# Goose and Grassy Pond, Ohio River Sediment and Geochemical Data during the last 2000 Years
#-----------------------------------------------------------------------
#               World Data Service for Paleoclimatology, Boulder
#                                   and
#                      NOAA Paleoclimatology Program
#-----------------------------------------------------------------------
# Template Version 4.0
# Encoding: UTF-8
# NOTE: Please cite original publication, NOAA Landing Page URL, dataset and publication DOIs (where available), and date accessed when using downloaded data.
# If there is no publication information, please cite investigator, study title, NOAA Landing Page URL, and date accessed.
#
# Description/Documentation lines begin with '#' followed by a space
# Data lines have no '#'
#
# NOAA_Landing_Page: https://www.ncei.noaa.gov/access/paleo-search/study/37022
#   Landing_Page_Description: NOAA Landing Page of this file's parent study, which includes all study metadata.
#
# Study_Level_JSON_Metadata: https://www.ncei.noaa.gov/pub/data/metadata/published/paleo/json/noaa-lake-37022.json
#   Study_Level_JSON_Description: JSON metadata of this data file's parent study, which includes all study metadata.
#
# Data_Type: Paleolimnology
#
# Dataset_DOI: 10.25921/3hcj-3q95
#
# Science_Keywords: 
#---------------------------------------
# Resource_Links
#
# Data_Download_Resource: https://www.ncei.noaa.gov/pub/data/paleo/paleolimnology/northamerica/usa/ohio/gibson2022/gibson2022-goosea19_magsus.txt
#   Data_Download_Description: NOAA Template File; Magnetic Susceptibility Data
#
#---------------------------------------
# Contribution_Date
#   Date: 2022-11-03
#---------------------------------------
# File_Last_Modified_Date
#   Date: 2023-04-11
#---------------------------------------
# Title
#   Study_Name: Goose and Grassy Pond, Ohio River Sediment and Geochemical Data during the last 2000 Years
#---------------------------------------
# Investigators
#   Investigators: Gibson, Derek (https://orcid.org/0000-0001-6129-8902); Bird, Broxton (https://orcid.org/0000-0003-2665-2528); Pollard, Harvie (https://orcid.org/0000-0001-8580-9316); Nealy, Cameron (https://orcid.org/0000-0002-3445-4209); Barr, Robert (https://orcid.org/0000-0002-1866-9840); Escobar, Jaime (https://orcid.org/0000-0001-7775-7130)
#---------------------------------------
# Description_Notes_and_Keywords
#   Description: Flood reconstruction
#---------------------------------------
# Publication
#   Authors: Gibson, D. K., Bird, B. W., Pollard, H. J., Nealy, C. A., Barr, R. C., Escobar, J.
#   Published_Date_or_Year: 2022-12-15
#   Published_Title: Using sediment accumulation rates in floodplain paleochannel lakes to reconstruct climate-flood relationships on the lower Ohio River
#   Journal_Name: Quaternary Science Reviews
#   Volume: 298
#   Edition: 
#   Issue: 
#   Pages: 
#   Report_Number: 107852
#   DOI: 10.1016/j.quascirev.2022.107852
#   Online_Resource: 
#   Full_Citation: 
#   Abstract: Late Holocene flood frequencies on the lower Ohio River were investigated using 14C- based sedimentation rates from three floodplain lakes located in Illinois (Avery Lake), Kentucky (Grassy Pond), and Indiana (Goose Pond). Changes in sediment accumulation rates were attributed to variability in the delivery of overbank sediment to each site as controlled by the frequency of Ohio River flooding. Sedimentation rates reached their lowest values in all three lakes between 400 and 1230 CE, indicating a regional reduction in flood frequencies on the lower Ohio River during a period that included the Medieval Climate Anomaly (MCA; ca. 950-1250 CE). Sedimentation rates increased after ca. 1230 CE and remained moderately high through the Little Ice Age (LIA; 1350-1820 CE) until the onset of extensive land clearance during the early 1800s CE. After 1820 CE, sedimentation rates increased further and were higher than any other time during the late Holocene. A comparison of regional paleoclimatic proxies with the above floodplain sedimentation records shows that Ohio River flooding during the late Holocene was responsive to mean-state changes in atmospheric circulation. During the MCA, when clockwise mean-state atmospheric circulation advected southerly moisture from the Gulf of Mexico into the Ohio River Valley primarily in the form of convective rainstorms, flooding on the Ohio River was least frequent. During the LIA, meridional mean-state atmospheric circulation increased the proportion of midcontinental moisture that was sourced from the northern Pacific and Arctic and delivered as snowfall, hence increasing flooding on the Ohio River. We attribute the increase in Ohio River flooding during the LIA to an increase in snowpack volume across the Ohio River Valley and the watershed-scale integration of runoff during spring snowmelt. Following Euro-American land clearance in the early 1800s, flood frequencies decoupled from this relationship and the lower Ohio River became susceptible to frequent flooding, despite a return to southerly and clockwise synoptic atmospheric conditions. These modern climate-flood dynamics are fundamentally different than those of the paleo-record and suggest that land-use changes – such as deforestation, tile draining, and landscape conversion to intensive row crop agriculture – have fundamentally altered the modern Midwestern hydrologic cycle. 
#---------------------------------------
# Funding_Agency
#   Funding_Agency_Name: National Science Foundation
#   Grant: EAR-1903628 
#---------------------------------------
# Funding_Agency
#   Funding_Agency_Name: The Nature Conservancy
#   Grant: 2041-002 
#---------------------------------------
# Site_Information
#   Site_Name: Goose Pond
#   Location: Indiana
#   Northernmost_Latitude: 37.9068
#   Southernmost_Latitude: 37.9068
#   Easternmost_Longitude: -87.8384
#   Westernmost_Longitude: -87.8384
#   Elevation_m: 105
#---------------------------------------
# Data_Collection
#   Collection_Name: GooseA19_MagSus
#   First_Year: 2019
#   Last_Year: 215
#   Time_Unit: year Common Era
#   Core_Length_m: 
#   Parameter_Keywords: magnetic susceptibility
#   Notes: 
#---------------------------------------
# Chronology_Information 
# Chronology: 
# 
# Goose Pond A19	118	118.5	Charcoal	Modern	20	AMS	Modern	Normal	
# Goose Pond A19	282	282.5	Charcoal	160	15	AMS	150	IntCal20	
# Goose Pond A19	286	286.5	Charcoal	205	40	AMS	155	IntCal20	
# Goose Pond A19	297	297.5	Charcoal	185	15	AMS	185	IntCal20	
# Goose Pond A19	306	306.5	Charcoal	150	15	AMS	220	IntCal20	
# Goose Pond A19	353	353.5	Charcoal	175	15	AMS	285	IntCal20	
# Goose Pond A19	428	428.5	Charcoal	440	15	AMS	500	IntCal20	
# Goose Pond A19	461	461.5	Charcoal	630	15	AMS	595	IntCal20	
# Goose Pond A19	528	528.5	Charcoal	815	15	AMS	715	IntCal20	
# Goose Pond A19	568	568.5	Charcoal	1445	15	AMS	1280	IntCal20	
# Goose Pond A19	594	594.5	Charcoal	1515	15	AMS	1360	IntCal20	
# Goose Pond A19	621	621.5	Charcoal	1500	15	AMS	1380	IntCal20	
# Goose Pond A19	661	661.5	Charcoal	1555	15	AMS	1410	IntCal20	
# Goose Pond A19	698	698.5	Charcoal	1590	15	AMS	1460	IntCal20	
# Goose Pond A19	725	725.5	Charcoal	1580	15	AMS	1490	IntCal20	
# Goose Pond A19	819	819.5	Charcoal	1690	35	AMS	1550	IntCal20	
# Goose Pond A19	844	844.5	Charcoal	1700	15	AMS	1580	IntCal20	
# Goose Pond A19	886	886.5	Charcoal	1720	15	AMS	1610	IntCal20	
# Goose Pond A19	961	961.5	Charcoal	1745	15	AMS	1690	IntCal20	
# Goose Pond A19	979	979.5	Charcoal	1975	15	AMS	1880	IntCal20	
# 
# depth_top
#---------------------------------------
# Variables
# PaST_Thesaurus_Download_Resource: https://www.ncei.noaa.gov/access/paleo-search/skos/past-thesaurus.rdf
#   PaST_Thesaurus_Download_Description: Paleoenvironmental Standard Terms (PaST) Thesaurus terms, definitions, and relationships in SKOS format.
