# Florida Straits and Blake Ridge Stable Isotope Data over the last 35,000 years
#-----------------------------------------------------------------------
#               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/28372
#      Description: NOAA Landing Page
# Online_Resource: https://www1.ncdc.noaa.gov/pub/data/paleo/contributions_by_author/lynch-stieglitz2019/lynch-stieglitz2019-26jpc-avg.txt
#      Description: NOAA location of the template
#
# Data_Type: Paleoceanography
#
# Dataset_DOI:
#
# Parameter_Keywords: oxygen isotopes, carbon isotopes
#---------------------------------------
# Contribution_Date
#    Date: 2019-11-21
#---------------------------------------
# File_Last_Modified_Date
#    Date: 2019-11-21
#---------------------------------------
# Title
#    Study_Name: Florida Straits and Blake Ridge Stable Isotope Data over the last 35,000 years
#---------------------------------------
# Investigators
#      Investigators: Lynch-Stieglitz, Jean; Schmidt, Matthew W.; Cleroux, Caroline; Valley, Shannon G.
#---------------------------------------
# Description_Notes_and_Keywords
#        Description: 
#         Provided Keywords: planktonic  foraminifera, benthic foraminifera, G. truncatulinoides, Blake Ridge, Florida Straits
#---------------------------------------
# Publication
# Authors: Lynch-Stieglitz, J., S.G. Valley, and M.W. Schmidt
# Published_Date_or_Year: 2019
# Published_Title: Temperature-dependent ocean-atmosphere equilibration of carbon isotopes in surface and intermediate waters over the deglaciation 
# Journal_Name: Earth and Planetary Science Letters
# Volume: 506
# Edition: 
# Issue: 
# Pages: 466-475
# Report_Number: 
# DOI: 10.1016/j.epsl.2018.11.024
# Online_Resource: 
# Full_Citation: 
# Abstract: High resolution and precise records of the carbon isotopic composition of atmospheric carbon dioxide from ice cores are now providing a valuable constraint on the origin of the rise in CO2 over the last deglaciation. Previous studies using isotopic measurements on the tests of planktonic foraminifera from marine sediments had shown a deglacial minimum in the carbon isotopic composition of seawater carbon in the surface and thermocline waters of the Southern Hemisphere and the tropics, a feature also seen in the atmospheric record. Here we show that this deglacial minimum also can be clearly seen in carbon isotope measurements on planktonic foraminifera from sediment cores in the North Atlantic. There are also new high-resolution and precise records of the carbon isotopic composition of intermediate and mode waters generated using benthic foraminifera which show a history of change that is strikingly similar to that in the atmosphere. Similarities in these new highly-resolved deglacial records suggest that air-sea exchange can effectively globalize the isotopic signature of a release of carbon from the deep ocean. This limits the utility of carbon isotopes for constraining the precise location and mechanism of carbon release, indicating that more direct nutrient tracers are needed. However, given that the equilibrium partitioning of carbon isotopes between the atmosphere and ocean is temperature dependent, the difference between the atmosphere and upper ocean values could potentially provide an independent estimate of sea surface temperature change.
#---------------------------------------
# Funding_Agency
#    Funding_Agency_Name: National Science Foundation
#    Grant: OCE-1459563, OCE-0648258, OCE-0096472
#---------------------------------------
# Site_Information
# Site_Name: KNR166-2-26JPC
# Location: North Atlantic Ocean
# Country: 
# Northernmost_Latitude: 24.326833
# Southernmost_Latitude: 24.326833
# Easternmost_Longitude: -83.252333
# Westernmost_Longitude: -83.252333
# Elevation: -546
#---------------------------------------
# Data_Collection
#   Collection_Name: KNR166-2-26JPC stable avg Lynch-Stieglitz2019
#   First_Year: 34769
#   Last_Year: 640
#   Time_Unit: cal yr BP
#   Core_Length: 11.2
#   Notes: Uses chronology from Valley et al 2017 (https://www.ncdc.noaa.gov/paleo/study/22314)
#---------------------------------------
# Chronology_Information 
# Chronology: 
# *Note*  This is the chronology from Valley et al 2017 (https://www.ncdc.noaa.gov/paleo/study/22314)
#  depth_top	depth_bottom	mat.dated	14C.raw	14C.raw_err	datemeth	reservoir	calib.14C  	calib.14C_1sig_lo	calib.14C_1sig_up	calib_method            	rejected 	notes	
# 0.5	1	G. sacculifer	1070	70	14C AMS	Marine13	640	560	680	Calib 7.1 	no	Calibrated ages and ranges are rounded to the nearest 10 year for samples with standard deviation in the radiocarbon age greater than 50 years, per guidance in the CALIB online program.	
