# North Alaska Continental Margin Late Pleistocene Physical Properties Data
#----------------------------------------------------------------------- 
#                World Data Service for Paleoclimatology, Boulder 
#                                  and 
#                     NOAA Paleoclimatology Program 
#             National Centers for Environmental Information (NCEI)
#----------------------------------------------------------------------- 
# 
# 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/19500 
# Online_Resource: http://www1.ncdc.noaa.gov/pub/data/paleo/contributions_by_author/nam2015/nam2015-4b03.txt
#
# Original_Source_URL: 
# 
# Description/Documentation lines begin with #
# Data lines have no #
#
# Archive: Paleoceanography
#
# Parameter_Keywords: physical properties, sea ice, ice extent, sea surface temperature, reconstruction
#--------------------
# Contribution_Date
#	Date: 2015-11-02
#--------------------
# Title
#	Study_Name: North Alaska Continental Margin Late Pleistocene Physical Properties Data
#--------------------
# Investigators
# 	Investigators: Nam, S.-I.
#--------------------
# Description_and_Notes
#	Description: Sediment physical properties data for 7 cores collected in 2013 by RV Araon on the North Alaskan Continental Margin,
#	US EEZ waters. Parameters measured include velocity, density, impedance, magnetic susceptibility, porosity, and resistivity. 
#	Provided_keywords: North Alaskan Continental Margin, recent sedimentary history 
#--------------------
# Publication 
#	Authors: Niessen, F., Stein, R., Matthiessen, J.,  Jensen, L., Nam, S.-I., Schrek, M.
#	Published_Date_or_Year: 2015 
#	Published_Title: Pleistocene glaciations in the western Arctic Ocean: tentative age model of marine glacial landforms
#	Journal_Name: EGU Geophysical Research Abstracts
#	Volume: 17 
#	Edition: 
#	Issue: 
#	Pages: 
#	Report_Number: EGU2015-10670
#	DOI: 
#	Online_Resource: 
#	Full_Citation: 
#	Abstract: Recently glacial landforms were presented and interpreted as complex pattern of Pleistocene glaciations in the western Arctic Ocean along the continental margin of the East Siberian and Chukchi seas, (Niessen et al. 2013, Dove et al. 2014). These landforms include moraines, drumlins, glacigenic debris flows, till wedges and mega-scale glacial lineations. Orientations of some of the landforms suggest the presence of former ice sheets on the Chukchi Borderland and the East Siberian shelf. Here we present a tentative age model for some of the younger glacial events by correlation of sediment cores with glacial landforms as seen in subbottom profiles. The database was obtained during RV "Polarstern" cruise ARK-XIII/3 (2008) and RV "Araon" cruise ARA03B (2012), which investigated an area between the Chukchi Borderland and the East Siberian Sea between 165W and 170E. The stratigraphic correlation of sediment cores is based on physical properties (wet-bulk density and magnetic susceptibility), lithology and color. The chronology of the area has been proposed by Stein et al. (2010) for a core from the Chukchi Abyssal Plain (PS72/340-5) and includes brown layers B1 to B9 (marine isotope stages MIS 1 to MIS 7), which are used as marker horizons for lateral core correlation. Our tentative age model suggests that the youngest and shallowest (480 m below present water level; mbpwl) grounding event of an ice sheet on the Chukchi Borderland is younger than B2 (interpreted as Last Glacial Maximum; LGM). There is no clear evidence for a LGM glaciation along the East Siberian margin because intensive post LGM iceberg scouring occurred above 350 m present water level. On the slopes of the East Siberian Sea two northerly directed ice advances occurred, both of which are older and younger than B2 and B3, respectively. The younger advance grounded to about 700 m present water depth along the continental slope and the older to 900 m and 1100 m on the Arlis Plateau and the East Siberian continental margin, respectively. We interpret these advances as Middle Weichselian glaciations on the Beringian shelf (MIS 4 to 3). Two older glaciations can be dated as Early Weichselian (MIS 5b to 5d), of which the younger event is older and younger than B3 and B4, respectively. This glaciation can be traced by glacial wedges, streamlined lineations in up to 1200 mbpsl and subglacial diamicton along the East Siberian margin, the Arlis Plateau, and the Mendeleev Ridge.
There are at least three older glaciation visible in acoustic images from the East Siberian continental margin, which probably predate the Weichselian. The available cores did not penetrate these events and the ages remain speculative.