#
# Data variables follow that are preceded by "##" in columns one and two.
# Variables list, one per line, shortname-tab-var components: what, material, error, units, seasonality, data type, detail, method, C or N for Character or Numeric data)
#
## depth_cm	depth,,,centimeter,,Paleolimnology,,,N,
## age_AD	age,,,year Common Era,,Paleolimnology,,,N,
## MagSus	magnetic susceptibility,sediment,,dimensionless,,Paleolimnology,,,N,SI x 10^ -5
#------------------------
# Data:
# Data lines follow (have no #)
# Data line format - tab-delimited text, variable short name as header
# Missing_Values: NA
depth_cm	age_AD	MagSus	
0	2019	3.6	
0.5	2012.975	13.7	
1	2012.975	17.1	
1.5	2005.975	14.8	
2	1999.975	16.3	
2.5	1994.975	19.4	
3	1989	19.9	
3.5	1984.95	19.9	
4	1980	19.6	
4.5	1975	20	
5	1972	19.9	
5.5	1970	20.6	
6	1967	23.4	
6.5	1963.975	25.7	
7	1960.975	32.3	
7.5	1960	28.5	
8	1959	24.7	
8.5	1958	29.6	
9	1958	30.8	
9.5	1956.975	32.1	
10	1956.925	31.6	
10.5	1953.975	31.9	
11	1953	32.3	
11.5	1952.975	31.7	
12	1950.95	31.4	
12.5	1947.975	32.4	
13	1946	32	
13.5	1944.95	31.8	
14	1940	31.6	
14.5	1938	32.3	
15	1938	33.7	
15.5	1937	33.4	
16	1937	33.5	
16.5	1936.975	33.6	
17	1935	34.3	
17.5	1934	35.4	
18	1933.95	36.3	
18.5	1932.95	36.8	
19	1931.975	36.8	
19.5	1931.975	37	
20	1930.975	36.5	
20.5	1930	35.8	
21	1929.975	36.6	
21.5	1929.975	35.3	
22	1929	36.2	
22.5	1929	39.5	
23	1929	39.8	
23.5	1928.975	35.1	
24	1927	34.1	
24.5	1925.975	34.9	
25	1924.975	35.8	
25.5	1923.975	35.6	
26	1923.975	35.6	
26.5	1923.95	37.6	
27	1923.925	38.7	
27.5	1923.925	39.4	
28	1922.95	39	
28.5	1922.95	38.1	
29	1922.95	36.1	
29.5	1922.925	36.1	
30	1922.925	38	
30.5	1922.925	39.2	
31	1921.95	39	
31.5	1920.975	40	
32	1920	38.6	
32.5	1919.975	36	
33	1919	28.2	
33.5	1918	32.7	
34	1918	37.8	
34.5	1917.975	37.8	
35	1917	41	
35.5	1917	42.3	
36	1917	41.3	
36.5	1917	41.5	
37	1916.975	43.5	
37.5	1916	45.7	
38	1916	46.5	
38.5	1916	45.9	
39	1916	46.3	
39.5	1915.95	47.2	
40	1914.975	49.1	
40.5	1914.975	49.7	
41	1914.975	49.9	
41.5	1914.975	49.7	
42	1914.975	48.5	
42.5	1913.975	51.3	
43	1913.975	50.2	
43.5	1913	51.3	
44	1913	53	
44.5	1912.975	52.6	
45	1912.975	53.6	
45.5	1912.975	53.8	
46	1912.975	53.4	
46.5	1912.975	56	
47	1912	56.6	
47.5	1911.975	56.4	
48	1911.975	57.7	
48.5	1911.975	59.6	
49	1911.975	62	
49.5	1911	58.8	
50	1911	58.9	
50.5	1911	56.5	
51	1910	55.4	
51.5	1910	55.2	
52	1909.975	54.3	
52.5	1909	54.2	
53	1909	53.3	
53.5	1909	50.9	
54	1909	49.7	
54.5	1908	49	
55	1907	48.5	
55.5	1906	49.7	
56	1905.975	51.9	
56.5	1905.975	52.8	
57	1905.975	51.8	
57.5	1905	52.2	
58	1905	52.5	
58.5	1904.975	51.5	
59	1904.975	51.8	
59.5	1904	50.8	
60	1903.975	50.7	
60.5	1902.975	51.4	
61	1902.975	49.3	
61.5	1902.95	47.2	
62	1901.975	45.9	
62.5	1900.975	46.2	
63	1900	46.9	
63.5	1900	47.7	
64	1900	47.6	
64.5	1899.975	47.8	
65	1899.975	48.9	
65.5	1899	50.3	
66	1899	52.1	
66.5	1899	52.1	
67	1898.975	52.2	
67.5	1898.975	52.5	
68	1897.975	53	
68.5	1897.975	53.5	
69	1897.975	53.6	
69.5	1897.975	54.8	
70	1897.975	57.1	
70.5	1897	57.7	
71	1896.975	54.2	
71.5	1896	53.6	
72	1895.975	53.7	
72.5	1895.975	54.3	
73	1895.95	55.1	
73.5	1894.975	55	
74	1894.975	54	
74.5	1894.975	53.4	
75	1894.95	52.9	
75.5	1893	53.4	
76	1893	52.4	
76.5	1893	52.5	
77	1892	52.7	
77.5	1892	52.9	
78	1891.975	52.2	
78.5	1891.975	52.3	
79	1891	50.8	
79.5	1890.975	52.4	
80	1890.975	52.3	
80.5	1890	52.5	
81	1890	52.3	
81.5	1889	53.4	
82	1889	54.8	
82.5	1889	56.5	
83	1888	56.4	
83.5	1888	57.5	
84	1888	59.7	
84.5	1888	62.6	
85	1887.975	61.9	
85.5	1887.975	62.4	
86	1887.975	60.3	
86.5	1887.975	60.4	
87	1887	59.3	
87.5	1887	58.7	
88	1887	58.1	
88.5	1886.975	56.4	
89	1886	57.5	
89.5	1886	56.6	
90	1886	55.4	
90.5	1885.975	57.3	
91	1885	57.7	
91.5	1885	57.9	
92	1885	59.4	
92.5	1884.975	59.7	
93	1884	56.7	
93.5	1883.975	58.3	
94	1883.975	57.9	
94.5	1883	57.5	
95	1882	58.7	
95.5	1882	58.4	
96	1882	58.4	
96.5	1882	55.6	
97	1882	60.2	
97.5	1882	60.6	
98	1881	57.3	
98.5	1881	54	
99	1881		
99.5	1881		
100	1880.975		
100.5	1880.975	57.5	
101	1880.975	60.4	
101.5	1880.975	61	
102	1880.975	61.1	
102.5	1879.975	62.2	
103	1879.975	62.3	
103.5	1879	62.4	
104	1879	62.8	
104.5	1879	62.2	
105	1878	62.2	
105.5	1878	60	
106	1878	55.5	
106.5	1878	52.8	
107	1877.975	51.4	
107.5	1877	51.9	
108	1877	49.7	
108.5	1876.975	48.3	
109	1876.975	40	
109.5	1876	34.8	
110	1875.975	44.7	
110.5	1875.975	55.8	
111	1875.975	54.4	
111.5	1874.975	54.8	
112	1874.975	57.1	
112.5	1874.975	57	
113	1874	55.8	
113.5	1873.975	55.4	
114	1873.975	55.8	
114.5	1873	55.1	
115	1873	54.4	
115.5	1872	56.2	
116	1872	55.7	
116.5	1871.975	56.9	
117	1871	57.5	
117.5	1871	53.6	
118	1871	53.6	
118.5	1870.975	55	
119	1870	57.7	
119.5	1869.975	57.9	
120	1869	59.7	
120.5	1869	57.1	
121	1869	58.1	
121.5	1868.975	60	
122	1868	59.7	
122.5	1868	60.3	
