	-7.93
246.15	-9.1	-7.98
248.08	-9.45	-7.84
250	-9.54	-7.85
253.22	-9.71	-7.91
256.44	-9.61	-8.01
259.66	-9.59	-7.98
262.87	-9.44	-7.9
266.09	-9.63	-7.96
269.31	-9.41	-7.9
272.53	-9.4	-7.81
275.75	-9.31	-7.74
278.97	-9.48	-7.96
282.18	-9.3	-8.19
285.4	-9.36	-8.19
288.62	-9.27	-8.2
291.84	-9.03	-8.2
295.06	-9.08	-8.11
298.28	-9.05	-8.12
301.49	-9.01	-8.4
304.71	-8.79	-8.26
307.93	-8.98	-8.07
311.15	-8.97	-8.08
314.37	-9.07	-8.12
317.59	-9.03	-8.07
320.8	-9.46	-8.21
324.02	-9.36	-8.09
327.24	-9.47	-8.1
330.46	-9.37	-8.16
333.68	-9.6	-8.29
336.9	-9.63	-8.22
340.11	-9.77	-8.25
343.33	-9.8	-8.25
346.55	-9.73	-8.3
349.77	-9.65	-8.16
352.99	-9.73	-8.08
356.21	-9.98	-7.99
359.43	-9.86	-8.11
362.64	-9.69	-8.21
365.86	-9.93	-8.2
369.08	-9.76	-8.12
372.3	-9.77	-8.12
375.52	-9.82	-8.27
378.74	-9.77	-8.34
381.95	-9.69	-8.28
385.17	-9.7	-8.34
388.39	-9.59	-8.28
391.61	-9.83	-8.23
394.83	-9.75	-8.19
398.05	-9.57	-8.12
401.26	-10.04	-8.15
404.48	-9.99	-8.26
407.7	-9.96	-8.21
410.92	-9.69	-8.02
414.14	-9.79	-8.17
417.36	-9.74	-8.25
420.57	-9.6	-8.45
423.79	-9.58	-8.35
427.01	-9.81	-8.28
430.23	-9.62	-8.28
433.45	-9.66	-8.19
436.67	-9.83	-8.23
439.89	-10.07	-8.22
443.1	-10.08	-8.3
446.32	-10.08	-8.32
449.54	-9.88	-8.35
452.76	-9.73	-8.29
455.98	-9.83	-8.17
459.2	-10.03	-8.18
462.41	-9.96	-8.22
465.63	-9.94	-8.28
468.85	-9.86	-8.23
472.07	-9.93	-8.17
475.29	-10.14	-8.22
478.51	-10.13	-8.3
481.72	-10.18	-8.39
484.94	-10.02	-8.32
488.16	-9.68	-8.21
491.38	-9.95	-8.25
494.6	-10.1	-8.36
497.82	-10.02	-8.42
501.03	-10.08	-8.37
504.25	-10.13	-8.44
507.47	-10.09	-8.35
510.69	-10.12	-8.38
513.91	-10.02	-8.37
517.13	-10.08	-8.23
520.34	-10.12	-8.17
523.56	-10	-8.08
526.78	-10.05	-8.17
530	-9.94	-8.25
537.33	-10.37	-8.32
544.66	-10.37	-8.36
551.99	-10.15	-8.26
559.31	-10	-8.22
566.64	-9.93	-8.28
573.97	-9.94	-8.37
581.3	-9.93	-8.43
588.63	-10.03	-8.41
595.96	-10.08	-8.31
603.28	-10.1	-8.21
610.61	-10.14	-8.15
617.94	-10.17	-8.15
625.27	-10.02	-8.44
632.6	-9.83	-8.31
639.93	-10.13	-8.14
647.25	-10.28	-8.05
654.58	-10.02	-8.11
661.91	-9.98	-8.07
669.24	-10.08	-8.06
676.57	-10.15	-8.26
683.9	-9.96	-8.1
691.22	-9.68	-8.27
698.55	-9.53	-8.35
705.88	-9.73	-8.34
713.21	-9.69	-8.17
720.54	-9.64	-8.37
727.87	-9.66	-8.32
735.19	-9.72	-8.21
742.52	-9.74	-8.17
749.85	-9.92	-7.97
757.18	-10.1	-8.02
764.51	-10.28	-8.14
771.84	-10.25	-8.25
779.16	-10.21	-8.15
786.49	-10.26	-8.14
793.82	-10.15	-8.23
801.15	-10.13	-8.21
808.48	-10.12	-8.16
815.81	-10.15	-8.26
823.13	-10.1	-8.24
830.46	-10.17	-8.17
837.79	-10.07	-8.25
845.12	-10.04	-8.47
852.45	-10.04	-8.27
859.78	-10.02	-8.1
867.1	-10.18	-8.08
874.43	-10.36	-8.2
881.76	-10.28	-8.26
889.09	-10.21	-8.22
896.42	-10.26	-8.32
903.75	-10.09	-8.2
911.07	-10.16	-8.25
918.4	-10.15	-8.14
925.73	-10.1	-7.98
933.06	-9.92	-7.97
940.39	-10.1	-8.01
947.72	-9.97	-7.98
955.04	-9.84	-7.98
962.37	-9.98	-8.02
969.7	-9.99	-8.03
977.03	-10.06	-8.16
984.36	-10.13	-8.25
991.69	-10.02	-8.17
999.01	-10.02	-8.17
1006.34	-10.13	-8.23
