# Northern Great Barrier Reef 1972-2008 Porites Data and SST Reconstructions 
#-----------------------------------------------------------------------
#               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/33732
#      Description: NOAA Landing Page
# Online_Resource: https://www1.ncdc.noaa.gov/pub/data/paleo/coral/west_pacific/reed2019/reed2019nomad.txt
#      Description: NOAA location of the template
#
# Data_Type: Corals and Sclerosponges
#
# Dataset_DOI:
#
# Parameter_Keywords: carbon isotopes, oxygen isotopes, chemistry, physical properties
#---------------------------------------
# Contribution_Date
#    Date: 2021-07-06
#---------------------------------------
# File_Last_Modified_Date
#    Date: 2021-07-06
#---------------------------------------
# Title
#    Study_Name: Northern Great Barrier Reef 1972-2008 Porites Data and SST Reconstructions
#---------------------------------------
# Investigators
#      Investigators: Reed, E.V.; Cole, J.E.; Lough, J.M.; Thompson, D.; Cantin, N.E.
#---------------------------------------
# Description_Notes_and_Keywords
#        Description: Monthly resolution stable isotope (d13C, d18O), Sr/Ca, Density, and Luminescence data plus SST reconstructions from 5 corals collected in the northern Great Barrier Reef.
#---------------------------------------
# Publication
# Authors: Emma V. Reed, Julia E. Cole, Janice M. Lough, Diane Thompson, Neal E. Cantin
# Published_Date_or_Year: 2019-02-01
# Published_Title: Linking climate variability and growth in coral skeletal records from the Great Barrier Reef
# Journal_Name: Coral Reefs
# Volume: 38
# Edition: 
# Issue: 1
# Pages: 29-43
# Report_Number: 
# DOI: 10.1007/s00338-018-01755-8 
# Online_Resource: https://link.springer.com/article/10.1007/s00338-018-01755-8 
# Full_Citation: 
# Abstract: The remoteness of the northern Great Barrier Reef makes observations of environmental change and coral health sparse, but provides opportunities for paleoclimate and paleoecology proxies to contribute new insights into coral health in a changing climate. These proxies include geochemical measures (d18O, d13C, and Sr/Ca) that track sea surface temperature (SST), salinity, and physiological processes; luminescence, which records freshwater input; and annual growth parameters (density, extension, and calcification). Merging these approaches provides insight into the historical role of environmental variability in coral health. This study uses Porites spp. corals from five sites on the northern Great Barrier Reef (12-13.5S) to produce combined monthly resolved records of geochemistry, growth banding, and luminescence between 1972 and 2008. We demonstrate that SST reconstructed from Sr/Ca accurately captures Indo-Pacific Warm Pool variability, and hydrological proxies (luminescence and seawater d18O) accurately reconstruct summer rainfall and river discharge in nearshore corals. Concurrent Sr/Ca minima and density and luminescence peaks from two sites demonstrate that high-density bands are generally formed during summer at these sites, which aids the development of future coral paleoclimate and paleoecology chronologies. Regional hydrological proxies showed more consistent responses to El Nino-Southern Oscillation (ENSO) events than SST proxies, in agreement with instrumental data. Because these corals, like instrumental records, show no consistently large ENSO heat extremes, we find no consistent growth anomalies during historical ENSO events. Our results highlight the unusual nature of recent widespread and severe coral bleaching and establish groundwork for exploring the response of northern GBR corals to past climate variations. 