123	1867	60.9	
123.5	1867	59.1	
124	1866	55	
124.5	1866	54	
125	1865.975	43.7	
125.5	1865	49	
126	1864.975	54.3	
126.5	1864	58.9	
127	1864	58.1	
127.5	1863	56.4	
128	1863	57.1	
128.5	1862	54.8	
129	1862	54.6	
129.5	1861.975	54.4	
130	1861	56.2	
130.5	1860.975	53.2	
131	1860	49.8	
131.5	1859	53.3	
132	1858.975	53.2	
132.5	1858.975	51.7	
133	1858	53.4	
133.5	1858	64.2	
134	1858	65.1	
134.5	1857	54.2	
135	1856	53.4	
135.5	1856	51.9	
136	1855.975	48.9	
136.5	1855	51.2	
137	1854.975	73.7	
137.5	1853.975	83.9	
138	1853.975	65.1	
138.5	1852.975	73.8	
139	1852	64.2	
139.5	1851.975	51.8	
140	1850.975	53.2	
140.5	1850.975	54.3	
141	1849.975	50.5	
141.5	1849	47.6	
142	1849	47	
142.5	1848.975	45.2	
143	1848.975	44.2	
143.5	1848.975	43	
144	1848.975	39.4	
144.5	1848.975	38.8	
145	1848.975	33.9	
145.5	1848	40.5	
146	1848	42.2	
146.5	1847.975	40	
147	1847.95	40.5	
147.5	1845.975	39.5	
148	1845	41.7	
148.5	1845	45	
149	1844.975	45.9	
149.5	1844	45.6	
150	1844	46.7	
150.5	1843.975	47	
151	1843	46.6	
151.5	1843	46.7	
152	1842	46.6	
152.5	1842	45.7	
153	1841.975	46.2	
153.5	1841.975	46.2	
154	1840.975	46.4	
154.5	1840	46.9	
155	1839.975	47.4	
155.5	1839	45.6	
156	1839	45.6	
156.5	1838.975	43.7	
157	1837.975	43.8	
157.5	1837.975	42.4	
158	1836.975	49.2	
158.5	1836.975	46.4	
159	1835.975	45.9	
159.5	1835.975	45.7	
160	1834.975	45.4	
160.5	1834	47	
161	1833.975	45.5	
161.5	1833	45.8	
162	1833	45.1	
162.5	1832	43.3	
163	1832	43.3	
163.5	1831.975	43.3	
164	1829.975	39.6	
164.5	1829	39	
165	1827.975	42.2	
165.5	1827.975	42.7	
166	1827	40.7	
166.5	1826.975	37.3	
167	1826	39.5	
167.5	1825	40.1	
168	1824.975	42.9	
168.5	1824	44.8	
169	1823.975	46.2	
169.5	1822	46.1	
170	1821	44.2	
170.5	1819.975	46	
171	1818	46.4	
171.5	1816.975	46.6	
172	1814	48.3	
172.5	1812	48.5	
173	1810	47.7	
173.5	1808.975	44.6	
174	1806.975	45.2	
174.5	1805.95	46.9	
175	1803.975	47.2	
175.5	1802	48.9	
176	1799.975	50.5	
176.5	1798.975	52.4	
177	1796.975	54.6	
177.5	1795.975	52.9	
178	1794	53.4	
178.5	1792.975	55.5	
179	1791	55	
179.5	1789	54.5	
180	1787	52.6	
180.5	1786.975	51.2	
181	1785.975	52.6	
181.5	1784.975	52.5	
182	1783	51.5	
182.5	1782	51.1	
183	1781	52.1	
183.5	1780	52.6	
184	1778	54	
184.5	1776	51.9	
185	1775	44	
185.5	1773.975	42.3	
186	1772	36.8	
186.5	1771	34.9	
187	1770	35.2	
187.5	1769	34.1	
188	1768	34.4	
188.5	1766	34.7	
189	1764.975	37.1	
189.5	1763.975	36.4	
190	1762.975	36.8	
190.5	1761	38.8	
191	1760	39.5	
191.5	1758.975	39.6	
192	1757	36.5	
192.5	1756	29.4	
193	1754	23.2	
193.5	1752.975	20	
194	1751	20	
194.5	1750	31.9	
195	1748	34.4	
195.5	1746	35.5	
196	1744	35.9	
196.5	1743	35.8	
197	1741	37.2	
197.5	1739.975	35.6	
198	1737.975	41	
198.5	1736	44.3	
199	1734	47	
199.5	1732	49.9	
200	1729.975	52.5	
200.5	1728.95	57.2	
201	1726	58.6	
201.5	1724.975	59.6	
202	1722	56.2	
202.5	1720	50.3	
203	1718	42.6	
203.5	1716.975	33.1	
204	1714.975	32.7	
204.5	1712.975	39.4	
205	1711	40.9	
205.5	1709	38.3	
206	1707	52.6	
206.5	1705	53.1	
207	1703	41.9	
207.5	1703	36.6	
208	1703	40.1	
208.5	1703	39.5	
209	1702.975	38.8	
209.5	1701.975	37.7	
210	1701	38.2	
210.5	1701	38.2	
211	1701	39.8	
211.5	1700.975	44.3	
212	1700.975	48.5	
212.5	1700	52.8	
213	1700	54.6	
213.5	1700	52.6	
214	1699	45.9	
214.5	1699	46	
215	1699	49.3	
215.5	1698.975	47.9	
216	1698	45.4	
216.5	1698	45.3	
217	1697	49.4	
217.5	1697	49.5	
218	1697	23.1	
218.5	1696	18.5	
219	1696	51.2	
219.5	1696	55.3	
220	1696	52.5	
220.5	1696	50.7	
221	1695.975	51.7	
221.5	1695.975	51.1	
222	1695	49.4	
222.5	1695	48.9	
223	1694.975	49	
223.5	1694.975	50.7	
224	1694.975	54.1	
224.5	1694.975	56.5	
225	1694.975	52.9	
225.5	1694.975	49.8	
226	1694	48.4	
226.5	1693.975	46.6	
227	1693.975	45.1	
227.5	1693.975	44.9	
228	1693.975	44.4	
228.5	1693.975	48.8	
229	1693.975	51.7	
229.5	1693.975	54	
230	1692	54.5	
230.5	1692	50.5	
231	1692	47.2	
231.5	1692	44.6	
232	1692	40.9	
232.5	1691.975	45.4	
233	1691.975	47.4	
233.5	1691	43.3	
234	1691	38.8	
234.5	1691	41.2	
235	1691	40.3	
235.5	1691	40	
236	1691	40.8	
236.5	1690.975	41.3	
237	1690	42.2	
237.5	1690	40.8	
238	1690	39.4	
238.5	1690	39.4	
239	1690	44.3	
239.5	1690	48.5	
240	1689	46.4	
240.5	1689	46.2	
241	1689	49.7	
241.5	1689	50.7	
242	1689	50.7	
242.5	1689	45.6	
243	1689	43.1	
243.5	1689	40.7	
244	1688	34.2	
244.5	1688	36.6	
245	1688	41.8	
245.5	1688	42.3	
246	1688	43.5	
246.5	1688	40.3	
247	1688	40	
247.5	1687	35.8	
248	1687	31.4	
248.5	1687	29.8	
249	1687	32.7	
249.5	1687	34.9	
250	1687	35.9	
250.5	1686.975	38.2	
251	1686	38.2	
251.5	1686	37.7	
252	1686	37	
252.5	1686	37.5	
253	1686	39.7	
253.5	1686	40	
254	1685.975	37.8	
254.5	1685.975	38.2	
255	1685	37.4	
255.5	1685	38	
256	1685	38.5	
256.5	1685	39.4	
257	1685	40.2	
257.5	1685	41.4	
258	1685	42.7	
258.5	1685	43.1	
259	1685	42.7	
259.5	1684	40.6	
260	1684	42.5	
