# Vanuatu Modern and Fossil Coral Sr/Ca Data and SST Reconstruction from 1049-1152 CE and 1894-2006 CE
#-----------------------------------------------------------------------
#               World Data Service for Paleoclimatology, Boulder
#                                   and
#                      NOAA Paleoclimatology Program
#-----------------------------------------------------------------------
# Template Version 3.0
# Encoding: UTF-8
# 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/28590
#      Description: NOAA Landing Page
# Online_Resource: https://www1.ncdc.noaa.gov/pub/data/paleo/coral/west_pacific/lawman2019/lawman2019-11-tm-s5-depth.txt
#      Description: NOAA location of the template
#
# Data_Type: Corals and Sclerosponges
#
# Dataset_DOI:
#
# Parameter_Keywords: trace metals
#---------------------------------------
# Contribution_Date
#    Date: 2019-12-20
#---------------------------------------
# File_Last_Modified_Date
#    Date: 2019-12-20
#---------------------------------------
# Title
#    Study_Name: Vanuatu Modern and Fossil Coral Sr/Ca Data and SST Reconstruction from 1049-1152 CE and 1894-2006 CE
#---------------------------------------
# Investigators
#      Investigators: Lawman, A.E.; Quinn, T.M.; Partin, J.W.; Thirumalai, K.; Taylor, F.W.; Wu, C.-C.; Yu, T.-L.; Gorman, M.K.; Shen, C.-C.
#---------------------------------------
# Description_Notes_and_Keywords
#        Description: Fossil coral Sr/Ca data from Tasmaloum, Vanuatu, southwestern tropical Pacific
#         Provided Keywords: Medieval Climate Anomaly
#---------------------------------------
# Publication
# Authors: Lawman, A.E.; Quinn, T.M.; Partin, J.W.; Thirumalai, K.; Taylor, F.W.; Wu, C.-C.; Yu, T.-L.; Gorman, M.K.; Shen, C.-C.
# Published_Date_or_Year: 2020
# Published_Title: A Century of Reduced ENSO Variability During the Medieval Climate Anomaly
# Journal_Name: Paleoceanography and Paleoclimatology
# Volume: 35
# Edition: 
# Issue: 
# Pages: 
# Report_Number: e2019PA003742
# DOI: 10.1029/2019PA003742
# Online_Resource: 
# Full_Citation: 
# Abstract: Climate model simulations of El Niño–Southern Oscillation (ENSO) behavior for the last millennium demonstrate interdecadal to centennial changes in ENSO variability that can arise purely from stochastic processes internal to the climate system. That said, the instrumental record of ENSO does not have the temporal coverage needed to capture the full range of natural ENSO variability observed in long, unforced climate model simulations. Here we demonstrate a probabilistic framework to quantify changes in ENSO variability via histograms and probability density functions using monthly instrumental and coral‐based sea surface temperature (SST) anomalies from 1900–2005 and 1051–1150 CE. We find that reconstructed SST anomalies from modern corals from the southwest Pacific capture changes in ENSO variability that are consistent with instrumental SST data from the central equatorial Pacific. Fossil coral records indicate 100 years of relatively lower ENSO variability during part of the Medieval Climate Anomaly. Our results demonstrate that periods of reduced ENSO variability can last a century, far longer in duration than modern observations in the instrumental record of ENSO, but consistent with results from unforced climate model simulations.