# 48	48.5	G. sacculifer	2990	30	14C AMS	Marine13	2760	2725	2787	Calib 7.1 	no	NaN  	
# 112	112.5	G. sacculifer	6720	40	14C AMS	Marine13	7250	7203	7298	Calib 7.1 	no	NaN  	
# 144	144.5	G. sacculifer	8100	80	14C AMS	Marine13	8570	8440	8660	Calib 7.1 	no	NaN  	
# 216	216.5	G. sacculifer	9550	40	14C AMS	Marine13	10416	10351	10494	calib 7.1 	no	NaN  	
# 280	280.5	G. sacculifer, G. ruber	10100	45	14C AMS	Marine13	11110	11059	11172	Calib 7.1 	no	NaN  	
# 344	344.5	G. sacculifer	10000	110	14C AMS	Marine13	10970	10840	11120	Calib 7.1 	yes	Interval between 344 and 408 cm was excluded from the age model as this interval of the core includes non-sequential ages and anomalously coarse sediments resembling laterally-transported contourite deposits; see Lynch-Stieglitz, J., M. W. Schmidt, and W. B. Curry (2011), Evidence from the Florida Straits for Younger Dryas ocean circulation changes, paleoceanography, 26(1), PA1205, doi:10.1029/2010PA002032.	
# 356	356.5	G. sacculifer	11750	95	14C AMS	Marine13	13230	13140	13320	Calib 7.1 	yes	NaN  	
# 364	364.5	G. sacculifer, G. ruber	10600	70	14C AMS	Marine13	11900	11760	12050	Calib 7.1 	yes	NaN  	
# 374	374.5	G. sacculifer	10500	50	14C AMS	Marine13	11688	11479	11484	Calib 7.1 	yes	NaN  	
# 392	392.5	G. ruber	10850	65	14C AMS	Marine13	12350	12240	12510	Calib 7.1 	yes	NaN  	
# 408	408.5	G. sacculifer, G. ruber	10300	60	14C AMS	Marine13	11300	11190	11390	Calib 7.1 	yes	NaN  	
# 442	442.5	G. sacculifer, G. ruber	10700	65	14C AMS	Marine13	12100	11950	12250	Calib 7.1 	no	NaN  	
# 464	464.5	G. sacculifer, G. ruber	10800	55	14C AMS	Marine13	12280	12160	12430	Calib 7.1 	no	NaN  	
# 544	544.5	G. sacculifer, G. ruber	11000	65	14C AMS	Marine13	12550	12490	12620	Calib 7.1 	no	NaN  	
# 592	592.5	G. ruber	11400	65	14C AMS	Marine13	12860	12760	12940	Calib 7.1 	no	NaN  	
# 606	606.5	G. sacculifer	11600	35	14C AMS	Marine13	13090	13028	13158	Calib 7.1 	no	NaN  	
# 648	648.5	G. sacculifer	12350	200	14C AMS	Marine13	13830	13570	14050	Calib 7.1 	no	NaN  	
# 704	704.5	G. ruber	13500	55	14C AMS	Marine13	15710	15600	15830	Calib 7.1 	no	NaN  	
# 732	732.5	G. ruber	15000	60	14C AMS	Marine13	17780	15600	17880	Calib 7.1 	no	NaN  	
# 752	752.5	G. ruber	15550	70	14C AMS	Marine13	18410	15600	18510	Calib 7.1 	no	NaN  	
# 802	802.5	G. ruber	17750	80	14C AMS	Marine13	20920	15600	21050	Calib 7.1 	no	NaN  	
# 848	848.5	G. ruber	20300	120	14C AMS	Marine13	23940	15600	24100	Calib 7.1 	no	NaN  	