#------------------
# Funding_Agency 
#	Funding_Agency_Name: Korea Polar Research Institute 
#	Grant: K-POLAR program
#------------------
# Site_Information 
#	Site_Name: ARA04B-03GC
#	Location: Ocean>Arctic Ocean
#	Country:  
#	Northernmost_Latitude: 73.367
#	Southernmost_Latitude: 73.367
#	Easternmost_Longitude: -152.4005
#	Westernmost_Longitude: -152.4005
#	Elevation:  m  
#------------------
# Data_Collection   
#	Collection_Name: Nam2015-4B03
#	Earliest_Year: 30000
#	Most_Recent_Year: 0
#	Time_Unit: Cal. Year BP
#	Core_Length: 0.17 m
#	Notes: 
#------------------
# Chronology_Information
#	Chronology: Age dating has not been conducted yet
# 	
#----------------	
# Variables 
#
# Data variables follow 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) 
#
## depth_m	depth, , , m, , , MBSF, ,N
## sectnum	section number, , , , , , , ,N
## depth_sec	depth in section, , , cm, , , , ,N
## pwave	velocity - compressional wave, , , m/s, , paleoceanography, , ,N 
## wbd	Wet Bulk Density, , , g/cm3, , paleoceanography, , ,N 
## susc_si_vs	Magnetic susceptibility Volume specific, , , SI x10-6, , paleoceanography, , ,N 
## impedance	impedance, , , , ,paleoceanography, , ,N 
## porosity	porosity, , , fraction, ,paleoceanography, , ,N 
## ncr	noncontact resistivity, , , ohm.m, ,paleoceanography, , ,N 
#
#----------------
# Data:
# Data lines follow (have no #)
# Data line format - tab-delimited text, variable short name as header
# Missing Values:  
#
depth_m	sectnum	depth_sec	pwave	wbd	susc_si_vs	impedance	porosity	ncr
Depth (mbsf)	Sect no.	Depth (cm section)	Vp (m/s)	Density (g/ccm)	Vol.spec. MS (10e-6 SI)	Impedance	Fractional Porosity	NCR (ohm.m)
0.014	1	0.4			14.7	117.3		
0.024	1	1.4			15.702	125.29		
0.034	1	2.4		1.2055	17.004	135.68		0.89491
0.044	1	3.4		1.2295	18.707	149.27		0.88054
0.054	1	4.4		1.2734	20.209	161.25		0.85425
0.064	1	5.4	1486.8	1.3096	21.011	167.65	1943	0.83257
0.074	1	6.4	1484.1	1.3277	22.213	177.25	1967	0.82174
0.084	1	7.4	1484.9	1.3264	23.015	183.65	1965.1	0.82251
0.094	1	8.4	1484.7	1.3329	23.418	186.86	1974.5	0.81862
0.104	1	9.4	1484.4	1.334	24.12	192.46	1976	0.81796
0.114	1	10.4	1483.7	1.3227	23.822	190.08	1959	0.82473
0.124	1	11.4	1482.7	1.3168	24.024	191.7	1949	0.82826
0.134	1	12.4	1483.2	1.3157	24.326	194.11	1947.3	0.82892
0.144	1	13.4	1484.5	1.3316	24.629	196.52	1972	0.8194
0.154	1	14.4	1483	1.3355	24.831	198.13	1976.3	0.81707
0.164	1	15.4	1482.9	1.3443	25.133	200.54	1989.1	0.8118
0.174	1	16.4	1483.2	1.3477	25.335	202.16	1994.2	0.80976
0.184	1	17.4	1483.5	1.3528	25.537	203.77	2002.9	0.80671
0.194	1	18.4	1483.3	1.3507	25.74	205.38	1999.8	0.80796
0.204	1	19.4	1484	1.3457	25.942	207	1992.4	0.81096
0.214	1	20.4	1485.7	1.3429	26.144	208.61	1989.6	0.81263
0.224	1	21.4	1486.4	1.3379	26.346	210.23	1982.2	0.81563
0.234	1	22.4	1485.9	1.3367	26.548	211.84	1980.6	0.81635
0.244	1	23.4	1487	1.3522	26.851	214.25	2004.9	0.80707
0.254	1	24.4	1486.7	1.3624	26.953	215.07	2020	0.80096
0.264	1	25.4	1484.2	1.3616	27.155	216.68	2016.1	0.80144
0.274	1	26.4	1484.4	1.3546	27.357	218.29	2005.7	0.80563
0.284	1	27.4	1484.8	1.3509	27.459	219.11	2000.3	0.80784
0.294	1	28.4	1484.7	1.3527	27.562	219.92	2002.9	0.80677
0.304	1	29.4	1485.6	1.3505	27.764	221.54	2001.4	0.80808
0.314	1	30.4	1486.3	1.3675	27.766	221.55	2026.4	0.7979
0.324	1	31.4	1485.1	1.3524	27.768	221.57	2004	0.80695
0.334	1	32.4	1485.8	1.3734	27.87	222.39	2035.3	0.79437
0.344	1	33.4	1484.9	1.3647	27.873	222.4	2021.2	0.79958
0.354	1	34.4	1484.7	1.3576	28.075	224.02	2010.9	0.80383
0.364	1	35.4	1486.1	1.3599	28.177	224.83	2015.9	0.80246
0.374	1	36.4	1486.1	1.3524	28.279	225.65	2004.8	0.80695
0.384	1	37.4	1487	1.3824	28.381	226.46	2050.8	0.78898
0.394	1	38.4	1487.1	1.3733	28.484	227.28	2037.5	0.79443