#---------------------------------------
# Funding_Agency
#    Funding_Agency_Name: US National Science Foundation
#    Grant: ATM-CAREER 
#---------------------------------------
# Site_Information
# Site_Name: Nomad Reef
# Location: Ocean>Pacific Ocean>Western Pacific Ocean 
# Northernmost_Latitude: -12.09
# Southernmost_Latitude: -12.09
# Easternmost_Longitude: 143.29
# Westernmost_Longitude: 143.29
# Elevation: -2 
#---------------------------------------
# Data_Collection
#   Collection_Name: Reed2019Nomad
#   First_Year: 1990
#   Last_Year: 2008
#   Time_Unit: Year CE
#   Core_Length: 0.27
#   Notes: 
#---------------------------------------
# Chronology_Information 
# Chronology: 
# Top: chronologies based on summer/winter geochemical tie points (2 per yr) before the date of core collection (age=0); Bottom: raw Sr/Ca data, prior to age modeling; collection date=Dec 2008	
# Depth	Age
# 5	0
# 15	0.5
# 20	1
# 27	1.5
# 35	2
# 46	2.5
# 54	3
# 62	3.5
# 70	4
# 77	4.5
# 86	5
# 96	5.5
# 102	6
# 110	6.5
# 116	7
# 123	7.5
# 130	8
# 137	8.5
# 144	9
# 153	9.5
# 158	10
# 164	10.5
# 171	11
# 178	11.5
# 186	12
# 195	12.5
# 200	13
# 208	13.5
# 215	14
# 221	14.5
# 229	15
# 235	15.5
# 243	16
# 251	16.5
# 258	17
# 263	17.5
# 271	18
# Depth	Sr/Ca
# 1	0.008985783
# 2	0.009033335
# 3	0.00910368
# 4	0.009183385
# 5	0.009199332
# 6	0.009167434
# 7	0.009144392
# 8	0.009152546
# 9	0.00904765
# 10	0.009019645
# 11	0.008932328
# 12	0.00895883
# 13	0.008960702
# 14	0.008943278
# 15	0.008906957
# 16	0.00895375
# 17	0.008985053
# 18	0.009036892
# 19	0.009089511
# 20	0.009178081
# 21	0.009167334
# 22	0.009129308
# 23	0.009171141
# 24	0.009062893
# 25	0.009041497
# 26	0.008967605
# 27	0.008943442
# 28	0.008949557
# 29	0.00896056
# 30	0.008967728
# 31	0.008991697
# 32	0.009024444
# 33	0.009091264
# 34	0.009195885
# 35	0.009226588
# 36	0.009220615
# 37	0.009200359
# 38	0.009156262
# 39	0.009100073
# 40	0.009036811
# 41	0.008990146
# 42	0.008934017
# 43	0.008964139
# 44	0.008937664
# 45	0.008934291
# 46	0.008932971
# 47	0.008948751
# 48	0.008988296
# 49	0.009077317
# 50	0.009105467
# 51	0.009156186
# 52	0.009190837
# 53	0.009195392
# 54	0.009208046
# 55	0.009129398
# 56	0.009094728
# 57	0.009130161
# 58	0.00901379
# 59	0.008980462
# 60	0.008983162
# 61	0.008977333
# 62	0.008942633
# 63	0.008957678
# 64	0.009009095
# 65	0.009017356
# 66	0.009055146
# 67	0.00913513
# 68	0.009181629
# 69	0.009224646
# 70	0.009235861
# 71	0.009204068
# 72	0.009158503
# 73	0.009122932
# 74	0.009026042
# 75	0.008997579
# 76	0.008978485
# 77	0.008944924
# 78	0.008981454
# 79	0.008977615
# 80	0.00901447
# 81	0.009020177
# 82	0.009094234
# 83	0.009117583
# 84	0.009201846
# 85	0.009190187
# 86	0.009230416
# 87	0.009187546
# 88	0.009140955
# 89	0.009106463
# 90	0.009041097
# 91	0.009027559
# 92	0.009029151
# 93	0.008999546
# 94	0.008999558
# 95	