# 878	878.5	G. sacculifer, G. ruber	21300	95	14C AMS	Marine13	25230	15600	25380	Calib 7.1 	no	NaN  	
# 952	952.5	G. ruber	26300	130	14C AMS	Marine13	30140	15600	30380	Calib 7.1 	no	NaN  	
# 1014	1014.5	G. ruber	28200	180	14C AMS	Marine13	31520	15600	31680	Calib 7.1 	no	NaN  	
# 1032	1032.5	G. ruber	28200	590	14C AMS	Marine13	31830	15600	32380	Calib 7.1 	yes	NaN  	
# 1074	1074.5	G. ruber	29300	380	14C AMS	Marine13	32990	15600	33580	Calib 7.1 	no	NaN  	
# 1088	1088.5	G. sacculifer, G. ruber	31300	200	14C AMS	Marine13	34800	15600	34990	Calib 7.1 	yes	NaN  	
# 1104	1104.5	G. sacculifer, G. ruber	30600	170	14C AMS	Marine13	34220	15600	34400	Calib 7.1 	no	NaN  	
# 1104	1118.5	G. sacculifer	30900	220	14C AMS	Marine13	34460	15600	34670	Calib 7.1 	no	NaN  	
# 
#---------------------------------------
# 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,,paleoceanography,,,N,Depth in core
## d13C_P.armin	delta 13C,foraminifer,,per mil PDB,,paleoceanography,averaged,,N,Planulina arminensis; Weighted mean of analyses at this depth; weighted by number of formanifera in analysis and outliers excluded
## d18O_P.armin	delta 18O,foraminifer,,per mil PDB,,paleoceanography,averaged,,N,Planulina arminensis; Weighted mean of analyses at this depth; weighted by number of formanifera in analysis and outliers excluded
## number	number of samples,,,,,paleoceanography,,,N,Number of foraminifera contributing to mean
## age_calyrBP	age,,,calendar year before present,,paleoceanography,interpolated,,N,Linear interpolation between age model control points
#------------------------
# Data:
# Data lines follow (have no #)
# Data line format - tab-delimited text, variable short name as header
# Missing_Values: NA
depth_cm	d13C_P.armin	d18O_P.armin	number	age_calyrBP	
0.75	1.12	1.73	4	640	
4.25	1.13	1.73	3	796	
6.25	1.13	1.81	4	885	
8.25	1.18	1.65	3	975	
10.25	1.12	1.67	2	1064	
12.25	1.06	1.75	3	1153	
26.25	1.25	1.60	2	1778	
28.25	1.14	1.72	4	1867	
30.25	1.21	1.81	5	1957	
32.25	1.15	1.68	5	2046	
34.25	1.22	1.83	2	2135	
36.25	1.16	1.80	4	2224	
38.25	1.18	1.89	3	2314	
40.25	1.18	1.75	4	2403	
42.25	1.16	1.80	3	2492	
44.25	1.17	1.71	5	2581	
46.25	1.14	1.79	6	2671	
48.25	1.11	1.66	5	2760	
50.25	1.09	1.69	4	2900	
54.25	1.24	1.74	3	3181	
56.25	1.13	1.72	3	3321	
58.25	1.25	1.64	4	3462	
60.25	1.17	1.60	3	3602	
62.25	1.23	1.83	3	3742	
64.25	1.26	1.71	5	3883	
66.25	1.21	1.65	2	4023	
70.25	1.16	1.67	2	4303	
72.25	1.24	1.61	4	4444	