0.404	1	39.4	1487.4	1.3833	28.686	228.89	2052.3	0.78844
0.414	1	40.4	1487.4	1.3883	28.988	231.3	2059.9	0.78545
0.424	1	41.4	1487.3	1.3821	29.19	232.92	2050.7	0.78916
0.434	1	42.4	1487.1	1.4153	29.692	236.93	2098.8	0.76928
0.444	1	43.4	1488.1	1.4231	29.995	239.34	2111.8	0.76461
0.454	1	44.4	1489	1.4012	30.297	241.75	2081.1	0.77772
0.464	1	45.4	1488.7	1.4214	30.499	243.36	2110.8	0.76563
0.474	1	46.4	1490.1	1.4169	30.601	244.18	2105.6	0.76832
0.484	1	47.4	1490.1	1.4389	30.603	244.19	2138.4	0.75515
0.494	1	48.4	1489.6	1.4123	30.705	245.01	2098.1	0.77108
0.504	1	49.4	1489.2	1.4203	30.508	243.43	2109.9	0.76629
0.514	1	50.4	1489.5	1.4333	30.31	241.85	2128.9	0.7585
0.524	1	51.4	1488.4	1.3916	30.012	239.48	2065.5	0.78347
0.534	1	52.4	1487.6	1.3918	30.014	239.49	2064.2	0.78335
0.544	1	53.4	1487.1	1.4253	30.116	240.31	2113.9	0.76329
0.554	1	54.4	1487	1.416	30.219	241.13	2099.9	0.76886
0.564	1	55.4	1487.1	1.4315	30.321	241.94	2122.7	0.75958
0.574	1	56.4	1487	1.4249	30.523	243.55	2112.7	0.76353
0.584	1	57.4	1487.3	1.4146	30.825	245.97	2097.8	0.7697
0.594	1	58.4	1488.4	1.4209	31.127	248.38	2108.8	0.76593
0.604	1	59.4	1488.9	1.4301	31.43	250.79	2123.7	0.76042
0.614	1	60.4	1489.4	1.4621	31.632	252.4	2171	0.74126
0.624	1	61.4	1491.4	1.453	31.834	254.02	2160.3	0.74671
0.634	1	62.4	1491.7	1.4744	32.036	255.63	2192.1	0.73389
0.644	1	63.4	1491.9	1.4862	32.238	257.24	2209.6	0.72683
0.654	1	64.4	1490.4	1.4355	32.541	259.65	2132.8	0.75719
0.664	1	65.4	1490.2	1.4595	32.643	260.47	2168.3	0.74281
0.674	1	66.4	1489.3	1.4444	32.345	258.09	2144.6	0.75186
0.684	1	67.4	1488.5	1.4651	32.247	257.31	2174	0.73946
0.694	1	68.4	1487.6	1.4735	32.049	255.73	2184.8	0.73443
0.704	1	69.4	1487.5	1.4667	31.952	254.95	2174.7	0.7385
0.714	1	70.4	1485.1	1.4708	31.854	254.17	2177.8	0.73605
0.724	1	71.4	1485.4	1.4768	31.556	251.8	2186.7	0.73246
0.734	1	72.4	1486	1.4832	31.6	252.15	2196.4	0.72862
0.744	1	73.4	1486.1	1.4821	31.66	252.63	2196.2	0.72928
0.754	1	74.4	1485.4	1.4779	30.863	246.26	2188.5	0.7318
0.764	1	75.4	1484.6	1.4776	30.465	243.09	2186.6	0.73198
0.774	1	76.4	1483.2	1.473	29.967	239.12	2178.1	0.73473
0.784	1	77.4	1484.4	1.484	29.569	235.94	2195.7	0.72814
0.794	1	78.4	1484.8	1.4818	29.171	232.77	2193.2	0.72946
0.804	1	79.4	1483.4	1.4807	28.774	229.59	2189.9	0.73012
0.814	1	80.4	1483.6	1.4747	28.276	225.62	2180.8	0.73371
0.824	1	81.4	1482.6	1.4975	27.878	222.45	2214.3	0.72006
0.834	1	82.4	1482.8	1.4969	27.38	218.48	2213.1	0.72042
0.844	1	83.4	1482.9	1.4861	26.882	214.5	2197.1	0.72689
0.854	1	84.4	1481.9	1.4743	26.385	210.53	2178	0.73395
0.864	1	85.4	1480.6	1.4748	25.887	206.56	2177	0.73365
0.874	1	86.4	1478.4	1.4507	25.389	202.59	2138.8	0.74808
0.884	1	87.4	1481.1	1.4687	24.991	199.41	2168.2	0.73731
0.894	1	88.4	1481.2	1.4769	24.493	195.44	2180.5	0.7324
0.904	1	89.4	1481	1.481	24.296	193.86	2186.4	0.72994
0.914	1	90.4	1482.7	1.5058	24.098	192.28	2226	0.71509
0.924	1	91.4	1484.2	1.5129	23.8	189.91	2238.4	0.71084
0.934	1	92.4	1485.3	1.5188	23.702	189.13	2248.5	0.70731
0.944	1	93.4	1485.2	1.5157	23.704	189.15	2244.1	0.70916
0.954	1	94.4	1483.7	1.5134	23.507	187.57	2239	0.71054
0.964	1	95.4	1483.4	1.5077	23.509	187.58	2229	0.71395
0.974	1	96.4	1484	1.5347	23.411	186.8	2270.5	0.69778
0.984	1	97.4	1485.7	1.5513	23.413	186.82	2298.2	0.68784
0.994	1	98.4	1486.6	1.5489	23.315	186.04	2294.8	0.68928
1.004	1	99.4	1486.4	1.5504	23.218	185.26	2297	0.68838
1.014	1	100.4	1487.5	1.5618	23.12	184.48	2315.5	0.68156
1.024	1	101.4	1487.1	1.5645	23.122	184.5	2319.5	0.67994
1.034	1	102.4	1488.3	1.5626	23.024	183.72	2318.3	0.68108
1.044	1	103.4	1488.3	1.562	22.926	182.94	2317.4	0.68144
1.054	1	104.4	1488.8	1.577	22.929	182.96	2341.2	0.67246
1.064	1	105.4	1488.2	1.5665	22.831	182.17	2323.8	0.67874