#---------------------------------------
# Funding_Agency
#    Funding_Agency_Name: NSF
#    Grant: OCE 1103430
#---------------------------------------
# Funding_Agency
#    Funding_Agency_Name: Ministry of Science and Technology 
#    Grant: 107-2119-M-002-051
#---------------------------------------
# Funding_Agency
#    Funding_Agency_Name: National Taiwan Univesity
#    Grant: 105R7625
#---------------------------------------
# Funding_Agency
#    Funding_Agency_Name: Ministry of Education, Taiwan ROC
#    Grant: 107L901001
#---------------------------------------
# Site_Information
# Site_Name: Tasmaloum, Vanuatu
# Location: Vanuatu
# Country: Vanuatu
# Northernmost_Latitude: -15.6
# Southernmost_Latitude: -15.6
# Easternmost_Longitude: 166.9
# Westernmost_Longitude: 166.9
# Elevation: 
#---------------------------------------
# Data_Collection
#   Collection_Name: 11-TM-S5 Sr/Ca-depth Lawman2019
#   First_Year: 
#   Last_Year: 
#   Time_Unit: 
#   Core_Length: 1.144
#   Notes: U-Th absolute age: 1127.1 +/- 2.7 AD (36.4 cm depth)
#---------------------------------------
# Chronology_Information 
# Chronology: 
# 
# sample_id	Sample identification used by laboratory	
# depth_mid	Depth midpoint of the dating chip from core top (cm)	
# mat_dat	Material dated	
# date_met	Dating method (U-Th)	
# age	230Th age converted to calendar years (year AD)	
# age_err	Analytical error for the 230Th age, 2 sigma of the mean (year)	
# notes	Notes	
# 
# sample_id	depth_mid	mat_dat	date_met	age	age_err	notes	
# 11-TM-S5-b	36.4	Porites lutea	U-Th	1127.1	2.7	Chemistry performed in August 2014 and instrumental analysis on MC-ICP-MS	
# 
#---------------------------------------
# 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,,,centimeter,,Corals and Sclerosponges,raw,,N,
## Sr/Ca	strontium/calcium,Porites lutea,,millimole per mole,,Corals and Sclerosponges,raw,inductively-coupled plasma atomic emission spectroscopy,N,
#------------------------
# Data:
# Data lines follow (have no #)
# Data line format - tab-delimited text, variable short name as header
# Missing_Values: NaN
depth_cm	Sr/Ca	
67.51	8.911	
67.46	8.886	
67.41	8.880	
67.36	8.851	
67.31	8.875	
67.26	8.863	
67.21	8.851	
67.16	8.823	
67.11	8.839	
67.06	8.880	
67.01	8.908	
66.96	8.948	
66.91	8.995	
66.86	8.983	
66.81	8.976	
66.76	8.936	
66.71	8.899	
66.66	8.886	
66.61	8.852	
66.56	8.858	
66.51	8.820	
66.46	8.851	
66.41	8.882	
66.36	8.908	
66.31	8.961	
66.26	8.999	