0.009000952
# 96	0.008996123
# 98	0.009072323
# 99	0.009132069
# 100	0.009186559
# 101	0.009189992
# 102	0.00925699
# 103	0.009197213
# 104	0.009111508
# 105	0.009091916
# 106	0.009042839
# 107	0.009012329
# 108	0.009001691
# 109	0.008969546
# 110	0.008956966
# 111	0.008984843
# 112	0.009011644
# 113	0.009073281
# 114	0.009136837
# 115	0.009174629
# 116	0.009202584
# 117	0.009181437
# 118	0.009138945
# 119	0.009053119
# 120	0.0090169
# 121	0.009010494
# 122	0.00897737
# 123	0.008975809
# 124	0.008987764
# 125	0.008991906
# 126	0.009023409
# 127	0.009077325
# 128	0.009139952
# 129	0.009180063
# 130	0.00919038
# 131	0.009143127
# 132	0.009069
# 133	0.009014304
# 134	0.009007642
# 135	0.008984915
# 136	0.008968876
# 137	0.008941956
# 138	0.008987927
# 139	0.009023565
# 140	0.009057483
# 141	0.009069706
# 142	0.0091352
# 143	0.009176618
# 144	0.009212342
# 145	0.009187293
# 146	0.009153609
# 147	0.009139892
# 148	0.009045842
# 149	0.009022166
# 150	0.009010424
# 151	0.009006343
# 152	0.008964866
# 153	0.008939711
# 154	0.009013242
# 155	0.009025293
# 156	0.009054016
# 157	0.009084676
# 158	0.009156165
# 159	0.009138545
# 160	0.00908224
# 161	0.009027715
# 162	0.008990651
# 163	0.008977317
# 164	0.008969522
# 165	0.009000412
# 166	0.008993345
# 167	0.009023062
# 168	0.009109778
# 169	0.009146582
# 171	0.009239884
# 172	0.00922129
# 173	0.009202999
# 174	0.009146457
# 175	0.00911756
# 176	0.009061116
# 177	0.009032285
# 178	0.008959681
# 179	0.009009538
# 180	0.008979188
# 181	0.009003224
# 182	0.00903571
# 183	0.009081088
# 184	0.00915588
# 185	0.009197936
# 186	0.009211728
# 187	0.009180733
# 188	0.009104265
# 189	0.009077278
# 190	0.009022501
# 191	0.009038346
# 192	0.0090345
# 193	0.009075958
# 194	0.009024847
# 195	0.009009741
# 196	0.009031858
# 197	0.009109654
# 198	0.009171387
# 199	0.009225264
# 200	0.009266182
# 201	0.009247758
# 202	0.009174181
# 203	0.009157082
# 204	0.009096724
# 205	0.009060263
# 206	0.009033064
# 207	0.009018263
# 208	0.008998394
# 209	0.009039829
# 210	0.00905797
# 211	0.009099453
# 212	0.009157006
# 213	0.009209451
# 214	0.009262981
# 215	0.009287224
# 216	0.009246236
# 217	0.009129036
# 218	0.009110204
# 219	0.009064302
# 220	0.00899954
# 221	0.008973813
# 222	0.008996149
# 223	0.009062725
# 224	0.00909156
# 225	0.009126393
# 226	0.009193479
# 227	0.009262288
# 228	0.009267636
# 229	0.009270153
# 230	0.009268715
# 231	0.009217656
# 232	0.009162688
# 233	0.009097686
# 234	0.009071556
# 235	0.009020841
# 236	0.009031214
# 237	0.009032466
# 238	0.009030169
# 239	0.009084911
# 240	0.009129906
# 241	0.009149915
# 242	0.009208569
# 243	0.009218988
# 244	0.009214493
# 245	0.009168382
# 246	0.009117352
# 247	0.009064235
# 248	0.008998998
# 249	0.00899918
# 250	0.008980498
# 251	0.008964452
# 252	0.009005723
# 253	0.009063945
# 254	0.009099764
# 255	0.009190502
# 256	0.009208264
# 257	0.00918752
# 258	0.009248131
# 259	0.009181944
# 260	0.009161765
# 261	0.009118476
# 262	0.009050787
# 263	0.008998692
# 264	0.009008962
# 265	0.009006366
# 266	0.009026775
# 267	0.009076021
# 268	0.009114657
# 269	0.009144662
# 270	0.009155543
# 271	0.009162986
# 272	0.009124177
# 273	0.009135268
# 274	0.00914819
# 
#---------------------------------------
