# Pant - Pahalgam - ABPI - ITRDB INDI008
#-----------------------------------------------------------------------
#               World Data Service for Paleoclimatology, Boulder
#                                  and
#                     NOAA Paleoclimatology Program
#             National Centers for Environmental Information (NCEI)
#-----------------------------------------------------------------------
# Template Version 3.0
# Encoding: UTF-8
# NOTE: Please cite original publication, online resource and date accessed when using these data,
# If there is no publication information, please cite investigator, title, online resource and date accessed.
#
# Online_Resource: https://www.ncdc.noaa.gov/paleo/study/4084
#             Description: NOAA Landing Page of study
# Online_Resource: https://www1.ncdc.noaa.gov//pub/data/paleo/treering/chronologies/asia/indi008r-noaa.crn
#    Description: Chronology - NOAA Template File
#
# Original_Source_URL: https://www1.ncdc.noaa.gov/pub/data/paleo/treering/chronologies/asia/indi008r.crn
#    Description: Chronology - Tucson Decadal File
#
# Archive: Tree Ring
#
# Dataset_DOI: 
#
# Parameter_Keywords: more info, ring width
#-------------------
# Contribution_Date
# Date: 2013-05-01
#-------------------
# File_Last_Modified_Date
# Date: 2018-12-19
#-------------------
# Title
#   Study_Name: Pant - Pahalgam - ABPI - ITRDB INDI008
#-------------------
# Investigators: Pant, G.B.
#-------------------
# Description_Notes_and_Keywords
#     Description: NOAA Template Chronology file added 2018-12-19.
#-------------------
# Publication
# Authors: 
# Journal_Name: Nature Geoscience
# Published_Title: Continental-scale temperature variability during the past two millennia
# Published_Date_or_Year: 2013
# Volume: 
# Pages: 
# Report_Number: 
# DOI: 10.1038/NGEO1797
# Full_Citation: PAGES 2k Consortium. 2013.
#  Continental-scale temperature variability during the past two millennia. Nature Geoscience, Vol. 6, pp. 339-346, May 2013.  www.nature.com/naturegeoscience  DOI: 10.1038/NGEO1797
# Abstract: Past global climate changes had strong regional expression. To elucidate their spatio-temporal pattern, we reconstructed past temperatures for seven continental-scale regions during the past one to two millennia. The most coherent feature in nearly all of the regional temperature reconstructions is a long-term cooling trend, which ended late in the nineteenth century. At multi-decadal to centennial scales, temperature variability shows distinctly different regional patterns, with more similarity within each hemisphere than between them. There were no globally synchronous multi-decadal warm or cold intervals that define a worldwide Medieval Warm Period or Little Ice Age, but all reconstructions show generally cold conditions between ad 1580 and 1880, punctuated in some regions by warm decades during the eighteenth century. The transition to these colder conditions occurred earlier in the Arctic, Europe and Asia than in North America or the Southern Hemisphere regions. Recent warming reversed the long-term cooling; during the period ad 1971-2000, the area-weighted average reconstructed temperature was higher than any other time in nearly 1,400 years.