74.25	1.22	1.75	3	4584	
76.25	1.24	1.76	3	4724	
78.25	1.27	1.72	2	4865	
80.25	1.19	1.73	4	5005	
84.25	1.22	1.67	4	5286	
86.00	1.22	1.95	2	5408	
86.25	1.24	1.86	2	5426	
88.25	1.20	1.69	6	5566	
90.00	1.17	1.81	2	5689	
90.25	1.17	1.78	2	5707	
92.00	1.12	1.81	3	5829	
92.25	1.24	1.86	2	5847	
94.00	1.25	1.70	1	5970	
94.25	1.20	1.80	4	5987	
96.25	1.21	1.76	5	6128	
98.25	1.16	1.75	3	6268	
100.00	1.17	1.77	2	6391	
100.25	1.25	1.79	4	6408	
103.50	1.22	1.70	4	6636	
103.75	1.19	1.82	1	6654	
106.00	1.31	1.63	2	6812	
106.25	1.21	1.80	3	6829	
108.00	1.27	1.80	2	6952	
108.25	1.25	1.76	3	6969	
110.00	1.19	1.74	2	7092	
110.25	1.21	1.81	4	7110	
110.28	1.27	1.69	1	7112	
112.25	1.21	1.77	4	7250	
114.00	1.24	1.93	1	7322	
114.25	1.10	1.81	1	7333	
116.25	1.03	1.80	1	7415	
118.00	1.01	1.75	2	7487	
118.25	1.19	1.70	1	7498	
120.25	1.05	1.80	4	7580	
128.25	1.03	1.78	3	7910	
132.25	1.11	1.73	3	8075	
134.25	1.14	1.85	3	8158	
136.25	1.07	1.81	5	8240	
138.25	1.08	1.82	2	8323	
140.25	0.89	1.77	3	8405	
142.25	1.09	1.81	3	8488	
144.25	1.10	1.76	4	8570	
146.25	1.07	1.93	3	8621	
150.25	0.97	2.00	2	8724	
152.25	0.94	1.83	1	8775	
154.25	1.00	1.93	2	8826	
156.25	1.13	2.01	1	8878	
158.25	0.95	2.04	1	8929	
160.25	0.94	2.04	1	8980	
164.25	0.96	1.84	3	9083	
168.25	1.19	1.94	1	9185	
170.25	0.92	1.98	1	9237	
172.25	0.85	2.11	2	9288	
174.25	0.92	1.97	5	9339	
176.25	0.96	1.93	4	9390	
178.25	0.80	1.98	2	9442	
180.25	0.91	2.08	3	9493	
182.25	0.89	2.13	2	9544	
184.25	0.90	2.02	4	9596	
186.25	0.93	1.92	1	9647	
188.25	0.95	2.11	2	9698	
190.25	0.94	2.04	3	9749	
192.25	0.82	2.02	3	9801	
194.25	0.93	2.10	5	9852	
196.25	0.86	2.09	3	9903	
198.25	0.83	1.98	1	9955	
202.25	0.90	2.04	1	10057	
204.25	0.77	1.97	2	10108	
206.25	0.90	2.12	3	10160	
208.25	0.84	1.93	4	10211	
210.25	0.92	2.01	2	10262	
212.25	0.88	2.18	1	10313	
214.25	0.92	1.98	3	10365	
216.25	0.81	1.83	2	10416	
218.25	0.88	2.06	2	10438	
220.25	0.93	2.08	3	10459	
222.25	0.88	1.94	2	10481	
224.25	0.91	1.92	5	10503	
226.25	0.91	1.99	3	10524	
228.25	0.93	2.09	2	10546	
230.25	0.90	1.98	3	10568	
232.25	0.88	1.94	2	10590	
234.25	0.89	2.05	3	10611	
236.25	0.86	1.90	2	10633	
238.25	0.85	2.31	1	10655	
240.25	0.85	1.95	3	10676	
242.25	0.89	1.89	3	10698	
244.25	0.89	1.79	2	10720	
246.25	0.84	1.97	2	10741	
248.25	0.83	2.01	2	10763	
250.25	0.88	2.09	1	10785	
254.25	1.04	2.02	2	10828	
258.25	0.78	2.02	3	10871	
260.25	0.83	1.93	2	10893	
262.25	0.87	2.09	2	10915	
266.25	0.82	1.87	1	10958	