# 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_mm	depth,,,millimeter,,Corals and Sclerosponges;Climate Reconstructions,,,N,linearly interpolated between summer/winter tie points
## age_AD	age,,,year Common Era,,Corals and Sclerosponges;Climate Reconstructions,,,N,
## Sr/Ca	strontium/calcium,Porites sp.,,millimole per mole,,Corals and Sclerosponges,,inductively-coupled plasma atomic emission spectroscopy,N,analytical precision of ± 0.023 mmol/mol
## density	density,Porites sp.,,gram per cubic centimeter,,Corals and Sclerosponges,,gamma ray densitometry,N,
## lum	luminescence,Porites sp.,,dimensionless,,Corals and Sclerosponges,,luminescence spectroscopy,N,
## SSTr	sea surface temperature,strontium/calcium,,degree Celsius,,Corals and Sclerosponges;Climate Reconstructions,,regression analysis,N,Calibrated using weighted least squares with ERSSTv3b
#
#------------------------
# Data:
# Data lines follow (have no #)
# Data line format - tab-delimited text, variable short name as header
# Missing_Values: nan
# 
depth_mm	age_AD	Sr/Ca	density	lum	SSTr
267	1990.88	9.07602	1.49285	0.655792	27.4373
265.667	1990.96	9.01997	1.54492	0.617844	28.4205
264.333	1991.04	9.0081	1.5484	0.574543	28.6288
263	1991.12	8.99869	1.54317	0.554809	28.7938
262.167	1991.21	9.0421	1.52562	0.523273	28.0323
261.333	1991.29	9.09591	1.51187	0.495831	27.0884
260.5	1991.38	9.14012	1.48526	0.493522	26.313
259.667	1991.46	9.16849	1.49033	0.511615	25.8154
258.833	1991.54	9.19297	1.50119	0.508421	25.3859
258	1991.62	9.24813	1.53577	0.530021	24.4184
256.833	1991.71	9.19098	1.55214	0.589206	25.4209
255.667	1991.79	9.20234	1.55305	0.595943	25.2216
254.5	1991.88	9.14513	1.49234	0.563592	26.2251
253.333	1991.96	9.07588	1.49245	0.558318	27.4397
252.167	1992.04	9.01543	1.48732	0.565218	28.5002
251	1992.12	8.96445	1.48236	0.606719	29.3944
249.667	1992.21	8.98673	1.49213	0.605455	29.0037
248.333	1992.29	8.99906	1.47113	0.590794	28.7873
247	1992.38	9.06423	1.46479	0.579769	27.6441
245.667	1992.46	9.13436	1.46679	0.602148	26.414
244.333	1992.54	9.19912	1.48681	0.600108	25.2781
243	1992.62	9.21899	1.47857	0.605903	24.9296
241.667	1992.71	9.18902	1.49602	0.741815	25.4553
240.333	1992.79	9.13658	1.48291	0.765323	26.3752
239	1992.88	9.08491	1.4639	0.605097	27.2814
237.667	1992.96	9.03093	1.4285	0.575404	28.2282
236.333	1993.04	9.03163	1.44001	0.606115	28.216
235	1993.12	9.02084	1.40646	0.602551	28.4053
234	1993.21	9.07156	1.37353	0.617854	27.5157