66.21	9.043	
66.16	9.001	
66.11	8.950	
66.06	8.897	
66.01	8.877	
65.96	8.871	
65.91	8.875	
65.86	8.858	
65.81	8.898	
65.76	8.923	
65.71	8.947	
65.66	8.979	
65.61	9.021	
65.56	9.024	
65.51	8.995	
65.46	8.990	
65.41	8.931	
65.36	8.873	
65.31	8.861	
65.26	8.885	
65.21	8.865	
65.16	8.910	
65.11	8.899	
65.06	8.901	
65.01	8.914	
64.96	8.934	
64.91	8.960	
64.86	8.947	
64.81	8.924	
64.76	8.926	
64.71	8.877	
64.66	8.809	
64.61	8.828	
64.56	8.848	
64.51	8.869	
64.46	8.906	
64.41	8.919	
64.36	8.877	
64.31	8.943	
64.26	8.958	
64.21	8.962	
64.16	8.909	
64.11	8.899	
64.06	8.904	
64.01	8.863	
63.96	8.842	
63.91	8.848	
63.86	8.849	
63.81	8.875	
63.76	8.916	
63.71	8.911	
63.66	8.938	
63.61	8.960	
63.56	9.002	
63.51	9.005	
63.46	8.972	
63.41	8.950	
63.36	8.890	
63.31	8.837	
63.26	8.868	
63.21	8.910	
63.16	8.941	
63.11	8.986	
63.06	8.995	
63.01	8.998	
62.96	8.991	
62.91	8.971	
62.86	8.939	
62.81	8.925	
62.76	8.892	
62.71	8.865	
62.66	8.854	
62.61	8.861	
62.56	8.903	
62.51	8.938	
62.46	9.055	
62.41	9.052	
62.36	8.997	
62.31	8.957	
62.26	8.884	
62.21	8.846	
62.16	8.850	
62.11	8.873	
62.06	8.898	
62.01	8.945	
61.96	8.996	
61.91	8.991	
61.86	9.010	
61.81	9.000	
61.76	8.929	
61.71	8.907	
61.66	8.866	
61.61	8.850	
61.56	8.867	
61.51	8.870	
61.46	8.878	
61.41	8.928	
61.36	8.957	
61.31	9.001	
61.26	9.012	
61.21	9.003	
61.16	8.955	
61.11	8.893	
61.06	8.879	
61.01	8.857	
60.96	8.860	
60.91	8.912	
60.86	8.887	
60.81	8.916	
60.76	8.973	
60.71	9.011	
60.66	9.042	
60.61	9.002	
60.56	8.901	
60.51	8.858	
60.45	8.869	
60.39	8.843	
60.33	8.848	
60.27	8.858	
60.21	8.875	
60.15	8.890	
60.09	NaN	
60.03	8.980	
59.97	8.980	
59.92	8.987	
59.87	8.972	
59.82	8.930	
59.77	8.962	
59.72	8.911	
59.67	8.842	
59.62	8.815	
59.57	8.808	
59.52	8.826	
59.47	8.857	
59.42	8.891	
59.37	8.933	
59.32	8.929	
59.27	8.980	
59.22	8.996	
59.17	9.026	
59.12	9.005	
59.07	8.961	
59.02	8.916	
58.97	8.907	
58.92	8.925	
58.87	8.890	
58.82	8.894	
58.77	8.894	
58.72	8.922	
58.67	8.920	
58.62	8.925	
58.57	8.920	
58.52	8.916	
58.47	8.937	
58.42	8.920	
58.37	8.947	
58.32	8.966	
58.27	8.938	
58.22	8.923	
58.17	8.918	
58.12	8.880	
58.07	8.876	
58.02	8.884	
57.97	8.855	
57.92	8.857	
57.87	8.885	
57.82	8.926	
57.77	8.937	
57.72	8.965	
57.67	8.990	
57.62	9.017	
57.57	9.006	
57.52	8.976	
57.47	8.939	
57.42	8.904	
57.37	8.900	
57.32	8.882	
57.27	8.902	
57.22	8.878	
57.17	8.901	
57.12	8.896	
57.07	8.897	
57.02	8.914	
56.97	8.941	
56.92	8.944	
56.87	9.003	
56.82	9.012	
56.77	8.999	
56.72	8.977	
56.67	8.994	