268.25	0.60	2.23	1	10980	
270.25	0.91	2.04	3	11002	
274.25	0.79	2.10	2	11045	
282.25	0.81	2.03	1	11122	
286.25	0.88	2.06	2	11147	
288.25	0.84	2.05	2	11159	
292.25	0.92	1.78	1	11183	
294.25	0.86	1.78	1	11196	
296.25	0.85	1.94	3	11208	
304.25	0.85	2.00	4	11257	
306.25	0.89	1.85	1	11269	
308.25	0.94	1.63	1	11281	
310.25	0.78	1.79	1	11293	
312.25	0.87	1.99	4	11306	
314.25	0.87	1.79	1	11318	
319.25	0.91	2.09	4	11348	
324.25	0.89	1.99	3	11379	
326.25	0.82	2.00	4	11391	
330.25	0.89	1.78	1	11416	
338.25	0.83	2.08	3	11464	
340.25	0.86	1.76	1	11477	
346.25	0.84	2.04	2	11513	
350.25	0.83	1.99	4	11538	
352.25	0.92	1.87	2	11550	
354.25	0.81	1.76	2	11562	
356.25	0.87	1.97	4	11574	
362.25	0.84	1.96	3	11611	
364.25	0.95	1.96	1	11623	
366.25	0.83	1.93	1	11636	
370.25	0.82	1.93	2	11660	
376.25	0.85	1.88	1	11697	
384.25	0.94	1.84	2	11746	
390.25	0.80	1.86	2	11782	
402.25	0.93	1.73	1	11856	
404.25	0.86	1.88	2	11868	
412.25	0.81	1.75	1	11917	
418.25	1.06	1.73	1	11953	
422.25	0.97	1.71	1	11978	
428.25	0.89	1.83	2	12014	
436.25	0.86	1.85	3	12063	
458.25	0.87	2.14	1	12231	
462.25	0.99	1.78	1	12264	
478.25	0.98	1.77	1	12327	
490.25	1.04	1.85	1	12368	
492.25	0.90	1.92	3	12375	
498.25	0.86	1.84	1	12395	
508.25	1.00	1.93	2	12429	
516.25	0.97	1.87	3	12456	
518.25	0.99	2.08	2	12462	
526.25	0.98	2.00	1	12489	
538.25	1.13	1.78	1	12530	
556.25	1.15	2.03	1	12628	
562.25	0.97	2.03	1	12666	
566.25	1.19	2.06	1	12692	
572.25	0.92	1.94	1	12731	
574.25	1.15	2.01	1	12744	
578.25	1.01	2.00	2	12770	
580.25	1.17	2.12	4	12783	
586.25	1.06	2.04	1	12821	
588.25	0.90	1.95	1	12834	
594.25	1.11	2.52	1	12893	
596.25	0.94	2.00	2	12926	
598.25	1.15	2.30	1	12959	
602.25	1.14	2.34	2	13024	
604.25	1.13	2.30	5	13057	
610.25	1.10	2.30	2	13160	
612.25	1.11	2.45	2	13196	
614.25	1.09	2.36	3	13231	
618.25	0.93	2.10	1	13301	
622.25	1.11	2.30	3	13372	
636.25	1.09	2.64	2	13619	
644.25	1.00	2.63	4	13760	
658.25	1.02	2.69	3	14166	
668.25	0.86	2.44	1	14501	
672.25	1.03	2.49	1	14636	
676.25	1.06	2.51	3	14770	
682.25	1.10	2.48	4	14971	
686.25	1.03	2.38	3	15106	
688.25	1.05	2.12	2	15173	
690.25	1.06	2.31	3	15240	
692.25	1.04	2.29	3	15307	
694.25	0.97	2.00	1	15374	
696.25	0.98	2.41	4	15441	
698.25	1.15	2.28	1	15509	
700.25	0.99	2.30	5	15576	
702.25	1.00	2.12	6	15643	
704.25	0.97	2.19	5	15710	
706.25	1.00	2.21	4	15858	
708.25	1.08	2.16	3	16006	
710.25	1.00	2.20	5	16154	
714.25	0.97	2.13	4	16449	
716.25	1.09	2.39	5	16597	
718.25	1.25	2.63	3	16745	