#-------------------
# Site_Information
# Site_Name:  Pahalgam
# Location: Jammu and Kashmir
# Northernmost_Latitude: 34.03
# Southernmost_Latitude: 34.03
# Easternmost_Longitude: 75.7
# Westernmost_Longitude: 75.7
# Elevation: 2900
#-------------------
# Data_Collection
# Collection_Name:  INDI008
# Earliest_Year: 1609
# Most_Recent_Year: 1982
# Time_Unit: AD
# Notes: 
#-------------------
# Species
# Species_Name: Abies pindrow (Royle ex D. Don) Royle
# Common_Name: Himalayan silver fir
# Tree_Species_Code: ABPI
#-------------------
# Chronology_Information 
#      Chronology: 
#---------------------
# Variables 
#  variables format: shortname <tab> var components: what,material,error,units,season,archive,detail,method, C or N for Char or Numeric data,additional information
## age_CE	age,,,year Common Era,,tree ring,,,N,
## trsgi	tree ring standardized growth index,,,,,tree ring,composited,residual,N,
## numsamp	number of samples,,,count,,tree ring,,,N,
#
#--------------------
# Data:
# Missing_Values: -999
age_CE	trsgi	numsamp
1610	 948	  1
1611	 796	  1
1612	1193	  1
1613	 458	  1
1614	1234	  1
1615	1493	  1
1616	1064	  1
1617	1070	  1
1618	 904	  1
1619	 839	  1
1620	  74	  1
1621	 780	  2
1622	1107	  2
1623	 931	  2
1624	1077	  2
1625	1098	  2
1626	1120	  2
1627	 919	  2
1628	1301	  2
1629	 779	  2
1630	1062	  2
1631	1130	  2
1632	1082	  2
1633	 941	  3
1634	1114	  3
1635	1104	  3
1636	1165	  3
1637	 924	  4
1638	 849	  4
1639	 927	  4
1640	 981	  4
1641	 924	  4
1642	 943	  4
1643	 996	  4
1644	1185	  4
1645	1060	  4
1646	 477	  4
1647	 720	  4
1648	1007	  5
1649	1272	  5
1650	1006	  5
1651	1187	  5
1652	 782	  5
1653	1116	  5
1654	1109	  5
1655	1120	  5
1656	1053	  5
1657	 969	  5
1658	 957	  6
1659	1221	  6
1660	1133	  6
1661	1046	  6
1662	 995	  6
1663	 937	  7
1664	 940	  7
1665	1022	  7
1666	 965	  7
1667	 921	  7
1668	1061	  7
1669	 927	  7
1670	1018	  7
1671	1124	  7
1672	 975	  7
1673	 953	  7
1674	1087	  7
1675	1112	  7
1676	 950	  7
1677	 948	  8
1678	 926	  8
1679	1171	  8
1680	 951	  8
1681	1064	  8
1682	 932	  8
1683	 973	  8
1684	1051	  8
1685	1048	  8
1686	1194	  8
1687	 954	  8
1688	 942	  8
1689	1081	  8
1690	1016	  8
1691	1080	  8
1692	1004	  8
1693	 858	  8
1694	 773	  8
1695	1130	  8
1696	 985	  8
1697	 802	  8
1698	 933	  8
1699	1030	  8
1700	1116	  8
1701	1020	  8
1702	 812	  8
1703	1058	  8
1704	 980	  8
1705	 878	  8
1706	1171	  8
1707	 863	  8
1708	1196	  8
1709	1052	  8
1710	1138	  8
1711	 993	  8
1712	1066	  8
1713	1148	  8
1714	1095	  8
1715	 986	  8
1716	 992	  8
1717	 795	  8
1718	 997	  8
1719	1031	  8
1720	1053	  8
1721	 857	  8
1722	1092	  8
1723	 772	  8
1724	 979	  8
1725	 995	  8
1726	 956	  8
1727	 800	  8
1728	 994	  8
1729	 873	  8
1730	1018	  8
1731	 954	  8
1732	1188	  8
1733	1102	  8
1734	1081	  8
1735	1153	  8
1736	 967	  8
1737	 925	  8
1738	1064	  8
1739	1143	  8
1740	1013	  8
1741	 935	  8
1742	1139	  8
1743	 912	  8
1744	1157	  8
1745	1007	  8
1746	 845	  8
1747	1105	  8
1748	1108	  8
1749	 629	  8
1750	 852	  8
1751	1034	  8
1752	1092	  8
1753	 994	  8
1754	1096	  8
1755	 916	  8
1756	1180	  8
1757	1020	  8
1758	 994	  8