56.62	8.974	
56.57	8.986	
56.52	8.970	
56.47	8.909	
56.42	8.874	
56.37	8.874	
56.32	8.877	
56.27	8.900	
56.22	8.917	
56.17	8.947	
56.12	8.974	
56.07	8.987	
56.02	9.048	
55.97	9.065	
55.92	9.033	
55.87	8.940	
55.82	8.922	
55.77	8.885	
55.72	8.881	
55.67	8.880	
55.62	8.885	
55.57	8.870	
55.52	8.904	
55.47	8.967	
55.42	8.987	
55.37	8.996	
55.32	9.009	
55.27	8.994	
55.22	8.934	
55.17	8.906	
55.12	8.877	
55.07	8.859	
55.02	8.868	
54.97	8.873	
54.92	8.893	
54.87	8.939	
54.82	8.984	
54.77	9.044	
54.72	9.033	
54.67	8.957	
54.62	8.896	
54.57	8.882	
54.52	8.924	
54.47	8.883	
54.42	8.881	
54.37	8.865	
54.32	8.919	
54.27	8.916	
54.22	8.961	
54.17	8.976	
54.12	8.992	
54.07	8.988	
54.02	8.965	
53.97	8.903	
53.92	8.879	
53.87	8.864	
53.82	8.876	
53.77	8.883	
53.72	8.931	
53.67	8.954	
53.62	8.975	
53.57	9.002	
53.52	9.021	
53.47	8.976	
53.42	8.951	
53.37	8.906	
53.32	8.867	
53.27	8.882	
53.22	8.894	
53.17	8.917	
53.12	8.965	
53.07	8.991	
53.02	9.024	
52.97	9.016	
52.92	9.002	
52.87	8.968	
52.82	8.953	
52.77	8.919	
52.72	8.840	
52.67	8.884	
52.62	8.917	
52.57	8.925	
52.52	8.981	
52.47	9.011	
52.42	9.023	
52.37	8.972	
52.32	8.940	
52.27	8.919	
52.22	8.912	
52.17	8.909	
52.12	8.875	
52.07	8.863	
52.02	8.909	
51.97	8.963	
51.92	8.967	
51.87	8.978	
51.82	8.988	
51.77	8.925	
51.72	8.918	
51.67	8.943	
51.62	8.922	
51.57	8.861	
51.52	8.870	
51.47	8.936	
51.42	8.930	
51.37	8.967	
51.32	8.976	
51.27	8.964	
51.22	8.961	
51.17	8.904	
51.12	8.879	
51.07	8.831	
51.02	8.815	
50.97	8.842	
50.92	8.904	
50.87	8.931	
50.82	8.947	
50.77	8.986	
50.72	9.007	
50.67	8.978	
50.62	8.953	
50.57	8.925	
50.52	8.898	
50.47	8.905	
50.42	8.894	
50.37	8.881	
50.32	8.907	
50.27	8.923	
50.22	8.954	
50.17	8.986	
50.12	8.972	
50.07	8.952	
50.02	8.950	
49.97	8.934	
49.92	8.921	
49.87	8.906	
49.82	8.941	
49.77	8.956	
49.72	8.979	
49.67	8.997	
49.62	8.999	
49.57	9.016	
49.52	8.997	
49.47	8.947	
49.42	8.924	
49.37	8.919	
49.32	8.948	
49.27	8.882	
49.22	8.967	
49.17	9.010	
49.12	9.026	
49.07	9.034	
49.02	9.048	
48.97	9.068	
48.92	9.052	
48.87	9.038	
48.82	8.992	
48.77	8.985	
48.72	8.946	
48.67	8.897	
48.62	8.889	
48.57	8.860	
48.52	8.867	
48.47	8.880	
48.42	8.897	
48.37	8.936	
48.32	8.970	
48.27	8.950	
48.22	8.973	
48.17	8.969	
48.12	8.957	
48.07	8.924	
48.02	8.916	
47.97	8.910	
47.92	8.901	
47.87	NaN	
47.82	8.923	
47.77	8.907	
47.72	8.937	
47.67	8.954	
47.62	9.012	
47.57	9.014	
47.52	9.031	
47.46	9.011	
47.4	8.933	
47.34	8.899	
47.28	8.956	
47.22	9.022	
47.16	9.003	