1.074	1	106.4	1486.2	1.5566	22.733	181.39	2306	0.68467
1.084	1	107.4	1485.4	1.5593	22.535	179.82	2308.4	0.68305
1.094	1	108.4	1482.9	1.557	22.337	178.24	2301.9	0.68443
1.104	1	109.4	1479.5	1.6308	22.14	176.66	2406.1	0.64024
1.114	1	110.4	1480.9	1.4941	21.942	175.08	2207.2	0.7221
1.124	1	111.4	1482	1.4623	21.944	175.1	2161.7	0.74114
1.134	1	112.4	1483	1.5342	21.146	168.73	2269.3	0.69808
1.144	1	113.4	1482.7	1.5514	22.148	176.73	2294.1	0.68778
1.154	1	114.4	1483.4	1.5366	22.251	177.54	2273.4	0.69665
1.164	1	115.4	1481.9	1.5404	22.353	178.36	2276.9	0.69437
1.174	1	116.4	1480.2	1.558	22.655	180.77	2300.3	0.68383
1.184	1	117.4	1489.4	1.5489	23.357	186.37	2301	0.68928
1.194	1	118.4	1500.6	1.627	24.159	192.78	2435	0.64252
1.204	1	119.4	1496.5	1.5767	24.962	199.18	2353.3	0.67263
1.214	1	120.4	1491.5	1.6052	25.664	204.78	2387.6	0.65557
1.224	1	121.4	1497.7	1.5898	26.266	209.59	2374.7	0.66479
1.234	1	122.4	1512.3	1.6548	26.868	214.39	2495.7	0.62587
1.244	1	123.4	1511.9	1.6702	27.27	217.6	2518.9	0.61665
1.254	1	124.4	1513.7	1.6909	27.373	218.42	2552.2	0.60425
1.264	1	125.4	1517	1.6949	27.075	216.04	2563.8	0.60186
1.274	1	126.4	1515.6	1.6869	26.477	211.27	2550.4	0.60665
1.284	1	127.4	1510.6	1.6565	25.779	205.7	2496	0.62485
1.294	1	128.4	1501.4	1.6194	25.381	202.53	2425.2	0.64707
1.304	1	129.4	1496.4	1.5565	24.984	199.35	2323.7	0.68473
1.314	1	130.4	1501.8	1.6313	24.286	193.78	2443.9	0.63994
1.324	1	131.4	1505.5	1.6553	23.388	186.62	2485.5	0.62557
1.334	1	132.4	1505.6	1.6541	22.79	181.85	2485.6	0.62629
1.344	1	133.4	1501.4	1.6192	21.992	175.48	2425	0.64719
1.354	1	134.4	1499.8	1.6346	21.695	173.11	2446.6	0.63796
1.364	1	135.4	1500.7	1.6252	21.597	172.33	2432.8	0.64359
1.374	1	136.4	1498.9	1.6237	21.799	173.94	2429.1	0.64449
1.384	1	137.4	1500.3	1.6396	22.101	176.35	2454.8	0.63497
1.394	1	138.4	1500.7	1.6428	22.803	181.96	2459.8	0.63305
1.404	1	139.4	1498.8	1.6494	23.506	187.56	2466.8	0.6291
1.414	1	140.4	1493.3	1.6524	24.408	194.76	2461.6	0.62731
1.424	1	141.4	1495.9	1.6469	25.01	199.56	2458.6	0.6306
1.434	1	142.4		1.7909	25.412	202.77		0.54437
1.444	1	143.4	1498	1.6978	25.614	204.39	2530.2	0.60012
1.454	1	144.4	1481.6	1.614	25.516	203.6	2386.4	0.6503
1.464	1	145.4	1483.6	1.5793	25.319	202.03	2337.9	0.67108
1.474	1	146.4	1486.3	1.5983	25.121	200.45	2371.3	0.6597
1.484	1	147.4	1488.3	1.5926	24.923	198.87	2366.3	0.66311
1.494	1	148.4	1485	1.6026	24.825	198.09	2375.1	0.65713
1.504	1	149.4	1493.5	1.5863	24.927	198.91	2365.5	0.66689
1.514	1	150.4		1.5703	24.93	198.92		0.67647
1.524	1	151.4		1.5763	24.832	198.14		0.67287
1.534	1	152.4		1.6059	24.734	197.36		0.65515
1.544	1	153.4		1.5065	24.436	194.99		0.71467
1.554	2	0			24.338	194.21		
1.564	2	1		1.6098	24.441	195.02		0.65281
1.574	2	2		1.6069	24.743	197.43		0.65455
1.584	2	3		1.5735	25.045	199.84		0.67455
1.594	2	4		1.6053	25.447	203.05		0.65551
1.604	2	5		1.6268	26.049	207.86		0.64263
1.614	2	6	1509.2	1.6843	27.052	215.85	2535.5	0.6082
1.624	2	7	1523.2	1.7121	28.254	225.45	2601.3	0.59156
1.634	2	8	1506.2	1.6493	29.356	234.24	2478	0.62916
1.644	2	9	1502.3	1.635	30.058	239.85	2449.8	0.63772
1.654	2	10	1503.1	1.6705	30.36	242.26	2504.5	0.61647
1.664	2	11		1.9226	30.063	239.88		0.46551
1.674	2	12	1529.7	1.7067	29.565	235.91	2603.3	0.59479
1.684	2	13	1537.7	1.7431	27.667	220.76	2673.5	0.57299
1.694	2	14	1530.8	1.7368	27.469	219.19	2650.8	0.57677
1.704	2	15	1514.8	1.6916	26.371	210.43	2556.3	0.60383
1.714	2	16	1511.8	1.691	25.474	203.26	2550.1	0.60419
1.724	2	17	1501.7	1.6457	24.876	198.49	2465.9	0.63132
1.734	2	18	1492.7	1.6251	24.278	193.72	2421.3	0.64365
1.744	2	19	1498.1	1.6447	23.88	190.55	2458.5	0.63192
1.754	2	20	1508.5	1.6798	23.782	189.77	2528.1	0.6109
1.764	2	21	1511.2	1.6808	23.785	189.79	2534.6	0.6103