1759	1172	  8
1760	 928	  8
1761	1035	  8
1762	1043	  8
1763	1068	  8
1764	1109	  8
1765	 978	  8
1766	1139	  8
1767	 953	  8
1768	1005	  8
1769	1121	  8
1770	1246	  8
1771	 976	  8
1772	 825	  8
1773	1117	  8
1774	 828	  8
1775	1098	  8
1776	 981	  8
1777	 951	  8
1778	1128	  8
1779	1048	  8
1780	 785	  8
1781	1060	  8
1782	 902	  8
1783	1071	  8
1784	 966	  8
1785	 605	  8
1786	1160	  8
1787	1056	  8
1788	 835	  8
1789	1082	  8
1790	 822	  8
1791	1004	  8
1792	1195	  8
1793	 906	  8
1794	 852	  8
1795	 879	  8
1796	1195	  8
1797	1044	  8
1798	1037	  8
1799	1115	  8
1800	1059	  8
1801	1010	  8
1802	 746	  8
1803	1062	  8
1804	 907	  8
1805	1178	  8
1806	1014	  8
1807	 989	  8
1808	1189	  8
1809	 954	  8
1810	1032	  8
1811	 912	  8
1812	 879	  8
1813	 971	  8
1814	1315	  8
1815	 979	  8
1816	1206	  8
1817	 964	  8
1818	 934	  8
1819	 988	  8
1820	 821	  8
1821	 997	  8
1822	1051	  8
1823	 895	  8
1824	1045	  8
1825	1162	  8
1826	 920	  8
1827	 893	  8
1828	1048	  8
1829	 979	  8
1830	 886	  8
1831	 949	  8
1832	1088	  8
1833	 930	  8
1834	1124	  8
1835	1161	  8
1836	1055	  8
1837	1106	  8
1838	1048	  8
1839	 916	  8
1840	1089	  8
1841	1132	  8
1842	 841	  8
1843	 862	  8
1844	 855	  8
1845	1038	  8
1846	 610	  8
1847	1071	  8
1848	1119	  8
1849	 911	  8
1850	1037	  8
1851	 976	  8
1852	 945	  8
1853	1022	  8
1854	1152	  8
1855	1040	  8
1856	1131	  8
1857	1036	  8
1858	1028	  8
1859	1173	  8
1860	 989	  8
1861	1006	  8
1862	1018	  8
1863	 962	  8
1864	1102	  8
1865	 896	  8
1866	 972	  8
1867	1034	  8
1868	 944	  8
1869	 911	  8
1870	 979	  8
1871	 987	  8
1872	 934	  8
1873	1073	  8
1874	 998	  8
1875	 994	  8
1876	1066	  8
1877	1089	  8
1878	1014	  8
1879	1049	  8
1880	 998	  8
1881	1086	  8
1882	 993	  8
1883	 816	  8
1884	 762	  8
1885	1217	  8
1886	 824	  8
1887	 802	  8
1888	 981	  8
1889	1175	  8
1890	 903	  8
1891	 987	  8
1892	 987	  8
1893	1017	  8
1894	1040	  8
1895	 753	  8
1896	1222	  8
1897	1047	  8
1898	 821	  8
1899	 961	  8
1900	 942	  8
1901	 941	  8
1902	1078	  8
1903	1184	  8
1904	1300	  8
1905	1017	  8
1906	 918	  8
1907	 913	  8
1908	1088	  8
1909	1032	  8
1910	 758	  8
1911	 870	  8
1912	 931	  8
1913	 962	  8
1914	1213	  8
1915	 796	  8
1916	 988	  8
1917	1050	  8
1918	1000	  8
1919	 983	  8
1920	 992	  8
1921	1000	  8
1922	1263	  8
1923	1063	  8
1924	1187	  8
1925	 843	  8
1926	 996	  8
1927	1212	  8
1928	1119	  8
1929	 944	  8
1930	1148	  8
1931	 942	  8
1932	1092	  8
1933	 814	  8
1934	 852	  8
1935	 777	  8
1936	1120	  8
1937	 864	  8
1938	 782	  8
1939	 868	  8
1940	1009	  8
1941	1056	  8
1942	1025	  8
1943	1219	  8
1944	1016	  8
1945	1034	  8
1946	 866	  8
1947	 813	  8
1948	1014	  8
1949	1051	  8
1950	 997	  8
1951	1132	  8
1952	1102	  8
1953	 831	  8
1954	1035	  8
1955	 984	  8
1956	 995	  8
1957	 932	  8
1958	1236	  8
1959	 978	  8
1960	 953	  8
1961	 984	  8
1962	 925	  8
1963	1224	  8
1964	 898	  8
1965	1095	  8
1966	1019	  8
1967	1052	  8
1968	 973	  8
1969	 917	  8
1970	 796	  8
1971	 993	  8
1972	 799	  8
1973	1149	  8
1974	 816	  8
1975	 924	  8
1976	1184	  8
1977	1086	  8
1978	1074	  8
1979	1019	  8
1980	1058	  8
1981	1128	  7
1982	 661	  2