47.1	8.951	
47.04	8.889	
46.98	8.845	
46.92	8.830	
46.86	8.798	
46.8	8.809	
46.74	8.872	
46.68	8.906	
46.62	8.948	
46.56	8.962	
46.5	8.930	
46.44	8.889	
46.38	8.867	
46.32	8.874	
46.26	8.852	
46.2	8.906	
46.14	8.951	
46.08	8.975	
46.02	8.976	
45.96	8.950	
45.9	8.918	
45.84	8.902	
45.78	8.898	
45.72	8.916	
45.66	8.959	
45.6	8.969	
45.54	8.975	
45.48	8.951	
45.42	8.929	
45.36	8.875	
45.3	8.878	
45.24	8.881	
45.18	8.914	
45.12	8.998	
45.06	9.089	
45	9.080	
44.94	8.974	
44.88	8.921	
44.82	8.849	
44.76	8.831	
44.7	8.882	
44.64	8.913	
44.58	8.937	
44.52	8.967	
44.46	8.986	
44.4	8.967	
44.34	8.910	
44.28	8.881	
44.22	8.872	
44.16	8.894	
44.1	8.876	
44.04	8.868	
43.98	8.902	
43.92	8.965	
43.86	9.025	
43.8	8.965	
43.74	8.943	
43.68	8.912	
43.62	8.894	
43.56	8.863	
43.5	8.889	
43.44	8.956	
43.38	8.967	
43.32	9.007	
43.26	8.984	
43.2	8.921	
43.14	8.898	
43.08	8.857	
43.02	8.909	
42.96	8.912	
42.9	8.952	
42.84	9.026	
42.78	9.061	
42.72	9.019	
42.66	8.969	
42.6	8.927	
42.54	8.904	
42.48	8.874	
42.42	8.872	
42.36	8.917	
42.3	8.967	
42.24	9.004	
42.18	9.038	
42.12	8.978	
42.06	8.925	
42	8.916	
41.94	8.910	
41.88	8.883	
41.82	8.855	
41.76	8.875	
41.7	8.942	
41.64	8.965	
41.58	9.036	
41.52	9.032	
41.46	9.017	
41.4	8.936	
41.34	8.886	
41.28	8.862	
41.22	8.883	
41.16	8.901	
41.1	8.919	
41.04	8.901	
40.98	8.956	
40.92	9.000	
40.86	9.022	
40.8	9.003	
40.74	8.941	
40.68	8.864	
40.62	8.860	
40.56	8.876	
40.5	8.877	
40.44	8.901	
40.38	8.935	
40.32	8.942	
40.26	8.995	
40.2	9.040	
40.14	9.018	
40.08	8.959	
40.02	8.908	
39.96	8.879	
39.9	8.816	
39.84	8.859	
39.78	8.863	
39.72	8.895	
39.66	8.925	
39.6	8.971	
39.54	9.028	
39.48	9.051	
39.42	8.965	
39.36	8.894	
39.3	8.870	
39.24	8.837	
39.18	8.827	
39.12	8.820	
39.06	8.857	
39	8.901	
38.94	8.975	
38.88	8.985	
38.82	8.939	
38.76	8.962	
38.7	8.896	
38.64	8.865	
38.58	8.867	
38.52	8.859	
38.46	8.859	
38.4	8.873	
38.34	8.874	
38.28	8.930	
38.22	8.974	
38.16	9.013	
38.1	9.017	
38.04	8.981	
37.98	8.967	
37.92	8.955	
37.86	8.889	
37.8	8.840	
37.74	8.848	
37.68	8.868	
37.62	8.950	
37.56	8.979	
37.5	9.022	
37.44	9.041	
37.38	9.007	
37.32	8.983	
37.26	8.917	
37.2	8.872	
37.14	8.835	
37.08	8.851	
37.02	8.859	
36.96	8.907	
36.9	8.929	
36.84	8.949	
36.78	8.977	
36.72	9.015	
36.66	9.017	
36.6	8.950	
36.54	8.901	
36.48	8.879	
36.42	8.879	
36.36	8.898	
36.3	8.961	
36.24	8.989	
36.18	9.029	
36.12	9.028	
36.06	9.018	
36	8.965	
35.94	8.933	
35.88	8.885	
35.82	8.848	
35.76	8.844	
35.7	8.879	
35.64	8.915	
35.58	8.988	