720.25	1.44	2.74	3	16893	
722.25	1.40	2.81	4	17041	
724.25	1.09	2.47	5	17189	
726.25	1.27	2.65	5	17336	
729.25	1.57	2.69	2	17558	
730.25	1.31	2.70	4	17632	
732.25	1.34	2.74	9	17780	
734.25	1.50	2.78	3	17843	
736.25	1.41	2.69	4	17906	
738.25	1.11	2.86	3	17969	
740.25	1.54	2.83	4	18032	
742.25	1.50	3.14	3	18095	
744.25	1.50	2.72	5	18158	
746.25	1.52	2.99	4	18221	
748.25	1.52	2.94	4	18284	
750.25	1.58	2.67	3	18347	
752.25	1.59	2.88	3	18410	
754.25	1.60	3.08	4	18510	
756.25	1.50	3.27	3	18611	
758.25	1.59	3.01	3	18711	
760.25	1.49	3.06	4	18812	
762.25	1.54	3.03	7	18912	
764.25	1.48	3.07	6	19012	
766.25	1.54	2.87	1	19113	
768.25	1.45	2.72	3	19213	
770.25	1.39	2.99	2	19314	
772.25	1.55	2.99	5	19414	
774.25	1.47	3.25	4	19514	
776.25	1.58	3.00	3	19615	
780.25	1.58	3.13	4	19816	
782.25	1.47	3.12	2	19916	
784.25	1.50	3.01	6	20016	
786.25	1.49	3.06	5	20117	
788.25	1.57	3.11	2	20217	
790.25	1.43	3.11	3	20318	
792.25	1.53	3.08	5	20418	
794.25	1.48	3.07	2	20518	
798.25	1.52	3.32	2	20719	
800.25	1.60	2.93	5	20820	
802.25	1.53	3.12	3	20920	
804.25	1.49	3.13	5	21051	
808.25	1.56	3.07	3	21314	
810.25	1.52	3.03	7	21445	
812.25	1.57	3.03	6	21577	
814.25	1.57	3.09	3	21708	
816.25	1.55	2.99	5	21839	
818.25	1.58	3.10	6	21970	
820.25	1.56	3.06	6	22102	
822.25	1.63	3.08	6	22233	
824.25	1.54	2.98	2	22364	
826.25	1.57	3.17	5	22496	
828.25	1.58	3.11	2	22627	
830.25	1.51	3.09	5	22758	
832.25	1.58	3.08	1	22890	
834.25	1.49	3.14	5	23021	
836.25	1.48	3.08	6	23152	
838.25	1.51	3.12	4	23283	
840.25	1.62	2.73	3	23415	
842.25	1.50	3.06	6	23546	
844.25	1.53	2.84	6	23677	
846.25	1.38	2.94	3	23809	
848.25	1.50	2.92	4	23940	
850.25	1.41	2.77	5	24026	
854.25	1.49	2.94	6	24198	
856.25	1.41	2.85	5	24284	
858.25	1.46	2.85	4	24370	
860.25	1.54	2.81	4	24456	
862.25	1.60	2.83	4	24542	
864.25	1.56	2.77	3	24628	
866.25	1.41	2.88	8	24714	
868.25	1.47	2.63	4	24800	
870.25	1.41	2.71	4	24886	
872.25	1.61	2.82	4	24972	
874.25	1.49	2.77	4	25058	
876.25	1.46	2.92	3	25144	
878.25	1.55	2.78	5	25230	
880.25	1.54	2.83	3	25363	
886.25	1.54	2.79	6	25761	
888.25	1.56	2.91	4	25894	
890.25	1.53	2.73	5	26026	
892.25	1.60	2.85	8	26159	
894.25	1.61	2.88	5	26292	
896.25	1.64	2.82	8	26424	
898.25	1.61	2.84	5	26557	
900.25	1.58	2.80	7	26690	
902.25	1.58	2.76	6	26822	
904.25	1.59	2.92	7	26955	
906.25	1.57	2.63	3	27088	
908.25	1.55	2.74	7	27221	
912.25	1.47	2.85	3	27486	
914.25	1.44	2.82	4	27619	
916.25	1.51	2.72	5	27751	
918.25	1.56	2.81	5	27884	
920.25	1.56	2.68	7	28017	