1.774	2	22	1510.4	1.6888	23.787	189.8	2544.6	0.60551
1.784	2	23		1.6611	23.389	186.63		0.6221
1.794	2	24		1.6384	22.991	183.45		0.63569
1.804	2	25		1.587	22.293	177.89		0.66647
1.814	2	26		1.572	21.596	172.32		0.67545
1.824	2	27		1.567	21.098	168.35		0.67844
1.834	2	28		1.562	20.7	165.17		0.68144
1.844	2	29		1.5801	20.302	162		0.6706
1.854	2	30	1486.8	1.5797	20.104	160.42	2343.7	0.67084
1.864	2	31	1486	1.5873	19.807	158.04	2353.4	0.66629
1.874	2	32	1484.3	1.5783	19.409	154.87	2338.2	0.67168
1.884	2	33	1486.8	1.5828	19.211	153.29	2348.3	0.66898
1.894	2	34	1484.9	1.5739	18.913	150.91	2331.9	0.67431
1.904	2	35	1485.4	1.5793	18.615	148.54	2341.5	0.67108
1.914	2	36	1485.6	1.5826	18.418	146.96	2346.4	0.6691
1.924	2	37	1484.7	1.5772	18.22	145.38	2336.8	0.67234
1.934	2	38	1483.7	1.565	18.122	144.6	2317.4	0.67964
1.944	2	39	1490.8	1.6028	18.124	144.62	2384.7	0.65701
1.954	2	40	1492	1.6053	18.126	144.64	2390.1	0.65551
1.964	2	41	1492.2	1.6009	18.129	144.65	2383.7	0.65814
1.974	2	42	1487.9	1.5708	18.031	143.87	2332.7	0.67617
1.984	2	43	1487.5	1.5745	18.233	145.49	2336.9	0.67395
1.994	2	44	1500.6	1.6224	18.235	145.5	2428.3	0.64527
2.004	2	45	1509.2	1.6435	18.337	146.32	2474.6	0.63263
2.014	2	46	1496.6	1.5893	18.14	144.74	2372.1	0.66509
2.024	2	47	1488.1	1.5847	17.942	143.16	2352.8	0.66784
2.034	2	48	1487	1.5839	17.744	141.59	2350	0.66832
2.044	2	49	1486.2	1.5897	17.646	140.8	2356.8	0.66485
2.054	2	50	1483.3	1.5664	17.648	140.82	2317.5	0.6788
2.064	2	51	1481.8	1.5569	17.551	140.04	2301.7	0.68449
2.074	2	52	1482.7	1.5638	17.653	140.86	2313.4	0.68036
2.084	2	53	1482.5	1.5655	17.655	140.88	2315.8	0.67934
2.094	2	54	1482.9	1.5737	17.657	140.89	2327.9	0.67443
2.104	2	55	1484.5	1.5772	17.659	140.91	2336	0.67234
2.114	2	56	1485.2	1.5805	17.762	141.73	2342.5	0.67036
2.124	2	57	1487	1.5888	17.864	142.54	2357.4	0.66539
2.134	2	58	1489.2	1.5888	17.966	143.36	2360.6	0.66539
2.144	2	59	1490	1.5929	18.168	144.97	2368.3	0.66293
2.154	2	60	1489.3	1.5925	18.37	146.58	2366.5	0.66317
2.164	2	61	1487.7	1.5792	18.473	147.4	2343.5	0.67114
2.174	2	62	1491.4	1.5987	18.675	149.01	2378.7	0.65946
2.184	2	63	1497	1.5994	18.677	149.03	2387.9	0.65904
2.194	2	64	1488.3	1.5963	18.779	149.85	2370.1	0.6609
2.204	2	65	1492.2	1.6045	18.781	149.86	2388.8	0.65599
2.214	2	66	1492.7	1.5854	18.684	149.08	2360.6	0.66743
2.224	2	67	1490.7	1.5983	18.586	148.3	2376.5	0.6597
2.234	2	68	1492.5	1.5856	18.288	145.93	2360.9	0.66731
2.244	2	69	1483.9	1.5744	18.19	145.15	2331.4	0.67401
2.254	2	70		1.5736	17.992	143.57		0.67449
2.264	2	71		1.5646	17.995	143.58		0.67988
2.274	2	72		1.5827	17.697	141.21		0.66904
2.284	2	73		1.643	17.399	138.83		0.63293
2.294	2	74		1.5936	17.001	135.66		0.66251
2.304	2	75	1479.9	1.5557	16.603	132.48	2297.7	0.68521
2.314	2	76	1483.7	1.5557	16.506	131.7	2302.4	0.68521
2.324	2	77	1481	1.5639	16.308	130.12	2311.4	0.6803
2.334	2	78	1478.2	1.5337	16.11	128.55	2262.2	0.69838
2.344	2	79	1479.1	1.5509	16.112	128.56	2289.1	0.68808
2.354	2	80	1479.3	1.5405	16.014	127.78	2273.5	0.69431
2.364	2	81	1478.1	1.5414	16.016	127.8	2273.1	0.69377
2.374	2	82	1478.8	1.5544	16.019	127.82	2293.8	0.68599
2.384	2	83	1480.1	1.5565	16.121	128.63	2298.5	0.68473
2.394	2	84	1478.2	1.5453	16.223	129.45	2278.8	0.69144
2.404	2	85	1477.7	1.5474	16.225	129.47	2281.7	0.69018
2.414	2	86	1478.6	1.5387	16.227	129.48	2270.7	0.69539
2.424	2	87	1479.3	1.5544	16.23	129.5	2295.4	0.68599
2.434	2	88	1479.8	1.5438	16.232	129.52	2279.7	0.69234
2.444	2	89	1479.7	1.5573	16.134	128.74	2299.9	0.68425
2.454	2	90	1480.1	1.5539	16.336	130.35	2294.8	0.68629
2.464	2	91	1480.1	1.5535	16.238	129.57	2294.3	0.68653
2.474	2	92	1479.7	1.5567	16.341	130.39	2299	0.68461
2.484	2	93	1478.9	1.5543	16.443	131.2	2294.1	0.68605