35.52	9.007	
35.46	9.013	
35.4	8.971	
35.34	8.915	
35.28	8.887	
35.22	8.871	
35.16	8.852	
35.1	8.827	
35.04	8.833	
34.98	8.962	
34.92	8.981	
34.86	9.009	
34.8	9.026	
34.74	9.001	
34.68	8.996	
34.62	9.007	
34.56	8.945	
34.5	8.930	
34.44	8.899	
34.38	8.913	
34.32	8.947	
34.26	9.041	
34.2	9.045	
34.14	9.054	
34.08	9.024	
34.02	9.047	
33.96	9.020	
33.9	8.931	
33.84	8.897	
33.78	8.922	
33.72	8.858	
33.66	8.908	
33.6	8.974	
33.54	9.005	
33.48	9.018	
33.42	9.044	
33.36	8.986	
33.3	8.891	
33.24	8.870	
33.18	8.866	
33.12	8.856	
33.06	8.921	
33	8.955	
32.94	8.962	
32.88	8.994	
32.82	8.998	
32.76	8.947	
32.7	8.907	
32.64	8.899	
32.58	8.905	
32.52	8.904	
32.46	8.888	
32.4	8.908	
32.34	8.990	
32.28	8.953	
32.22	8.952	
32.16	8.934	
32.1	8.886	
32.04	8.915	
31.98	8.860	
31.92	8.848	
31.86	8.895	
31.8	8.872	
31.74	8.883	
31.68	8.910	
31.62	8.949	
31.56	8.979	
31.5	8.991	
31.44	8.970	
31.38	8.931	
31.32	8.901	
31.26	8.917	
31.2	8.890	
31.14	8.910	
31.08	8.942	
31.02	8.944	
30.96	8.937	
30.9	8.984	
30.84	8.972	
30.78	8.939	
30.72	8.941	
30.66	8.947	
30.6	8.886	
30.54	8.876	
30.48	8.966	
30.42	9.057	
30.36	9.085	
30.3	9.022	
30.24	8.971	
30.18	8.881	
30.12	8.933	
30.06	8.938	
30	8.959	
29.94	8.992	
29.88	9.000	
29.82	8.978	
29.76	8.926	
29.7	8.884	
29.64	8.853	
29.58	8.879	
29.52	8.900	
29.46	8.948	
29.4	NaN	
29.34	8.991	
29.28	8.932	
29.22	8.888	
29.16	8.869	
29.1	8.851	
29.04	8.831	
28.98	8.858	
28.92	8.888	
28.86	8.971	
28.8	9.007	
28.74	9.014	
28.68	9.029	
28.62	8.928	
28.56	NaN	
28.5	8.884	
28.44	8.859	
28.38	8.925	
28.32	8.954	
28.26	8.947	
28.2	8.963	
28.14	NaN	
28.08	9.036	
28.02	9.047	
27.96	9.086	
27.9	9.012	
27.84	8.972	
27.78	8.937	
27.72	8.891	
27.66	8.900	
27.6	8.936	
27.54	8.980	
27.48	9.042	
27.42	9.037	
27.36	9.045	
27.3	9.031	
27.24	9.008	
27.18	9.021	
27.12	8.991	
27.06	8.906	
27	8.926	
26.94	8.897	
26.88	8.879	
26.82	8.930	
26.76	8.934	
26.7	8.957	
26.64	8.984	
26.58	8.998	
26.52	8.974	
26.46	8.947	
26.4	8.929	
26.34	8.894	
26.28	8.901	
26.22	8.841	
26.16	8.838	
26.1	8.889	
26.04	8.914	
25.98	8.941	
25.92	8.959	
25.86	8.927	
25.8	8.979	
25.74	8.942	
25.68	8.916	
25.62	8.904	
25.56	8.881	
25.5	8.862	
25.44	NaN	
25.38	8.905	
25.32	8.937	
25.26	8.954	
25.2	8.999	
25.14	9.070	
25.08	9.076	
25.02	9.006	
24.96	8.956	
24.9	8.900	
24.84	8.879	
24.78	8.891	
24.72	8.892	
24.66	8.919	
24.6	8.947	
24.54	9.018	
24.48	9.023	
24.42	9.058	
24.36	9.039	
24.3	8.981	
24.24	8.872	
24.18	8.855	
24.12	8.871	
24.06	8.904	
24	8.871	