260.5	1684	46.4	
261	1684	43.3	
261.5	1684	42.3	
262	1684	41.4	
262.5	1684	43.7	
263	1684	47.7	
263.5	1683.975	49.2	
264	1683.975	46.3	
264.5	1683.975	42.7	
265	1683.975	43.7	
265.5	1683	41.6	
266	1683	39.8	
266.5	1683	41.7	
267	1683	42.7	
267.5	1682.975	41.4	
268	1682.975	42.2	
268.5	1682.975	42.4	
269	1682.975	45.4	
269.5	1682.975	45.6	
270	1682	44.7	
270.5	1682	46.6	
271	1682	47.2	
271.5	1681.975	45.5	
272	1681.975	46.2	
272.5	1681.975	46.1	
273	1681	51.9	
273.5	1681	46.4	
274	1681	33.7	
274.5	1681	31	
275	1681	32.6	
275.5	1681	33.4	
276	1680.975	32.3	
276.5	1680	33.2	
277	1680	34.1	
277.5	1680	34.1	
278	1680	33.7	
278.5	1680	39	
279	1680	46	
279.5	1680	46.4	
280	1679	41.5	
280.5	1679	51.3	
281	1679	51.8	
281.5	1679	30.5	
282	1679	28.8	
282.5	1679	34.7	
283	1679	41	
283.5	1678.975	42.4	
284	1678.975	31	
284.5	1678	24.9	
285	1678	32.7	
285.5	1678	34.5	
286	1678	22	
286.5	1678	28.9	
287	1677.975	31.2	
287.5	1677	29.4	
288	1677	32.1	
288.5	1677	31.4	
289	1677	37	
289.5	1677	28.4	
290	1677	28.4	
290.5	1676	26.7	
291	1676	25.9	
291.5	1676	25.7	
292	1676	23	
292.5	1676	22.2	
293	1676	22.6	
293.5	1675	16.9	
294	1675	14.2	
294.5	1675	14.9	
295	1675	16.3	
295.5	1675	18.3	
296	1674.975	20.7	
296.5	1674	22.8	
297	1674	25.2	
297.5	1674	21.4	
298	1673.975	20	
298.5	1673.975	21.9	
299	1673	20.9	
299.5	1673	19.8	
300	1673	18.9	
300.5	1672	16.1	
301	1672	9.6	
301.5	1672	12.1	
302	1672	16.1	
302.5	1671	18.9	
303	1671	16.1	
303.5	1671	17	
304	1671	13.9	
304.5	1671	9	
305	1670	7.7	
305.5	1670	8.9	
306	1670	8.2	
306.5	1670	8.8	
307	1669	9.7	
307.5	1669	12.6	
308	1669	9	
308.5	1669	7.9	
309	1668.975	6.7	
309.5	1668	6	
310	1668	7.3	
310.5	1667	4.6	
311	1667	5.7	
311.5	1666	5.6	
312	1666	4.6	
312.5	1664	7.3	
313	1661	8.1	
313.5	1658.975	8.9	
314	1655.975	8.8	
314.5	1651	8.4	
315	1648	8.6	
315.5	1644	9.6	
316	1641	10.6	
316.5	1637	11.2	
317	1634	11.8	
317.5	1631.975	10.2	
318	1628.975	7.9	
318.5	1627	2.1	
319	1625.975	24.1	
319.5	1623.95	42.1	
320	1620.975	45.1	
320.5	1618	33.6	
321	1615	13.4	
321.5	1612.975	11.8	
322	1609	11.2	
322.5	1608	11.8	
323	1607.925	11.5	
323.5	1605.9	9.5	
324	1604.9	2.8	
324.5	1602.925	3.8	
325	1599.975	6.9	
325.5	1598	7	
326	1596.975	5.4	
326.5	1596	4.9	
327	1595	4	
327.5	1594	4	
328	1593.975	5	
328.5	1591.975	6.4	
329	1590.975	8	
329.5	1590	7.6	
330	1589	6.7	
330.5	1587.975	6.6	
331	1587.95	7.1	
331.5	1586.975	6.9	
332	1585.975	7.8	
332.5	1584.975	9.3	
333	1583.975	9.1	
333.5	1582.975	6.8	
334	1582	7.3	
334.5	1580.975	8.9	
335	1578.975	8.6	
335.5	1577.975	8.7	
336	1576.975	9	
336.5	1576	8.3	
337	1575	7.4	
337.5	1575	6.9	
338	1573.975	7.4	
338.5	1572.975	7.8	
339	1572.95	7.7	
339.5	1571.95	7.7	
340	1570	4.4	
340.5	1569	3.9	
341	1568	4.3	
341.5	1568	4	
342	1567.975	4.2	
342.5	1566	4.6	
343	1565	4.9	
343.5	1565	4.9	
344	1564	5	
344.5	1564	6.2	
345	1563.975	7.4	
345.5	1563.975	8	
346	1562.975	8.6	
346.5	1562.975	8.8	
347	1561	9.7	
347.5	1560.975	7.9	
348	1559	7.3	
348.5	1558	7.8	
349	1557.975	8	
349.5	1556	8.9	
350	1555.975	10.4	
350.5	1555	11.6	
351	1553.975	7.3	
351.5	1553	3	
352	1552.975	2.7	
352.5	1551	4.3	
353	1550	4.1	
353.5	1549	4.4	
354	1547.975	4	
354.5	1547	3.6	
355	1545.975	4.9	
355.5	1544.975	5.6	
356	1543	6.2	
356.5	1543	6.5	
357	1542	6.4	
357.5	1541.975	6.6	
358	1540.975	6.6	
358.5	1540	6.2	
359	1539.975	3.6	
359.5	1539	3.8	
360	1538	4.5	
360.5	1537	4.4	
361	1536	4.8	
361.5	1534.975	8.7	
362	1533	7.9	
362.5	1532	6.2	
363	1531	5.6	
363.5	1530	5.2	
364	1529	5.4	
364.5	1527.975	5.3	
365	1526	5.2	
365.5	1525	5.3	
366	1523	5.4	
366.5	1522	4.8	
367	1516	5	
367.5	1510.975	5	
368	1506.975	5.1	
368.5	1501	5.1	
369	1496.95	5.5	
369.5	1489	5.6	
370	1486.975	5.4	
370.5	1484.925	5.6	
371	1478.95	4.9	
371.5	1473.95	4.8	
372	1470	4.6	
372.5	1467.975	4.4	
373	1461	4.2	
373.5	1456.975	3.9	
374	1452	4.9	
374.5	1445.975	5.1	
375	1438.975	3.4	
375.5	1433	2.9	
376	1426.975	2.8	
376.5	1421	2.5	
377	1414	3.2	
377.5	1411.975	3.1	
378	1409.925	3	
378.5	1405.925	1.8	
379	1399.975	1.3	
379.5	1397.925	1	
380	1394.95	0.9	
380.5	1390.975	0.5	
381	1386.975	0.9	
381.5	1385.875	0.8	
382	1384.85	0.9	
382.5	1380.925	1	
383	1376	1.2	
383.5	1373	1.3	
384	1371.975	1.1	
384.5	1370.975	1	
385	1369.975	0.7	
385.5	1368.975	0.7	
386	1367.975	0.9	
386.5	1366	0.9	
387	1365	0.7	
387.5	1363.975	0.9	
388	1361.975	0.9	
388.5	1359.975	0.8	
389	1358	0.9	
389.5	1357.875	1.3	
390	1355.85	1.3	
390.5	1354.85	1.3	
391	1352.9	1.1	
391.5	1350.925	1.3	
392	1347.975	1.7	
392.5	1345.95	1.4	
393	1344	1.7	
393.5	1342.975	1.9	
394	1340.975	2.1	
394.5	1340.95	3.9	
395	1339.95	2.7	
395.5	1337.975	2.1	
396	1337	1.7	
396.5	1336	1.5	
397	1335	1.7	
397.5	1333.95	2.3	
398	1330	2.4	
398.5	1328.975	2	
399	1327	1.7	
399.5	1326.975	1.9	
400	1325	2.4	
400.5	1324	2.3	
401	1323	2.1	
401.5	1322.975	2	
402	1321	1.9	
402.5	1320	2.5	