233	1993.29	9.09769	1.34831	0.635872	27.0573
232	1993.38	9.16269	1.35479	0.617642	25.9172
231	1993.46	9.21766	1.38046	0.607497	24.953
230	1993.54	9.26872	1.39944	0.602494	24.0574
229	1993.62	9.27015	1.4283	0.588925	24.0321
227.667	1993.71	9.26585	1.45419	0.571264	24.1076
226.333	1993.79	9.21642	1.43169	0.559442	24.9747
225	1993.88	9.12639	1.42937	0.550311	26.5538
223.667	1993.96	9.08195	1.4825	0.57799	27.3334
222.333	1994.04	9.01834	1.49329	0.628311	28.4491
221	1994.12	8.97381	1.45022	0.557821	29.2302
220	1994.21	8.99954	1.41088	0.533567	28.7789
219	1994.29	9.0643	1.36956	0.559034	27.6429
218	1994.38	9.1102	1.33516	0.569931	26.8378
217	1994.46	9.12904	1.34039	0.555598	26.5074
216	1994.54	9.24624	1.34146	0.53676	24.4517
215	1994.62	9.28722	1.36774	0.505002	23.7327
213.833	1994.71	9.25406	1.40315	0.532793	24.3144
212.667	1994.79	9.19197	1.3868	0.601181	25.4035
211.5	1994.88	9.12823	1.37028	0.631782	26.5216
210.333	1994.96	9.0718	1.35657	0.579703	27.5114
209.167	1995.04	9.04285	1.36521	0.530967	28.0191
208	1995.12	8.99839	1.3986	0.534732	28.799
206.667	1995.21	9.0232	1.44042	0.562909	28.3639
205.333	1995.29	9.0512	1.45223	0.570256	27.8728
204	1995.38	9.09672	1.43667	0.570186	27.0742
202.667	1995.46	9.16278	1.44447	0.578409	25.9155
201.333	1995.54	9.22323	1.43601	0.569633	24.8552
200	1995.62	9.26618	1.42076	0.586075	24.1018
199.167	1995.71	9.23208	1.41274	0.633238	24.6999
198.333	1995.79	9.18935	1.40141	0.667344	25.4496
197.5	1995.88	9.14052	1.40327	0.657234	26.306
196.667	1995.96	9.08372	1.39265	0.61102	27.3023
195.833	1996.04	9.02817	1.37752	0.571703	28.2767
195	1996.12	9.00974	1.40137	0.550212	28.6
193.5	1996.21	9.0504	1.37063	0.556048	27.8867
192	1996.29	9.0345	1.34628	0.547079	28.1657
190.5	1996.38	9.03042	1.36738	0.56312	28.2372
189	1996.46	9.07728	1.36454	0.549729	27.4153
187.5	1996.54	9.1425	1.36418	0.547777	26.2713
186	1996.62	9.21173	1.32307	0.570899	25.057
184.667	1996.71	9.18392	1.3543	0.643474	25.5448
183.333	1996.79	9.10602	1.43533	0.665686	26.9112
182	1996.88	9.03571	1.46064	0.542531	28.1444
180.667	1996.96	8.99521	1.42	0.531742	28.8548
179.333	1997.04	8.99942	1.42231	0.52301	28.781
178	1997.12	8.95968	1.46793	0.504915	29.478
176.833	1997.21	9.03709	1.48179	0.549724	28.1202
175.667	1997.29	9.07993	1.45261	0.543194	27.3688
174.5	1997.38	9.13201	1.43364	0.526245	26.4553
173.333	1997.46	9.18415	1.39412	0.537092	25.5407
172.167	1997.54	9.21824	1.39824	0.520487	24.9427
171	1997.62	9.23988	1.43303	0.533022	24.5631
169.833	1997.71	9.18546	1.4532	0.62282	25.5177
168.667	1997.79	9.13431	1.46362	0.624775	26.4148
167.5	1997.88	9.06642	1.46338	0.511061	27.6058
166.333	1997.96	9.00325	1.46847	0.501947	28.7138
165.167	1998.04	8.99923	1.50756	0.48694	28.7842
164	1998.12	8.96952	1.52114	0.49555	29.3054
163	1998.21	8.97732	1.51536	0.518579	29.1687
162	1998.29	8.99065	1.4931	0.528346	28.9348