23.94	8.921	
23.88	8.977	
23.82	9.059	
23.76	8.997	
23.7	8.966	
23.64	8.952	
23.58	8.951	
23.52	8.916	
23.46	8.839	
23.4	8.872	
23.34	8.960	
23.28	8.968	
23.22	9.027	
23.16	8.995	
23.1	8.958	
23.04	8.942	
22.98	8.905	
22.92	8.909	
22.86	8.928	
22.8	8.905	
22.74	8.983	
22.68	8.973	
22.62	8.975	
22.56	9.058	
22.5	9.114	
22.44	9.049	
22.38	8.951	
22.32	8.915	
22.26	8.879	
22.2	8.958	
22.14	8.963	
22.08	9.064	
22.02	9.042	
21.96	9.067	
21.9	9.074	
21.84	8.955	
21.78	8.922	
21.72	8.884	
21.66	8.975	
21.6	8.931	
21.54	8.992	
21.48	9.021	
21.42	9.041	
21.36	NaN	
21.3	9.049	
21.24	9.039	
21.18	8.963	
21.12	8.906	
21.06	8.934	
21	8.963	
20.94	9.007	
20.88	9.028	
20.82	9.045	
20.76	9.030	
20.7	9.001	
20.64	8.969	
20.58	8.922	
20.52	8.897	
20.46	8.885	
20.4	8.892	
20.34	8.924	
20.28	8.954	
20.22	8.985	
20.16	9.045	
20.1	9.021	
20.04	9.023	
19.98	9.034	
19.92	8.955	
19.86	NaN	
19.8	8.901	
19.74	8.928	
19.68	8.966	
19.62	9.030	
19.56	9.064	
19.5	NaN	
19.44	9.065	
19.38	8.958	
19.32	8.924	
19.26	NaN	
19.2	8.882	
19.14	8.948	
19.08	9.001	
19.02	8.996	
18.96	9.009	
18.9	8.992	
18.84	8.929	
18.78	8.925	
18.72	8.868	
18.66	8.892	
18.6	NaN	
18.54	8.860	
18.48	8.880	
18.42	8.897	
18.36	8.915	
18.3	8.890	
18.24	8.958	
18.18	8.959	
18.12	8.973	
18.06	8.971	
18	8.948	
17.94	8.963	
17.88	8.977	
17.82	9.010	
17.76	9.003	
17.7	8.984	
17.64	8.982	
17.58	9.012	
17.52	9.008	
17.46	8.953	
17.4	8.911	
17.34	8.905	
17.28	8.886	
17.22	8.881	
17.16	8.874	
17.1	8.868	
17.04	8.942	
16.98	8.989	
16.92	9.002	
16.86	8.998	
16.8	9.049	
16.74	NaN	
16.68	NaN	
16.62	9.070	
16.56	9.001	
16.5	8.918	
16.44	8.891	
16.38	8.891	
16.32	8.867	
16.26	8.862	
16.2	8.894	
16.14	8.935	
16.08	8.976	
16.02	8.996	
15.96	8.990	
15.9	8.978	
15.84	8.971	
15.78	8.915	
15.72	8.884	
15.66	8.872	
15.6	8.863	
15.54	8.878	
15.48	8.895	
15.42	8.913	
15.36	8.951	
15.3	9.013	
15.24	9.018	
15.18	9.029	
15.12	9.049	
15.06	9.140	
15	8.993	
14.94	8.966	
14.88	8.940	
14.82	8.896	
14.76	8.871	
14.7	8.890	
14.64	8.934	
14.58	8.951	
14.52	8.970	
14.46	9.034	
14.4	9.056	
14.34	9.020	
14.28	9.021	
14.22	8.977	
14.16	8.917	
14.1	8.931	
14.04	8.926	
13.98	8.913	
13.92	8.929	
13.86	8.984	
13.8	9.010	
13.74	8.986	
13.68	8.999	
13.62	9.052	
13.56	8.976	
13.5	8.898	
13.44	8.963	
13.38	8.977	
13.32	8.998	
13.26	9.013	
13.2	9.003	
13.14	9.011	
13.08	8.992	
13.02	8.917	
12.96	8.857	
12.9	8.907	
12.84	8.886	
12.78	8.980	
12.72	8.995	
12.66	9.055	
12.6	9.081	
12.54	9.114	
12.48	9.141	
12.42	9.026	
12.36	8.959	