403	1319	2.4	
403.5	1318	2.3	
404	1317	2.1	
404.5	1316.975	2.1	
405	1315	2.5	
405.5	1313.975	2.7	
406	1312.925	2.7	
406.5	1311.925	2.1	
407	1310.925	1.6	
407.5	1310.9	1.9	
408	1309.9	1.5	
408.5	1308.925	1.7	
409	1304.95	1.9	
409.5	1303.975	2.1	
410	1302.975	2.3	
410.5	1302	2.3	
411	1301	2.3	
411.5	1300	2.7	
412	1299.95	2.8	
412.5	1298.95	2.4	
413	1297.95	2.7	
413.5	1296.975	3.6	
414	1295.975	3.1	
414.5	1294.975	2.5	
415	1294.975	1.8	
415.5	1293.975	2.2	
416	1292.975	2.2	
416.5	1292	2.2	
417	1291	2.1	
417.5	1290.975	1.9	
418	1290	1.3	
418.5	1289	1.3	
419	1288	2.4	
419.5	1287.975	3	
420	1287	6.3	
420.5	1286	2.1	
421	1285	0.2	
421.5	1284	1.7	
422	1283	5.1	
422.5	1282	6.6	
423	1281.975	5.8	
423.5	1280.975	5.1	
424	1280	4.8	
424.5	1279.975	3.9	
425	1278.975	3.2	
425.5	1277.975	3.2	
426	1276.975	3.2	
426.5	1276	2.9	
427	1275	3.2	
427.5	1274	4.3	
428	1273	4.4	
428.5	1272.975	5	
429	1271	5.9	
429.5	1270	6.2	
430	1269.975	6.2	
430.5	1269	5.8	
431	1267.975	5.4	
431.5	1266.975	5.3	
432	1265.975	6	
432.5	1264	6.2	
433	1262.975	6.4	
433.5	1261	6.6	
434	1260	6.5	
434.5	1259.975	6.2	
435	1259	6.6	
435.5	1257.975	6.3	
436	1256.975	6.8	
436.5	1255.975	7.2	
437	1254	6.8	
437.5	1253	6.2	
438	1252	6	
438.5	1251	5.6	
439	1250	3.2	
439.5	1248.975	3.3	
440	1247.975	5.9	
440.5	1246.975	6	
441	1245.975	5	
441.5	1244.975	5.6	
442	1243.95	6.5	
442.5	1242.95	6	
443	1241	5.8	
443.5	1240	5.7	
444	1238	5.6	
444.5	1237	6.1	
445	1236	6.2	
445.5	1235	6.1	
446	1233	6	
446.5	1231	5.8	
447	1229	5.8	
447.5	1227	5.2	
448	1225.975	5.8	
448.5	1223.975	6.1	
449	1222	6.4	
449.5	1219.975	5.8	
450	1217.95	5.7	
450.5	1215.975	4.6	
451	1214	2.6	
451.5	1212	1.7	
452	1210	1.4	
452.5	1207.95	2.3	
453	1205.95	3	
453.5	1203.975	3.3	
454	1195.975	3.8	
454.5	1184.975	4.3	
455	1170.975	4.4	
455.5	1161.975	4.6	
456	1155	4.9	
456.5	1146.925	4.8	
457	1139.975	5.2	
457.5	1131.9	4.3	
458	1120	4	
458.5	1115.95	4	
459	1109.95	4	
459.5	1099	3.7	
460	1093	3.4	
460.5	1090.85	2.8	
461	1089.825	3.2	
461.5	1086.875	3.1	
462	1080.9	3.6	
462.5	1078.85	3.6	
463	1077.85	3.6	
463.5	1074.875	3.6	
464	1068.95	3.4	
464.5	1064.875	3.2	
465	1063.85	3	
465.5	1060.9	2.5	
466	1056.975	2.9	
466.5	1053.975	3.4	
467	1052.925	3.4	
467.5	1051.925	3	
468	1049.95	2.9	
468.5	1046.975	3.2	
469	1045.925	4	
469.5	1043.95	4.6	
470	1041.975	4.3	
470.5	1040.975	4.2	
471	1039.975	4.4	
471.5	1038	4.6	
472	1036.95	4.7	
472.5	1033.95	5.1	
473	1032.925	5.6	
473.5	1030.95	5.6	
474	1026.975	5.6	
474.5	1025.9	5.4	
475	1024.9	5.4	
475.5	1022.95	5.1	
476	1021.95	6	
476.5	1019.975	6.7	
477	1019	6	
477.5	1018	5.8	
478	1016.975	5.8	
478.5	1016.975	5.1	
479	1015	4.7	
479.5	1014.975	5.6	
480	1013.975	5.7	
480.5	1012	6	
481	1011.925	6.4	
481.5	1010.9	6.4	
482	1009.9	6.6	
482.5	1007.925	7.3	
483	1005.95	7.8	
483.5	1002.975	8.3	
484	1000.95	8.3	
484.5	998.975	8.5	
485	997	7.7	
485.5	995	6	
486	995	5.8	
486.5	993.975	6	
487	992.975	5.8	
487.5	991.95	5.5	
488	991.95	6.3	
488.5	990.975	6.9	
489	989	6.3	
489.5	987.975	6.5	
490	985	7.1	
490.5	983.95	6.9	
491	981	6.6	
491.5	979.975	6.7	
492	978	6.2	
492.5	977	4.5	
493	975.975	4.9	
493.5	974	4.8	
494	972.975	4.8	
494.5	970.975	5.1	
495	969.95	8.4	
495.5	968.95	12.1	
496	966.975	9.1	
496.5	965.975	6.5	
497	963.975	6	
497.5	961	5	
498	958.975	5.2	
498.5	955.975	5.2	
499	952.975	5.4	
499.5	950	5.6	
500	947	5.9	
500.5	944.975	6.3	
501	943	6.2	
501.5	940	5.9	
502	937	5.9	
502.5	934	5.5	
503	931	5.2	
503.5	928	6	
504	926	6.3	
504.5	924	5.7	
505	921	5.6	
505.5	918	5.7	
506	915	6.3	
506.5	912	6.4	
507	910	6	
507.5	907	5.4	
508	904	4.7	
508.5	901	2	
509	898	13	
509.5	895	18.6	
510	892	18.2	
510.5	889	22.8	
511	885	18.6	
511.5	881.95	14.9	
512	877.95	11.2	
512.5	873.9	10	
513	868.975	9.7	
513.5	864.975	8.8	
514	857.95	9.4	
514.5	854.975	9	
515	852.95	8.8	
515.5	851.95	9	
516	849.975	8.7	
516.5	845	8.2	
517	843.975	7.3	
517.5	840	8.5	
518	836	9.9	
518.5	832	10.1	
519	830	10.6	
519.5	829	10.4	
520	827.95	10.1	
520.5	825	10.1	
521	824.95	10	
521.5	823.975	9.8	
522	822.975	10.8	
522.5	821.975	9.9	
523	820.925	10.1	
523.5	817.975	10.3	
524	815.975	9.2	
524.5	814.95	8.9	
525	812	9.6	
525.5	809.975	9.4	
526	808.975	9.1	
526.5	807.975	9.5	
527	807.95	10.3	
527.5	805.95	11.6	
528	804.925	9.1	
528.5	802.925	7.3	
529	799.95	9.8	
529.5	797	14.2	
530	795	13.1	
530.5	794	10.4	
531	792.975	12.9	
531.5	792.95	14.2	
532	791.95	12.5	
532.5	790.975	11.2	
533	789.975	10.7	
533.5	789	8.2	
534	788	5	
534.5	787.975	7.2	
535	787.95	10.8	
535.5	786.95	10.6	
536	785.95	10.9	
536.5	784.95	11.4	
537	782.975	10.7	
537.5	781.975	10.6	
538	780.975	9.5	
538.5	779.975	8.3	
539	779	8.9	
539.5	778	7.5	
540	776	8.1	
540.5	774.975	9.3	
541	772.975	9.3	
541.5	770.975	9.5	
542	769	9.3	
542.5	767	10.1	
543	765	11.6	
543.5	763	12.2	
544	762	12.2	
544.5	761	13.4	
545	759	14.1	