2.494	2	94	1480	1.5608	16.445	131.22	2305.5	0.68216
2.504	2	95	1480.2	1.5587	16.447	131.24	2302.4	0.68341
2.514	2	96	1480.8	1.5624	16.349	130.46	2309.4	0.6812
2.524	2	97	1480.3	1.5642	16.352	130.48	2311.8	0.68012
2.534	2	98	1479.7	1.5619	16.354	130.49	2306.9	0.6815
2.544	2	99	1479.2	1.5494	16.356	130.51	2288.4	0.68898
2.554	2	100	1479.3	1.5592	16.458	131.33	2302.7	0.68311
2.564	2	101	1479.8	1.5644	16.46	131.34	2310.4	0.68
2.574	2	102	1480.1	1.549	16.563	132.16	2287.6	0.68922
2.584	2	103	1479.5	1.548	16.665	132.97	2286.1	0.68982
2.594	2	104	1479.1	1.5617	16.667	132.99	2306.4	0.68162
2.604	2	105	1479.6	1.5609	16.769	133.81	2305.2	0.6821
2.614	2	106	1478.8	1.5501	16.771	133.83	2289.2	0.68856
2.624	2	107	1479.7	1.5686	16.774	133.84	2318.1	0.67748
2.634	2	108	1479.9	1.5567	16.676	133.06	2300.5	0.68461
2.644	2	109	1478.7	1.5499	16.578	132.28	2288.7	0.68868
2.654	2	110	1479.4	1.5605	16.58	132.3	2305.7	0.68234
2.664	2	111	1479.1	1.5545	16.682	133.11	2296.7	0.68593
2.674	2	112	1478	1.5537	16.685	133.13	2293.7	0.68641
2.684	2	113	1479.2	1.5499	16.687	133.15	2289.6	0.68868
2.694	2	114	1479.9	1.5677	16.689	133.17	2316.9	0.67802
2.704	2	115	1479.5	1.5488	16.691	133.19	2288.9	0.68934
2.714	2	116	1479.8	1.5605	16.693	133.2	2306.4	0.68234
2.724	2	117	1479.9	1.5565	16.696	133.22	2300.7	0.68473
2.734	2	118	1482.1	1.5592	16.698	133.24	2307.9	0.68311
2.744	2	119	1482.4	1.5588	16.7	133.26	2307.5	0.68335
2.754	2	120	1481.1	1.5641	16.802	134.07	2314	0.68018
2.764	2	121	1481.4	1.566	16.804	134.09	2316.8	0.67904
2.774	2	122	1481.2	1.5639	16.707	133.31	2313.9	0.6803
2.784	2	123	1481.5	1.5651	16.709	133.33	2315.9	0.67958
2.794	2	124	1482	1.5507	16.611	132.54	2295	0.6882
2.804	2	125	1481.4	1.5607	16.513	131.76	2310	0.68222
2.814	2	126	1482.5	1.5584	16.615	132.58	2306.8	0.68359
2.824	2	127	1482.1	1.5539	16.618	132.6	2300.6	0.68629
2.834	2	128	1483.9	1.5673	16.72	133.41	2322.6	0.67826
2.844	2	129	1483.1	1.5633	16.622	132.63	2315.6	0.68066
2.854	2	130	1483.2	1.5775	16.724	133.45	2337.2	0.67216
2.864	2	131	1483.8	1.5768	16.726	133.47	2336.6	0.67257
2.874	2	132	1483.3	1.5802	16.529	131.89	2342.1	0.67054
2.884	2	133	1483.1	1.5737	16.531	131.9	2331.1	0.67443
2.894	2	134	1482	1.5592	16.433	131.12	2308.3	0.68311
2.904	2	135	1482.5	1.5725	16.435	131.14	2328.6	0.67515
2.914	2	136	1483	1.5787	16.437	131.16	2338.6	0.67144
2.924	2	137	1483.3	1.5701	16.44	131.18	2326.3	0.67659
2.934	2	138	1484.1	1.5698	16.442	131.19	2326.7	0.67677
2.944	2	139	1483.1	1.5749	16.444	131.21	2333.1	0.67371
2.954	2	140	1485.8	1.5808	16.446	131.23	2345.7	0.67018
2.964	2	141	1486.6	1.5916	16.448	131.25	2363.7	0.66371
2.974	2	142	1485	1.5747	16.451	131.26	2336.3	0.67383
2.984	2	143	1484.1	1.5814	16.453	131.28	2345.3	0.66982
2.994	2	144	1481.9	1.5587	16.255	129.7	2307.6	0.68341
3.004	2	145	1483.6	1.5639	16.257	129.72	2318	0.6803
3.014	2	146	1485.7	1.5718	16.359	130.54	2333.9	0.67557
3.024	2	147	1493.5	1.5438	15.562	124.17	2304.2	0.69234
3.034	2	148		1.5241	14.864	118.6		0.70413
3.044	2	149		1.5143	14.166	113.04		0.71
3.054	2	150			13.268	105.87		
3.064	2	151			13.07	104.29		
3.074	3	0.4			13.473	107.5		
3.084	3	1.4		1.4876	14.375	114.7		0.72599
3.094	3	2.4		1.5289	15.177	121.1		0.70126
3.104	3	3.4		1.5192	15.779	125.91		0.70707
3.114	3	4.4		1.5288	16.181	129.12		0.70132
3.124	3	5.4	1485.1	1.5384	16.384	130.73	2280.8	0.69557
3.134	3	6.4	1484.1	1.563	16.586	132.34	2315	0.68084
3.144	3	7.4	1484.1	1.5655	16.588	132.36	2318.6	0.67934
3.154	3	8.4	1483.3	1.5598	16.59	132.38	2308.6	0.68275
3.164	3	9.4	1481.7	1.5415	16.492	131.6	2279	0.69371
3.174	3	10.4	1482.3	1.5512	16.395	130.82	2293.6	0.6879
3.184	3	11.4	1482.4	1.5494	16.397	130.84	2291.3	0.68898
3.194	3	12.4	1479.3	1.5356	16.499	131.65	2266.7	0.69725