12.3	8.911	
12.24	8.901	
12.18	8.923	
12.12	8.938	
12.06	8.943	
12	8.977	
11.94	8.989	
11.88	9.014	
11.82	9.066	
11.76	9.017	
11.7	9.039	
11.64	8.881	
11.58	8.895	
11.52	8.927	
11.46	8.943	
11.4	8.967	
11.34	8.999	
11.28	8.977	
11.22	8.964	
11.16	8.948	
11.1	8.918	
11.04	8.872	
10.98	8.868	
10.92	8.892	
10.86	8.918	
10.8	8.915	
10.74	8.948	
10.68	8.985	
10.62	9.023	
10.56	8.967	
10.5	NaN	
10.44	8.917	
10.38	8.838	
10.32	8.846	
10.26	8.855	
10.2	8.865	
10.14	8.883	
10.08	8.927	
10.02	8.938	
9.96	8.953	
9.9	9.014	
9.84	8.992	
9.78	8.926	
9.72	8.891	
9.66	8.863	
9.6	8.865	
9.54	8.912	
9.48	8.950	
9.42	8.990	
9.36	8.997	
9.3	8.991	
9.24	8.974	
9.18	8.947	
9.12	8.851	
9.06	9.014	
9	9.023	
8.94	9.015	
8.88	9.021	
8.82	9.079	
8.76	NaN	
8.7	9.036	
8.64	8.941	
8.58	8.919	
8.52	8.923	
8.46	8.946	
8.4	8.951	
8.34	8.975	
8.28	8.983	
8.22	8.999	
8.16	9.056	
8.1	8.996	
8.04	8.927	
7.98	8.884	
7.92	8.872	
7.86	8.863	
7.8	8.887	
7.74	8.900	
7.68	8.926	
7.62	8.991	
7.56	8.996	
7.5	9.002	
7.44	8.997	
7.38	8.946	
7.32	8.915	
7.26	8.841	
7.2	8.848	
7.14	8.858	
7.08	8.903	
7.02	8.916	
6.96	8.939	
6.9	8.952	
6.84	8.991	
6.78	9.014	
6.72	8.977	
6.66	8.947	
6.6	8.931	
6.54	8.884	
6.48	8.871	
6.42	8.910	
6.36	8.946	
6.3	8.946	
6.24	8.963	
6.18	9.031	
6.12	8.999	
6.06	8.948	
6	8.912	
5.94	8.891	
5.88	8.851	
5.82	8.909	
5.76	8.913	
5.7	8.913	
5.64	8.939	
5.58	8.994	
5.52	9.028	
5.46	8.986	
5.4	8.971	
5.34	8.931	
5.28	8.865	
5.22	8.848	
5.16	8.867	
5.1	8.896	
5.04	8.938	
4.98	9.006	
4.92	8.993	
4.86	9.008	
4.8	8.974	
4.74	8.913	
4.68	8.839	
4.62	8.821	
4.56	8.848	
4.5	8.855	
4.44	8.886	
4.38	8.922	
4.32	8.931	
4.26	8.978	
4.2	9.031	
4.14	9.000	
4.08	8.945	
4.02	8.895	
3.96	8.785	
3.9	8.813	
3.84	8.850	
3.78	8.839	
3.72	8.847	
3.66	8.895	
3.6	8.922	
3.54	8.971	
3.48	9.017	
3.42	8.977	
3.36	8.947	
3.3	8.926	
3.24	8.929	
3.18	8.858	
3.12	8.876	
3.06	8.905	
3	8.900	
2.94	8.940	
2.88	8.963	
2.82	8.989	
2.76	8.982	
2.7	9.007	
2.64	8.962	
2.58	8.918	
2.52	8.922	
2.46	8.865	
2.4	8.874	
2.34	8.919	
2.28	8.954	
2.22	8.954	
2.16	8.980	
2.1	9.001	
2.04	9.006	
1.98	8.979	
1.92	8.965	
1.86	8.943	
1.8	8.862	
1.74	8.859	
1.68	8.852	
1.62	8.859	
1.56	8.898	
1.5	8.945	
1.44	8.996	
1.38	9.023	
1.32	9.037	
1.26	9.049	
1.2	8.987	
1.14	8.961	
1.08	8.922	
1.02	8.874	
0.96	8.836	
0.9	8.846	
0.84	8.907	
0.78	8.913	
0.72	8.922	
0.66	8.990	
0.6	8.979	
0.54	8.993	
0.48	8.972	
0.42	8.945	
0.36	8.903	
0.3	8.875	
0.24	8.845	
0.18	8.846	
0.12	8.865	
0.06	8.891	
0	8.941