545.5	757.975	12.4	
546	755.975	9.4	
546.5	753.975	8.4	
547	752	9.5	
547.5	751	10.3	
548	748.975	11.5	
548.5	746.975	12.3	
549	745	11.7	
549.5	744	11	
550	742	10	
550.5	740	10.5	
551	739	10.5	
551.5	737	8.9	
552	735	7.3	
552.5	734	5.4	
553	732	4.4	
553.5	729.975	7.9	
554	727	10.1	
554.5	725	10.8	
555	723	10.8	
555.5	721	14.2	
556	719	16.3	
556.5	716	15.9	
557	714.975	14.5	
557.5	712.975	12.8	
558	711	11.8	
558.5	708.975	11.5	
559	706	11.5	
559.5	704	11.6	
560	702	11.8	
560.5	700	12.2	
561	697	12.6	
561.5	696	11.6	
562	695.975	10.7	
562.5	693.975	10.8	
563	693	10.3	
563.5	692.975	9.9	
564	692	9.6	
564.5	690.975	9.3	
565	689.975	8.9	
565.5	688.975	8.3	
566	688	8.9	
566.5	687	8.3	
567	686	7.9	
567.5	685.975	7.2	
568	684.975	4.2	
568.5	684	2.3	
569	683.975	3.9	
569.5	683.975	7.1	
570	682	7.7	
570.5	680	7.7	
571	679	7.4	
571.5	679	6.9	
572	679	6.6	
572.5	678.975	7.1	
573	678	7	
573.5	678	7	
574	677.975	7.4	
574.5	676	8.3	
575	675.975	9.6	
575.5	674.975	10.1	
576	674	10.8	
576.5	673.975	10.1	
577	672.975	9	
577.5	672	9.2	
578	671.975	10.1	
578.5	671.95	9.8	
579	670.975	8.6	
579.5	670.975	8.1	
580	670.975	7.7	
580.5	669.975	7.7	
581	669.975	7.6	
581.5	669	7.7	
582	668.975	7.3	
582.5	668	7.6	
583	667.975	7.1	
583.5	667	7.5	
584	666	7.5	
584.5	665.975	7.4	
585	665.975	8.4	
585.5	665	9.5	
586	665	9.8	
586.5	664.975	9	
587	664	8.3	
587.5	664	8	
588	663	7.9	
588.5	662.975	7.9	
589	662	8.1	
589.5	661.975	7.7	
590	661	7.5	
590.5	660.975	7.5	
591	660.95	7.3	
591.5	659.975	7.6	
592	659.975	7.7	
592.5	659.95	7.4	
593	658	7.5	
593.5	658	7.9	
594	658	10.1	
594.5	658	12.9	
595	658	8.6	
595.5	658	7.3	
596	657.975	10.3	
596.5	657.975	12.9	
597	657	9.1	
597.5	657	8.4	
598	657	7.8	
598.5	656	8.4	
599	656	8.8	
599.5	656	9.1	
600	655	8.9	
600.5	654.975	9.1	
601	654.95	8	
601.5	653.95	7.8	
602	652.975	8.8	
602.5	652.975	10	
603	652	9.7	
603.5	652	9.7	
604	651	11.2	
604.5	651	11	
605	650.975	10.1	
605.5	650	10.6	
606	649.975	11.2	
606.5	649	11.4	
607	648.975	10.7	
607.5	647	11.1	
608	647	11.1	
608.5	647	12.4	
609	646.975	13.4	
609.5	646.975	12	
610	646	14	
610.5	646	17.2	
611	646	16.8	
611.5	646	18	
612	645	15.9	
612.5	645	15	
613	645	15.5	
613.5	644	15.3	
614	644	16.5	
614.5	643.95	17.5	
615	643.95	17.3	
615.5	643.95	16.4	
616	642.975	10.1	
616.5	642	8.3	
617	641.975	9.1	
617.5	641.975	10.8	
618	641.975	11.7	
618.5	641	10.8	
619	641	10.1	
619.5	640.975	9.9	
620	640.975	9.6	
620.5	640	9.3	
621	640	10	
621.5	640	11.2	
622	639	11.4	
622.5	639	11	
623	639	11.1	
623.5	639	11.2	
624	639	12.7	
624.5	638	12.8	
625	638	11.2	
625.5	638	10.3	
626	638	10.4	
626.5	637.975	10.7	
627	637	10.5	
627.5	637	10.4	
628	636.975	11	
628.5	636.975	10.6	
629	636.975	11	
629.5	636	11.5	
630	636	11.9	
630.5	636	12.1	
631	636	12.3	
631.5	636	12.4	
632	635.975	12.5	
632.5	635	11.5	
633	635	11.8	
633.5	635	12.4	
634	635	12	
634.5	634.975	12	
635	634	12.4	
635.5	634	12	
636	634	10.9	
636.5	634	11.4	
637	633.975	11.4	
637.5	633	12.4	
638	633	22.5	
638.5	633	30.3	
639	632	36.2	
639.5	632	37	
640	631.975	17.3	
640.5	631	9.7	
641	631	11.7	
641.5	631	10.5	
642	630.975	10.7	
642.5	630	11.2	
643	630	10.7	
643.5	630	10.3	
644	629	8.3	
644.5	629	9.9	
645	629	11.3	
645.5	629	11.8	
646	628.975	12.1	
646.5	628	13.4	
647	628	14.3	
647.5	627	13.9	
648	627	15.5	
648.5	627	15	
649	626	13.2	
649.5	626	12	
650	626	10.6	
650.5	626	9.3	
651	625	8.4	
651.5	625	8.9	
652	625	10.5	
652.5	624.975	10.2	
653	624.975	10.3	
653.5	624	12.2	
654	623.975	12.1	
654.5	623.975	12.2	
655	623	11.8	
655.5	623	11.2	
656	622.975	10.8	
656.5	622.975	10.3	
657	622	10.3	
657.5	622	11.6	
658	621	11.2	
658.5	621	10.9	
659	620.975	11.4	
659.5	620	11.4	
660	620	10.8	
660.5	620	11.4	
661	620	11.6	
661.5	619	8.5	
662	619	6.7	
662.5	619	9.1	
663	619	10.2	
663.5	618	9.6	
664	618	9.9	
664.5	618	10.2	
665	617.975	10.3	
665.5	617	10.7	
666	617	11.5	
666.5	616.975	11.3	
667	616.975	11.8	
667.5	616	12.7	
668	616	12.9	
668.5	615.975	11.8	
669	615.975	8.4	
669.5	615	7.9	
670	615	8.7	
670.5	614.975	9	
671	614.975	8.4	
671.5	614	8.4	
672	613.975	9.4	
672.5	613.975	9.3	
673	613	9.9	
673.5	612	10.6	
674	612	11	
674.5	611.975	10.6	
675	611	10.8	
675.5	611	11.7	
676	611	11.8	
676.5	610.975	11.2	
677	610	11.4	
677.5	610	11.7	
678	609	10.9	
678.5	609	9.6	
679	609	8.7	
679.5	608	8.3	
680	608	7.7	
680.5	607	7.9	
681	607	8.5	
681.5	606.975	10.3	
682	606	11.8	
682.5	606	11.2	
683	606	9.2	
683.5	606	8.6	
684	605	8.5	
684.5	605	8.2	
685	605	7.4	
685.5	605	7.7	
686	604	8.7	
686.5	603	9.9	
687	603	9.9	
687.5	602.975	8.5	
688	602	8.1	
688.5	601.975	8.5	
689	601	8.9	
689.5	601	9	
690	600	8.8	
690.5	600	9.4	
691	599	10.3	
691.5	599	9.9	
692	599	9.5	
692.5	599	9.3	
693	598.975	9.2	
693.5	598	9.3	
694	598	9.7	
694.5	597.975	10	
695	597	9.7	
695.5	597	9.3	
696	596.975	9.3	
696.5	596	8.5	
697	595.975	8.3	