3.204	3	13.4	1480.4	1.5322	16.501	131.67	2263.5	0.69928
3.214	3	14.4	1482.7	1.5466	16.403	130.89	2288	0.69066
3.224	3	15.4	1485	1.5653	16.506	131.7	2319.1	0.67946
3.234	3	16.4	1483.9	1.5437	16.508	131.72	2285.7	0.6924
3.244	3	17.4	1484.9	1.5418	16.61	132.54	2284.7	0.69353
3.254	3	18.4	1486.9	1.5598	16.512	131.76	2314.3	0.68275
3.264	3	19.4	1489.6	1.5665	16.514	131.77	2327.6	0.67874
3.274	3	20.4	1490.4	1.5683	16.516	131.79	2331.9	0.67766
3.284	3	21.4	1492.7	1.5954	16.519	131.81	2377.3	0.66144
3.294	3	22.4	1493.5	1.5867	16.621	132.62	2364.3	0.66665
3.304	3	23.4	1498.2	1.6168	16.723	133.44	2417.2	0.64862
3.314	3	24.4	1502.5	1.6354	16.825	134.25	2452	0.63748
3.324	3	25.4	1507.3	1.642	16.927	135.07	2470.1	0.63353
3.334	3	26.4	1524.2	1.7126	17.33	138.28	2605.2	0.59126
3.344	3	27.4	1521.2	1.6823	17.132	136.7	2553.7	0.6094
3.354	3	28.4	1518.2	1.6574	17.334	138.31	2510.7	0.62431
3.364	3	29.4	1540.1	1.7237	17.536	139.93	2648.2	0.58461
3.374	3	30.4	1553	1.792	17.638	140.74	2776.4	0.54371
3.384	3	31.4	1541.6	1.7465	17.541	139.96	2686.8	0.57096
3.394	3	32.4	1535.3	1.7422	17.343	138.38	2669.1	0.57353
3.404	3	33.4	1544	1.755	17.1	136.45	2703.9	0.56587
3.414	3	34.4	1538.5	1.7485	16.947	135.23	2684.4	0.56976
3.424	3	35.4	1505.5	1.5936	16.549	132.05	2394	0.66251
3.434	3	36.4	1485.5	1.539	16.352	130.48	2282.3	0.69521
3.444	3	37.4	1487.8	1.5586	16.254	129.7	2314.5	0.68347
3.454	3	38.4	1493.3	1.5912	16.556	132.11	2371.2	0.66395
3.464	3	39.4	1492.8	1.6032	16.858	134.52	2389.3	0.65677
3.474	3	40.4	1487.8	1.5755	17.46	139.32	2340	0.67335
3.484	3	41.4	1485.6	1.5765	18.063	144.13	2338.3	0.67275
3.494	3	42.4	1487.3	1.5936	18.965	151.33	2365.3	0.66251
3.504	3	43.4	1494.4	1.6184	19.667	156.93	2415.3	0.64766
3.514	3	44.4	1501.4	1.6679	20.269	161.74	2499.9	0.61802
3.524	3	45.4	1510.2	1.6973	20.271	161.75	2558	0.60042
3.534	3	46.4	1503.7	1.6479	19.874	158.58	2473.3	0.63
3.544	3	47.4	1490.3	1.5929	19.376	154.61	2369.8	0.66293
3.554	3	48.4	1489.4	1.5968	18.878	150.63	2373.9	0.6606
3.564	3	49.4	1489.3	1.6067	18.58	148.26	2388.7	0.65467
3.574	3	50.4	1490.3	1.5939	18.382	146.68	2371.3	0.66234
3.584	3	51.4	1487.9	1.5764	18.185	145.1	2342	0.67281
3.594	3	52.4	1485.4	1.5661	18.087	144.32	2322	0.67898
3.604	3	53.4	1484	1.5586	17.889	142.74	2309.1	0.68347
3.614	3	54.4	1483.5	1.5677	17.891	142.76	2322.3	0.67802
3.624	3	55.4	1485.7	1.5707	17.993	143.58	2329.7	0.67623
3.634	3	56.4	1486.1	1.5641	18.296	145.99	2319.7	0.68018
3.644	3	57.4	1486.6	1.5881	18.698	149.2	2357.1	0.66581
3.654	3	58.4	1489.5	1.5908	19.3	154	2366	0.66419
3.664	3	59.4	1492.9	1.6116	19.902	158.81	2401.8	0.65174
3.674	3	60.4	1495.9	1.6326	20.504	163.61	2438.4	0.63916
3.684	3	61.4	1496.6	1.6279	21.007	167.62	2432.8	0.64198
3.694	3	62.4	1493.4	1.6167	21.409	170.83	2410.7	0.64868
3.704	3	63.4	1494.9	1.6255	21.711	173.24	2425.7	0.64341
3.714	3	64.4	1498.2	1.6408	22.213	177.25	2453.8	0.63425
3.724	3	65.4	1501.7	1.6505	22.515	179.66	2475.1	0.62844
3.734	3	66.4	1505.9	1.6783	22.618	180.47	2523.5	0.6118
3.744	3	67.4	1509.3	1.6965	22.42	178.9	2555.9	0.6009
3.754	3	68.4	1507.9	1.6885	22.322	178.11	2541.9	0.60569
3.764	3	69.4	1495.1	1.5878	22.724	181.32	2370.8	0.66599
3.774	3	70.4	1488.8	1.5897	23.326	186.13	2363.5	0.66485
3.784	3	71.4	1493.9	1.6195	24.629	196.52	2415.8	0.64701
3.794	3	72.4	1502.2	1.6725	25.631	204.52	2508.6	0.61527
3.804	3	73.4	1511.8	1.6991	26.733	213.31	2566.2	0.59934
3.814	3	74.4	1515.1	1.7193	27.535	219.71	2601.9	0.58725
3.824	3	75.4	1515	1.7141	28.037	223.72	2593.8	0.59036
3.834	3	76.4	1512.9	1.7103	28.24	225.33	2584.5	0.59263
3.844	3	77.4	1514.9	1.7105	28.442	226.95	2588.4	0.59251
3.854	3	78.4	1515.5	1.7137	28.544	227.76	2593.2	0.5906
3.864	3	79.4	1513	1.7203	28.646	228.58	2599.8	0.58665