161	1998.38	9.02771	1.46369	0.506897	28.2847
160	1998.46	9.08224	1.42907	0.516127	27.3283
159	1998.54	9.13854	1.42112	0.551152	26.3406
158	1998.62	9.15616	1.4322	0.607791	26.0316
157.167	1998.71	9.09659	1.43984	0.625346	27.0765
156.333	1998.79	9.06424	1.43003	0.631747	27.6441
155.5	1998.88	9.03965	1.40196	0.657619	28.0753
154.667	1998.96	9.02128	1.41282	0.676512	28.3976
153.833	1999.04	9.00099	1.43976	0.61146	28.7535
153	1999.12	8.93971	1.4733	0.522132	29.8283
151.5	1999.21	8.9856	1.48591	0.488788	29.0233
150	1999.29	9.01042	1.48831	0.508026	28.588
148.5	1999.38	9.034	1.47022	0.512712	28.1744
147	1999.46	9.13989	1.42318	0.526972	26.317
145.5	1999.54	9.17045	1.38685	0.534439	25.781
144	1999.62	9.21234	1.41278	0.527644	25.0462
142.833	1999.71	9.16971	1.41128	0.572514	25.7939
141.667	1999.79	9.11337	1.39321	0.58401	26.7822
140.5	1999.88	9.06359	1.382	0.585432	27.6553
139.333	1999.96	9.03487	1.39811	0.575799	28.1592
138.167	2000.04	8.99387	1.47969	0.504551	28.8784
137	2000.12	8.94196	1.56939	0.49042	29.789
135.833	2000.21	8.97155	1.60195	0.558213	29.2699
134.667	2000.29	8.99249	1.59318	0.607128	28.9025
133.5	2000.38	9.01097	1.55437	0.533242	28.5783
132.333	2000.46	9.05077	1.49932	0.537253	27.8803
131.167	2000.54	9.13077	1.46897	0.622415	26.477
130	2000.62	9.19038	1.45572	0.600106	25.4314
128.833	2000.71	9.17338	1.44812	0.622681	25.7296
127.667	2000.79	9.11908	1.41686	0.681726	26.6821
126.5	2000.88	9.05037	1.42788	0.629941	27.8873
125.333	2000.96	9.00241	1.49481	0.557859	28.7286
124.167	2001.04	8.98845	1.53352	0.530331	28.9733
123	2001.12	8.97581	1.53229	0.515499	29.1951
121.833	2001.21	8.98289	1.49367	0.543172	29.0709
120.667	2001.29	9.01263	1.48144	0.565627	28.5493
119.5	2001.38	9.03501	1.47351	0.534	28.1567
118.333	2001.46	9.11034	1.4636	0.543795	26.8354
117.167	2001.54	9.17435	1.46857	0.523542	25.7125
116	2001.62	9.20258	1.46028	0.502642	25.2173
115	2001.71	9.17463	1.46908	0.528381	25.7077
114	2001.79	9.13684	1.47596	0.549764	26.3706
113	2001.88	9.07328	1.46585	0.528509	27.4854
112	2001.96	9.01164	1.4582	0.497137	28.5666
111	2002.04	8.98484	1.44552	0.503448	29.0367
110	2002.12	8.95697	1.43598	0.527283	29.5257
108.667	2002.21	8.98026	1.40193	0.533655	29.117
107.333	2002.29	9.00878	1.39473	0.552447	28.6168
106	2002.38	9.04284	1.39094	0.545992	28.0194
104.667	2002.46	9.09845	1.37198	0.488444	27.044
103.333	2002.54	9.16864	1.34811	0.501443	25.8127
102	2002.62	9.25699	1.34882	0.504159	24.263
101	2002.71	9.18999	1.34451	0.507934	25.4382
100	2002.79	9.18656	1.34495	0.519181	25.4984
99	2002.88	9.13207	1.35065	0.496452	26.4542
98	2002.96	9.07232	1.36015	0.485316	27.5022
97	2003.04	9.03422	1.35154	0.464146	28.1705
96	2003.12	8.99612	1.34336	0.46378	28.8388
94.333	2003.21	9.00002	1.35331	0.505842	28.7704
92.667	2003.29	9.00941	1.36827	0.500021	28.6057
91	2003.38	9.02756	1.32204	0.495805	28.2874