697.5	595.975	8.7	
698	595	6.8	
698.5	594	6.6	
699	594	8.5	
699.5	593	9.3	
700	593	9.5	
700.5	593	11.5	
701	592	13.8	
701.5	591.975	10.8	
702	590	9.3	
702.5	590	9.8	
703	589	8.9	
703.5	589	8	
704	588	7.7	
704.5	588	7.5	
705	587	8.6	
705.5	587	9.1	
706	587	8.8	
706.5	587	9.4	
707	587	9.3	
707.5	586	9.1	
708	586	9.5	
708.5	585.975	13.5	
709	585	17.4	
709.5	585	20.4	
710	585	0.5	
710.5	584	4.3	
711	584	7.8	
711.5	584	10.9	
712	584	13.9	
712.5	583.975	15.5	
713	583	12.7	
713.5	582.975	13	
714	582	15	
714.5	582	16.8	
715	582	15.7	
715.5	582	14	
716	581.975	12.7	
716.5	581.975	12.8	
717	581	13.8	
717.5	581	13	
718	581	14.4	
718.5	581	14.8	
719	581	13.9	
719.5	581	14.4	
720	581	14.8	
720.5	580.975	15.9	
721	580.975	17.7	
721.5	580.975	18.7	
722	580.975	16.6	
722.5	580	16.8	
723	580	17.1	
723.5	579.975	18	
724	579.975	17.7	
724.5	579	18.8	
725	579	19.1	
725.5	579	18.2	
726	579	17	
726.5	579	17.7	
727	579	16.6	
727.5	579	16.2	
728	579	18.6	
728.5	578	18.6	
729	578	19	
729.5	578	18.9	
730	578	17.5	
730.5	577	17.7	
731	577	19.1	
731.5	577	18.6	
732	577	18.4	
732.5	577	17.7	
733	576.975	16.3	
733.5	576.975	15.6	
734	576.975	15.5	
734.5	576.975	15.8	
735	576	16.4	
735.5	576	18.9	
736	576	17.9	
736.5	575.975	17.1	
737	575.975	17	
737.5	575	17.7	
738	575	17.3	
738.5	575	17.7	
739	575	17	
739.5	575	15.4	
740	575	24.3	
740.5	575	21.3	
741	575	16.2	
741.5	574.975	16.8	
742	574	17.1	
742.5	574	18.5	
743	574	18.4	
743.5	574	20.8	
744	574	20.2	
744.5	574	20.6	
745	574	22	
745.5	573	20.4	
746	573	21.8	
746.5	572.975	24.1	
747	572.975	19.1	
747.5	572.975	11.8	
748	572.975	17.7	
748.5	572.975	21.8	
749	572.975	20.5	
749.5	572.975	19	
750	572	18.7	
750.5	572	19.7	
751	572	20.4	
751.5	572	22.1	
752	572	23.6	
752.5	572	21	
753	572	19.8	
753.5	572	19.7	
754	572	24.7	
754.5	571.975	25.4	
755	571.975	21	
755.5	571	19.4	
756	571	18.8	
756.5	571	19.8	
757	571	19.5	
757.5	571	19.3	
758	571	20.2	
758.5	571	19.8	
759	571	18.7	
759.5	570.975	18.7	
760	570.975	16.9	
760.5	570	17.9	
761	570	18.5	
761.5	570	17.8	
762	570	18.6	
762.5	570	20.2	
763	570	21.6	
763.5	570	20	
764	569.975	18.7	
764.5	569	17.7	
765	569	21	
765.5	569	21.4	
766	569	20.6	
766.5	569	23.1	
767	569	25.9	
767.5	569	20.6	
768	569	21.3	
768.5	569	20.2	
769	568.975	22.6	
769.5	568	21.1	
770	568	19.5	
770.5	568	19.7	
771	568	20.3	
771.5	568	20.1	
772	568	19.1	
772.5	568	17.9	
773	567	17.7	
773.5	567	17.1	
774	567	17.2	
774.5	567	19.1	
775	567	20.9	
775.5	567	20.4	
776	567	19.8	
776.5	567	19	
777	567	19	
777.5	567	18.7	
778	566	18.2	
778.5	566	17.5	
779	566	17.6	
779.5	566	17.9	
780	566	18.7	
780.5	566	19.6	
781	566	19.2	
781.5	566	17.3	
782	566	17.7	
782.5	565.975	19	
783	565	18.5	
783.5	565	19.6	
784	565	21.7	
784.5	565	24.3	
785	565	18.2	
785.5	565	18.6	
786	565	16.4	
786.5	565	17.9	
787	565	19.3	
787.5	565	17.7	
788	565	16.1	
788.5	565	16.3	
789	564.975	15.3	
789.5	564	16	
790	564	17.3	
790.5	564	17.6	
791	564	17.7	
791.5	564	18.3	
792	564	19.3	
792.5	564	18.1	
793	564	16.9	
793.5	564	16.5	
794	564	17.3	
794.5	563	20	
795	563	20	
795.5	563	19.2	
796	563	19.7	
796.5	563	15.1	
797	563	15.2	
797.5	563	15.7	
798	563	15.4	
798.5	562.975	16.2	
799	562.975	15.3	
799.5	562	15	
800	562	15.9	
800.5	562	14.5	
801	562	14.6	
801.5	562	14.5	
802	562	14.6	
802.5	562	14.9	
803	561.975	14.5	
803.5	561	14	
804	561	14.2	
804.5	561	15.3	
805	561	14.6	
805.5	561	13	
806	561	12.4	
806.5	560.975	13.2	
807	560	11.9	
807.5	560	11.5	
808	560	11.4	
808.5	560	10.7	
809	560	10.8	
809.5	560	11.2	
810	560	12	
810.5	559	12.8	
811	559	1.7	
811.5	559	11.2	
812	559	13.1	
812.5	559	12.8	
813	559	13.2	
813.5	559	13.6	
814	559	13.9	
814.5	558.975	14.6	
815	558	14.7	
815.5	558	15.4	
816	558	14.4	
816.5	558	14.4	
817	557.975	14.6	
817.5	557.975	13.5	
818	557	13.3	
818.5	557	13.3	
819	557	12.8	
819.5	557	13.2	
820	557	13.4	
820.5	557	12.8	
821	557	12.3	
821.5	557	12.4	
822	556	12.5	
822.5	556	13.5	
823	556	13.8	
823.5	556	14.6	
824	556	15.1	
824.5	556	14.7	
825	556	13.8	
825.5	555.975	12.9	
826	555.975	12.6	
826.5	555	14.4	
827	555	14.1	
827.5	555	13	
828	555	13	
828.5	555	13	
829	555	11.3	
829.5	554	11.8	
830	554	12.6	
830.5	554	13.2	
831	554	14	
831.5	554	14.4	
832	554	14	
832.5	554	14.3	
833	553.975	14.5	
833.5	553.975	14.3	
834	553.975	14	
834.5	553.975	14.6	
835	553	14.8	
835.5	553	15.5	
836	553	15.6	
836.5	553	16.5	
837	552.975	17.6	
837.5	552.975	16.1	
838	552	15.7	
838.5	552	15.7	
839	552	16.5	
839.5	552	15.7	
840	552	16.2	
840.5	552	15.8	
841	551.975	14.6	
841.5	551	15	
842	551	15	
842.5	551	16.4	
843	551	17.4	
843.5	551	14.2	
844	551	12.4	
844.5	550	15.6	
845	550	15.1	
845.5	550	14.6	
846	550	14.7	
846.5	550	14.8	
847	550	14.7	
847.5	549	13.9	
848	549	13.7	
848.5	549	13.2	
849	549	12.5	
849.5	549	13.2	
850	549	13.6	
850.5	548.975	12.8	
851	548.975	12.3	
851.5	548	12.9	