3.874	3	80.4	1513.9	1.7111	28.648	228.6	2587.2	0.59216
3.884	3	81.4	1513.3	1.7098	28.751	229.41	2585	0.59293
3.894	3	82.4	1511.6	1.7081	28.853	230.23	2578.9	0.59395
3.904	3	83.4	1512	1.6882	28.7	229.01	2549.8	0.60587
3.914	3	84.4	1515.6	1.7136	29.557	235.85	2594.6	0.59066
3.924	3	85.4	1525.3	1.7266	30.159	240.65	2630.8	0.58287
3.934	3	86.4	1547.4	1.7788	30.862	246.26	2749.1	0.55162
3.944	3	87.4	1566.8	1.8312	31.564	251.86	2865.2	0.52024
3.954	3	88.4	1578.2	1.8615	32.166	256.66	2933.1	0.5021
3.964	3	89.4	1583.9	1.8633	32.768	261.47	2946.6	0.50102
3.974	3	90.4	1572.2	1.8421	33.37	266.27	2891.8	0.51371
3.984	3	91.4	1564.9	1.8361	33.873	270.28	2870	0.51731
3.994	3	92.4	1571	1.8356	34.175	272.69	2879.5	0.5176
4.004	3	93.4	1575.7	1.8575	34.277	273.51	2922.6	0.50449
4.014	3	94.4	1575.9	1.8441	34.179	272.73	2901.8	0.51251
4.024	3	95.4	1575.7	1.853	34.081	271.95	2915.5	0.50719
4.034	3	96.4	1574.2	1.8433	34.084	271.96	2898.1	0.51299
4.044	3	97.4	1581.4	1.8465	34.486	275.17	2915.8	0.51108
4.054	3	98.4	1599.3	1.8908	35.088	279.98	3018.6	0.48455
4.064	3	99.4	1598.4	1.8994	36.19	288.77	3032.1	0.4794
4.074	3	100.4	1590.3	1.8747	38.392	306.35	2977.1	0.49419
4.084	3	101.4	1578.6	1.8508	42.295	337.48	2917.8	0.5085
4.094	3	102.4	1579.7	1.8534	48.397	386.17	2924.3	0.50695
4.104	3	103.4	1591.8	1.8739	56.099	447.63	2979.6	0.49467
4.114	3	104.4	1586.3	1.8622	61.101	487.55	2950.5	0.50168
4.124	3	105.4	1567.4	1.8322	58.303	465.22	2869	0.51964
4.134	3	106.4	1561.8	1.8227	51.706	412.58	2843.6	0.52533
4.144	3	107.4	1569.3	1.8477	47.208	376.69	2896.9	0.51036
4.154	3	108.4	1575.7	1.8488	45.41	362.34	2910.7	0.5097
4.164	3	109.4	1577.1	1.8427	46.212	368.74	2902.9	0.51335
4.174	3	110.4	1576.7	1.8523	49.314	393.5	2917.5	0.5076
4.184	3	111.4	1572.1	1.8478	55.416	442.19	2902.5	0.5103
4.194	3	112.4	1582	1.8466	65.619	523.59	2918.6	0.51102
4.204	3	113.4	1590.7	1.8575	80.921	645.7	2950.8	0.50449
4.214	3	114.4	1589.9	1.8808	101.02	806.1	2987.8	0.49054
4.224	3	115.4	1577.5	1.8536	121.23	967.3	2921.1	0.50683
4.234	3	116.4	1574	1.8533	131.43	1048.7	2914.3	0.50701
4.244	3	117.4	1575.2	1.8524	122.83	980.1	2915	0.50754
4.254	3	118.4	1578.6	1.8417	102.13	814.95	2904.5	0.51395
4.264	3	119.4	1585.6	1.854	82.134	655.38	2936.7	0.50659
4.274	3	120.4	1594.5	1.8617	66.536	530.92	2965.9	0.50198
4.284	3	121.4	1595.6	1.8959	55.238	440.77	3022.9	0.4815
4.294	3	122.4	1583.8	1.8778	47.941	382.54	2970.3	0.49234
4.304	3	123.4	1595.1	1.8599	43.543	347.44	2963.6	0.50305
4.314	3	124.4	1593.7	1.9035	40.645	324.32	3030.3	0.47695
4.324	3	125.4	1590.9	1.8716	38.847	309.98	2975.4	0.49605
4.334	3	126.4	1589.1	1.8795	37.749	301.22	2983.9	0.49132
4.344	3	127.4	1571.9	1.8478	37.152	296.45	2903.8	0.5103
4.354	3	128.4	1572.7	1.8508	36.754	293.27	2908.6	0.5085
4.364	3	129.4	1574.3	1.8337	36.656	292.49	2885.9	0.51874
4.374	3	130.4	1579.5	1.857	36.658	292.51	2931.3	0.50479
4.384	3	131.4	1594.9	1.8845	36.86	294.12	3003	0.48832
4.394	3	132.4	1607.1	1.9162	37.063	295.74	3076.7	0.46934
4.404	3	133.4	1612.1	1.9194	37.565	299.74	3091.2	0.46743
4.414	3	134.4	1606.3	1.8921	37.867	302.15	3037.1	0.48377
4.424	3	135.4	1602.8	1.8917	37.969	302.97	3030.1	0.48401
4.434	3	136.4	1599	1.9059	37.271	297.4	3045	0.47551
4.444	3	137.4	1588.6	1.8565	35.974	287.05	2947.4	0.50509
4.454	3	138.4	1568.2	1.8303	34.776	277.49	2868.9	0.52078
4.464	3	139.4	1575.4	1.8633	33.978	271.12	2934.4	0.50102
4.474	3	140.4	1585	1.862	33.28	265.55	2949.9	0.5018
4.484	3	141.4	1574.7	1.7698	32.482	259.19	2786.7	0.55701
4.494	3	142.4	1548.4	1.7444	31.485	251.23	2701.1	0.57222
4.504	3	143.4		1.7754	30.087	240.07		0.55365
4.514	3	144.4		1.8232	28.889	230.52		0.52503
4.524	3	145.4		1.8071	26.891	214.57		0.53467
4.534	3	146.4			24.293	193.85		
4.544	3	147.4			21.296	169.93