1013.67	-10.04	-8.15
1021	-10.26	-8.11
1028.68	-10.06	-8.19
1036.36	-10.27	-8.37
1044.04	-10.28	-8.34
1051.72	-10.15	-8.14
1059.41	-10.15	-8.06
1067.09	-10.24	-8.11
1074.77	-10.23	-8.19
1082.45	-10.1	-8.16
1090.13	-10.29	-8.1
1097.81	-9.84	-8.05
1105.49	-9.81	-7.87
1113.17	-9.86	-7.85
1120.86	-9.99	-8.03
1128.54	-9.85	-8.18
1136.22	-9.86	-8.27
1143.9	-9.8	-8.31
1151.58	-9.76	-8.16
1159.26	-9.94	-8.13
1166.94	-9.81	-8.34
1174.62	-10.1	-8.39
1182.3	-10.13	-8.62
1189.99	-9.93	-8.52
1197.67	-9.68	-8.35
1205.35	-9.57	-8.41
1213.03	-9.61	-8.34
1220.71	-9.76	-8.26
1228.39	-10.03	-8.36
1236.07	-9.8	-8.4
1243.75	-9.83	-8.19
1251.43	-9.84	-8.26
1259.12	-10.24	-8.32
1266.8	-10.21	-8.16
1274.48	-10.48	-8
1282.16	-10.66	-7.97
1289.84	-10.62	-8.2
1297.52	-10.46	-8.28
1305.2	-10.64	-8.23
1312.88	-10.85	-8.22
1320.57	-10.73	-8.27
1328.25	-10.76	-8.18
1335.93	-10.69	-8.19
1343.61	-10.71	-8.18
1351.29	-10.83	-8.21
1358.97	-10.66	-8.34
1366.65	-10.25	-8.44
1374.33	-10.29	-8.33
1382.01	-10.38	-8.38
1389.7	-10.34	-8.47
1397.38	-10.3	-8.43
1405.06	-10.34	-8.31
1412.74	-10.34	-8.09
1420.42	-10.31	-7.91
1428.1	-10.4	-7.99
1435.78	-10.28	-8.05
1443.46	-10.04	-8.35
1451.14	-10.06	-8.34
1458.83	-9.96	-8.29
1466.51	-10.14	-8.16
1474.19	-10.08	-8.16
1481.87	-10.11	-8.23
1489.55	-10.01	-8.18
1497.23	-9.63	-7.71
1504.91	-9.57	-7.85
1512.59	-9.54	-7.85
1520.28	-9.43	-7.99
1527.96	-9.43	-7.89
1535.64	-9.61	-7.84
1543.32	-9.47	-7.67
1551	-9.39	-7.55
1558.52	-9.51	-7.5
1566.04	-9.43	-7.5
1573.56	-9.48	-7.67
1581.08	-9.66	-7.71
1588.6	-9.67	-7.75
1596.12	-9.68	-7.66
1603.63	-9.72	-7.69
1611.15	-9.84	-7.92
1618.67	-9.79	-7.97
1626.19	-10.17	-7.9
1633.71	-10.18	-8.08
1641.23	-10.41	-8.12
1648.75	-10.34	-8.07
1656.27	-9.92	-7.97
1663.79	-10.29	-8.08
1671.31	-10.15	-8.09
1678.83	-10	-8.03
1686.35	-10.01	-7.9
1693.87	-10.17	-8.08
1701.38	-10.28	-8.03
1708.9	-10.05	-8.03
1716.42	-9.94	-8.09
1723.94	-9.99	-8.04
1731.46	-10.14	-7.96
1738.98	-10.02	-7.88
1746.5	-9.87	-7.81
1754.02	-9.95	-7.85
1761.54	-10.14	-7.9
1769.06	-10.19	-8.11
1776.58	-10.27	-8.05
1784.1	-10.06	-7.97
1791.62	-10.04	-8.05
1799.13	-9.99	-8.04
1806.65	-9.91	-7.97
1814.17	-10.05	-8.01
1821.69	-9.94	-8.01
1829.21	-9.83	-8.09
1836.73	-9.69	-8.15
1844.25	-9.67	-8.1
1851.77	-9.85	-8.14
1859.29	-9.79	-8.2
1866.81	-9.81	-8.16
1874.33	-9.74	-8.02
1881.85	-9.73	-7.99
1889.37	-9.84	-7.98
1896.88	-9.96	-8.02
1904.4	-10	-8.08
1911.92	-10.02	-8.08
1919.44	-10.09	-8.12
1926.96	-10.12	-8.1
1934.48	-9.99	-7.97
1942	-9.91	-7.94
1952.36	-9.77	-7.9
1962.72	-9.88	-8.04
1973.08	-9.89	-8.04
1983.44	-9.99	-8.06
1993.8	-9.99	-8.02
2004.16	-9.91	-7.98
2014.52	-10.07	-8
2024.88	-10.24	-7.99
2035.24	-10.31	-8.07
2045.6	-10.21	-8.12
2055.96	-10.15	-8.28
2066.32	-9.79	-8.26
2076.68	-9.91	-8.41
2087.04	-9.95	-8.4
2097.4	-9.87	-8.45
2107.76	-9.93	-8.32
2118.12	-10.12	-8.23
2128.48	-9.88	-7.99
2138.84	-9.95	-8.08
2149.2	-10.18	-8.15
2159.56	-10.15	-8.14
2169.92	-10.12	-8.08
2180.28	-10.21	-8.13
2190.64	-10.3	-8.16