852	548	13.4	
852.5	548	13.1	
853	548	12.9	
853.5	547.975	12.4	
854	547.975	12.5	
854.5	547	13.2	
855	547	14.1	
855.5	547	14.5	
856	547	14.1	
856.5	546	14	
857	546	14	
857.5	546	13.5	
858	546	12.6	
858.5	546	12.7	
859	546	12.2	
859.5	546	12	
860	545.975	11.6	
860.5	545	12	
861	545	11.8	
861.5	545	11.3	
862	545	11.2	
862.5	544.975	10.8	
863	544	10.3	
863.5	544	9.9	
864	544	10	
864.5	543	10.8	
865	542	10.5	
865.5	541	9.9	
866	540	11	
866.5	539.975	14	
867	537.975	10.6	
867.5	536	9.7	
868	534	9.8	
868.5	532	9.7	
869	530.975	9.5	
869.5	529.975	9.9	
870	527	9.8	
870.5	525.975	9.6	
871	523	9.2	
871.5	522.925	9.1	
872	520.975	9.9	
872.5	520	10.4	
873	519.975	10	
873.5	518.975	9.6	
874	517	10.1	
874.5	515	10.9	
875	512.975	11.1	
875.5	511	10.6	
876	510.975	12.2	
876.5	510.975	13.9	
877	509	16	
877.5	508.975	17	
878	508	16.9	
878.5	507.975	16.8	
879	506.975	17.7	
879.5	506.95	17.4	
880	506.95	19.5	
880.5	505	18.4	
881	504.975	15.3	
881.5	503.975	15.3	
882	503	15.9	
882.5	503	16.3	
883	502.975	15.5	
883.5	501.925	14.8	
884	501.9	15.1	
884.5	500.925	15	
885	499.95	14.9	
885.5	498.975	13.5	
886	497	7.5	
886.5	496	8.1	
887	495	15.3	
887.5	495	17	
888	494	17.7	
888.5	494	17.7	
889	493.975	17.4	
889.5	493	16.9	
890	491.975	16.5	
890.5	490.975	15.7	
891	489	14.6	
891.5	488	14.7	
892	487.975	14.6	
892.5	486.975	14.9	
893	486.95	14.7	
893.5	485.975	14.6	
894	485.95	14	
894.5	485.95	13.6	
895	484.975	13	
895.5	484.95	12.4	
896	483.975	12	
896.5	483.975	11.3	
897	483.95	10.5	
897.5	482.975	9.9	
898	482.975	9.9	
898.5	481.975	10.1	
899	481.975	10.5	
899.5	481.975	10.9	
900	480.975	11	
900.5	480.975	10.5	
901	480	9.5	
901.5	479	8.9	
902	478.975	11	
902.5	478.975	11.6	
903	478.975	9.1	
903.5	477.975	8.9	
904	477.975	8.7	
904.5	477.975	8.8	
905	476.975	9.3	
905.5	476.975	9.6	
906	476	10.4	
906.5	475.975	11.5	
907	475.975	12.5	
907.5	475	5.6	
908	474.975	-0.3	
908.5	474	-0.3	
909	474	-0.1	
909.5	473	4	
910	472	15.9	
910.5	472	20.3	
911	471	21.4	
911.5	471	23.5	
912	470.975	24.3	
912.5	470	22.4	
913	469.975	20.2	
913.5	469	18.1	
914	469	16.9	
914.5	468	9.7	
915	468	4.6	
915.5	467	10.7	
916	467	13.4	
916.5	466	14	
917	466	13.8	
917.5	465	13.6	
918	465	16.7	
918.5	464.975	16.3	
919	464	14.6	
919.5	464	15.8	
920	463	26	
920.5	462.975	18.3	
921	462	14.8	
921.5	461.975	14.6	
922	461	15.2	
922.5	460.975	15.2	
923	459.975	15.7	
923.5	459.975	15.9	
924	458.975	15.9	
924.5	458	16.5	
925	457	15.8	
925.5	457	16.1	
926	456	18.2	
926.5	456	17.9	
927	455	18.5	
927.5	455	20	
928	454.975	19.9	
928.5	454	15.5	
929	453	13.1	
929.5	453	14.2	
930	452	15.2	
930.5	452	15.5	
931	451	15.3	
931.5	450	14.6	
932	450	14.9	
932.5	449	15	
933	448	15.1	
933.5	447.975	16.1	
934	447	17.9	
934.5	446	19.1	
935	445	18.8	
935.5	445	17.6	
936	444	19.7	
936.5	443	20.4	
937	442	18.9	
937.5	442	18.4	
938	441	17.1	
938.5	440	17.1	
939	439	18.2	
939.5	438	17.7	
940	437.975	16.1	
940.5	437	14.5	
941	436	13	
941.5	435	12.4	
942	434.975	14.6	
942.5	433	16.5	
943	432	17.6	
943.5	429	18.3	
944	423	17.3	
944.5	419.975	15.4	
945	413.975	14.6	
945.5	405.95	14.8	
946	398.975	17.4	
946.5	392.925	17.7	
947	386.975	17.2	
947.5	381.975	17	
948	375.95	16.3	
948.5	371.95	16.3	
949	365.975	17.1	
949.5	361	16.3	
950	355	16.2	
950.5	349	15.9	
951	344.95	16.2	
951.5	341	17.5	
952	334.975	16.3	
952.5	331	15.9	
953	328.925	16.1	
953.5	325.95	15.7	
954	322.975	17.3	
954.5	321.975	17.6	
955	320	18	
955.5	319.975	17.5	
956	318.975	17	
956.5	318	17.5	
957	317.8	18.1	
957.5	313.85	19.6	
958	307.975	21	
958.5	305.925	21.9	
959	300.925	20	
959.5	298.85	19.5	
960	295.925	19.6	
960.5	293	20.2	
961	292	18.8	
961.5	289.975	17.5	
962	289.975	15.1	
962.5	289.95	21.1	
963	289.95	22.3	
963.5	288.95	23.4	
964	288.95	23.1	
964.5	286.975	22.4	
965	285.95	24.1	
965.5	284.9	25.7	
966	284.825	24.7	
966.5	283.775	21.9	
967	282.75	18.5	
967.5	279.825	17.1	
968	277.85	29.6	
968.5	274.925	78.8	
969	272	24.3	
969.5	270	11.6	
970	267.975	12.6	
970.5	264.95	20.1	
971	262	28.2	
971.5	260	40.7	
972	259	38.1	
972.5	259	27.2	
973	257.975	44.2	
973.5	257.875	47.2	
974	256.825	51.9	
974.5	256.8	48.7	
975	250.9	62.5	
975.5	245.975	32.3	
976	245	40.7	
976.5	244.975	52.3	
977	244.95	27.1	
977.5	243.95	1.5	
978	243.925	1.7	
978.5	241.95	1	
979	239.975	0.7	
979.5	238	1.4	
980	237	2.9	
980.5	236	1.7	
981	235.95	2	
981.5	234.95	30.2	
982	234.925	36.4	
982.5	231.975	39.8	
983	229.975	37.7	
983.5	228.975	34.1	
984	228	32.3	
984.5	227	31.7	
985	226.975	34	
985.5	226.95	34.3	
986	225.975	28.6	
986.5	225.95	25.4	
987	225.95	24.1	
987.5	224.975	25.9	
988	222.975	26.7	
988.5	222.9	30.1	
989	217	26.3	
989.5	216.975	23.1	
990	216.95	23	
990.5	216.925	21	
991	216.9	21.4	
991.5	215.9	22.8	
992	215.9	20.7	
992.5	215.875	23	
993	215.875	22	
993.5	215.875	22.4	
994	215.875	23.4	
994.5	215.875	22.8	
995	214.9	5.6