922.25	1.45	2.93	4	28149	
924.25	1.49	2.73	5	28282	
926.25	1.46	2.87	3	28415	
928.25	1.47	2.63	4	28548	
930.25	1.52	2.78	3	28680	
932.25	1.52	2.62	6	28813	
934.25	1.52	2.80	5	28946	
936.25	1.58	2.68	8	29078	
938.25	1.48	2.82	4	29211	
940.25	1.53	2.73	5	29344	
942.25	1.42	2.65	4	29476	
944.25	1.57	2.56	5	29609	
946.25	1.44	2.75	5	29742	
948.25	1.44	2.73	5	29875	
950.25	1.48	2.64	4	30007	
952.25	1.49	2.69	5	30140	
954.25	1.55	2.81	3	30185	
956.25	1.40	2.68	4	30229	
958.25	1.53	2.75	2	30274	
960.25	1.37	2.51	4	30318	
962.25	1.72	2.81	2	30363	
964.25	1.51	2.86	5	30407	
966.25	1.48	2.61	5	30452	
968.25	1.62	2.74	4	30496	
970.25	1.59	2.82	5	30541	
972.25	1.43	2.73	6	30585	
974.25	1.59	2.79	7	30630	
976.25	1.55	2.73	2	30674	
978.25	1.54	2.85	4	30719	
980.25	1.59	2.85	5	30763	
982.25	1.51	3.09	4	30808	
984.25	1.52	2.83	5	30852	
986.25	1.55	2.83	4	30897	
988.25	1.56	2.85	4	30941	
990.25	1.57	2.80	5	30986	
992.25	1.56	2.65	4	31030	
994.25	1.61	2.75	5	31075	
996.25	1.53	2.76	6	31119	
998.25	1.46	2.86	4	31164	
1000.25	1.50	2.75	5	31208	
1002.25	1.52	2.68	7	31253	
1004.25	1.52	2.61	4	31297	
1006.25	1.53	2.63	5	31342	
1008.25	1.57	2.51	4	31386	
1010.25	1.51	2.80	3	31431	
1012.25	1.47	2.66	4	31475	
1014.25	1.64	2.82	2	31520	
1016.25	1.51	2.63	6	31569	
1018.25	1.56	2.72	4	31618	
1020.25	1.53	2.72	3	31667	
1022.25	1.51	2.52	1	31716	
1024.25	1.55	2.46	3	31765	
1026.25	1.55	2.65	6	31814	
1028.25	1.48	2.80	5	31863	
1030.25	1.42	2.86	3	31912	
1032.25	1.52	2.71	4	31961	
1034.25	1.48	2.77	6	32010	
1036.25	1.54	2.77	4	32059	
1038.25	1.45	2.96	3	32108	
1040.25	1.51	2.68	4	32157	
1042.25	1.29	2.96	1	32206	
1044.25	1.43	2.89	3	32255	
1046.25	1.37	2.87	1	32304	
1050.25	1.43	2.86	4	32402	
1054.25	1.42	2.98	5	32500	
1056.25	1.47	2.51	3	32549	
1062.25	1.50	2.43	2	32696	
1064.25	1.50	2.51	6	32745	
1066.25	1.54	2.59	4	32794	
1068.25	1.50	2.47	5	32843	
1070.25	1.48	2.50	6	32892	
1072.25	1.50	2.52	3	32941	
1074.25	1.49	2.46	8	32990	
1076.25	1.46	2.48	6	33072	
1078.25	1.48	2.49	4	33154	
1080.25	1.53	2.53	4	33236	
1084.25	1.49	2.60	4	33400	
1086.25	1.47	2.78	4	33482	
1088.25	1.47	2.58	7	33564	
1090.25	1.48	2.72	5	33646	
1094.25	1.37	3.00	2	33810	
1096.25	1.47	2.52	4	33892	
1098.25	1.47	2.72	5	33974	
1100.25	1.37	2.76	3	34056	
1102.25	1.43	2.81	1	34138	
1104.25	1.28	2.92	3	34220	
1106.25	1.41	3.05	4	34289	
1112.25	1.38	2.76	3	34494	
1114.25	1.31	2.90	3	34563	
1116.25	1.37	2.83	4	34631	
1120.25	1.18	2.68	3	34769