89.333	2003.46	9.08467	1.3153	0.488509	27.2856
87.667	2003.54	9.15649	1.30661	0.468452	26.026
86	2003.62	9.23042	1.29513	0.52465	24.7291
84.5	2003.71	9.19602	1.32739	0.582153	25.3326
83	2003.79	9.11758	1.35908	0.490658	26.7083
81.5	2003.88	9.05721	1.41353	0.472068	27.7674
80	2003.96	9.01447	1.43977	0.464928	28.517
78.5	2004.04	8.97953	1.41756	0.471615	29.1298
77	2004.12	8.94492	1.38952	0.498674	29.7369
75.833	2004.21	8.98167	1.3827	0.517814	29.0924
74.667	2004.29	9.00707	1.34422	0.49367	28.6469
73.5	2004.38	9.07449	1.3395	0.479998	27.4643
72.333	2004.46	9.14665	1.3446	0.454923	26.1985
71.167	2004.54	9.19647	1.36956	0.47351	25.3245
70	2004.62	9.23586	1.37463	0.489364	24.6336
68.667	2004.71	9.21031	1.35905	0.516356	25.0819
67.333	2004.79	9.15063	1.3572	0.545533	26.1287
66	2004.88	9.05515	1.35908	0.484375	27.8035
64.667	2004.96	9.0146	1.39614	0.477706	28.5147
63.333	2005.04	8.97482	1.40615	0.481803	29.2126
62	2005.12	8.94263	1.42307	0.478864	29.7771
60.667	2005.21	8.97928	1.42214	0.465735	29.1343
59.333	2005.29	8.98136	1.42881	0.44575	29.0977
58	2005.38	9.01379	1.44471	0.444147	28.5289
56.667	2005.46	9.11835	1.46454	0.483075	26.6949
55.333	2005.54	9.11784	1.44102	0.483967	26.7038
54	2005.62	9.20805	1.43801	0.481228	25.1215
52.667	2005.71	9.19387	1.39399	0.511323	25.3701
51.333	2005.79	9.16774	1.38058	0.53637	25.8286
50	2005.88	9.10547	1.38273	0.635437	26.9209
48.667	2005.96	9.04764	1.39117	0.740889	27.9351
47.333	2006.04	8.96193	1.39085	0.567749	29.4385
46	2006.12	8.93297	1.40692	0.485633	29.9465
44.167	2006.21	8.9371	1.42488	0.510415	29.8741
42.333	2006.29	8.94406	1.39442	0.518442	29.7521
40.5	2006.38	9.01348	1.35648	0.520447	28.5344
38.667	2006.46	9.1188	1.39328	0.489701	26.6869
36.833	2006.54	9.20373	1.43847	0.510496	25.1972
35	2006.62	9.22659	1.40648	0.586014	24.7963
33.667	2006.71	9.16101	1.39689	0.453087	25.9466
32.333	2006.79	9.04672	1.4202	0.3973	27.9514
31	2006.88	8.9917	1.43216	0.377432	28.9165
29.667	2006.96	8.96534	1.42251	0.386897	29.3788
28.333	2007.04	8.95322	1.44933	0.39305	29.5913
27	2007.12	8.94344	1.46428	0.381333	29.7629
25.833	2007.21	8.97992	1.45263	0.402835	29.123
24.667	2007.29	9.04863	1.42908	0.443537	27.9178
23.5	2007.38	9.11702	1.41034	0.433356	26.7183
22.333	2007.46	9.14325	1.39758	0.443749	26.2581
21.167	2007.54	9.161	1.39923	0.468329	25.9468
20	2007.62	9.17808	1.39698	0.526324	25.6471
19.167	2007.71	9.10427	1.40943	0.545616	26.9418
18.333	2007.79	9.05443	1.41214	0.530036	27.816
17.5	2007.88	9.01097	1.40441	0.520423	28.5784
16.667	2007.96	8.97462	1.41556	0.501274	29.216
15.833	2008.04	8.94595	1.41441	0.488185	29.7189
15	2008.12	8.90696	1.4351	0.505424	30.4029
13.333	2008.21	8.95489	1.45145	0.476809	29.562
11.667	2008.29	8.95	1.46492	0.333222	29.6479
10	2008.38	9.01965	1.46411	0.315989	28.4262
8.333	2008.46	9.11758	1.4278	0.400936	26.7084
6.667	2008.54	9.15207	1.29245	0.410998	26.1034