/* DATA DESCRIPTION: Citation: Schweingruber, Fritz Hans; Eimiger, Moritz (2007): Tree-ring measurements of Abies alba (Silver fir) from sample CEPPO-41. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.590757 Project(s): Northern Hemispheric Dendroclimatological Network (NHD/WSL) (URI: http://www.wsl.ch/dendro/) Coverage: LATITUDE: 42.410000 * LONGITUDE: 13.260000 MINIMUM ELEVATION: 1700.0 m * MAXIMUM ELEVATION: 1700.0 m Event(s): CEPPO * LATITUDE: 42.410000 * LONGITUDE: 13.260000 * ELEVATION: 1700.0 m * LOCATION: Ceppo, Bosque di Martense, Toscana, Italy * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition NW; Slope 15 deg; Geology: Sandstein; Tree line 1800 m; av. Tree height 25 m; Tree cover 80%; Shrub cover 10%; Herb cover 80%; Vegatation type: Dentario-Abieti-Fagetum; Film number: 620A Comment: Species ABAL; No of rings 216; Begin 1765; End 1980 Parameter(s): AGE [ka BP] (Age) * GEOCODE Age [a AD/CE] (Age) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Density, minimum [1/100 g/cm**3] (N) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Density, maximum [1/100 g/cm**3] (X) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Earlywood width [1/100 mm] (E) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Latewood width [1/100 mm] (L) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Ring width [1/100 mm] (R) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Latewood [%] (P lw) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Approximate age of pith [a] (Age_pith) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) License: Creative Commons Attribution 3.0 Unported (CC-BY-3.0) (URI: https://creativecommons.org/licenses/by/3.0/) Size: 1728 data points */ Age [ka BP] Age [a AD/CE] N [1/100 g/cm**3] X [1/100 g/cm**3] E [1/100 mm] L [1/100 mm] R [1/100 mm] P lw [%] Age_pith [a] -0.030 1980 30 88 53 15 68 22.1 222 -0.029 1979 32 90 49 16 65 24.6 221 -0.028 1978 27 89 84 24 108 22.2 220 -0.027 1977 30 88 68 24 92 26.1 219 -0.026 1976 28 75 79 16 95 16.8 218 -0.025 1975 30 83 71 20 91 22.0 217 -0.024 1974 30 90 83 30 113 26.5 216 -0.023 1973 31 88 100 29 129 22.5 215 -0.022 1972 41 89 52 39 91 42.9 214 -0.021 1971 30 94 91 36 127 28.3 213 -0.020 1970 27 94 125 47 172 27.3 212 -0.019 1969 31 89 92 41 133 30.8 211 -0.018 1968 28 83 75 31 106 29.2 210 -0.017 1967 29 92 87 40 127 31.5 209 -0.016 1966 28 93 125 55 180 30.6 208 -0.015 1965 30 85 80 59 139 42.4 207 -0.014 1964 28 85 93 43 136 31.6 206 -0.013 1963 33 90 57 21 78 26.9 205 -0.012 1962 31 94 83 46 129 35.7 204 -0.011 1961 31 92 106 71 177 40.1 203 -0.010 1960 32 97 106 65 171 38.0 202 -0.009 1959 30 89 101 77 178 43.3 201 -0.008 1958 30 94 91 44 135 32.6 200 -0.007 1957 28 90 108 34 142 23.9 199 -0.006 1956 29 96 128 91 219 41.6 198 -0.005 1955 28 85 132 55 187 29.4 197 -0.004 1954 28 87 101 73 174 42.0 196 -0.003 1953 28 86 76 30 106 28.3 195 -0.002 1952 29 89 98 31 129 24.0 194 -0.001 1951 29 92 101 28 129 21.7 193 0.000 1950 27 91 118 35 153 22.9 192 0.001 1949 26 93 121 48 169 28.4 191 0.002 1948 26 88 107 55 162 34.0 190 0.003 1947 29 92 83 40 123 32.5 189 0.004 1946 29 94 106 46 152 30.3 188 0.005 1945 28 94 106 66 172 38.4 187 0.006 1944 28 91 94 46 140 32.9 186 0.007 1943 28 93 111 77 188 41.0 185 0.008 1942 28 88 117 69 186 37.1 184 0.009 1941 27 82 154 93 247 37.7 183 0.010 1940 26 86 155 68 223 30.5 182 0.011 1939 29 77 135 57 192 29.7 181 0.012 1938 29 82 105 71 176 40.3 180 0.013 1937 29 87 124 80 204 39.2 179 0.014 1936 29 84 112 103 215 47.9 178 0.015 1935 30 85 70 27 97 27.8 177 0.016 1934 29 87 57 34 91 37.4 176 0.017 1933 30 82 56 24 80 30.0 175 0.018 1932 30 89 68 25 93 26.9 174 0.019 1931 28 89 61 20 81 24.7 173 0.020 1930 26 91 76 22 98 22.4 172 0.021 1929 30 81 40 12 52 23.1 171 0.022 1928 28 86 65 16 81 19.8 170 0.023 1927 27 89 69 26 95 27.4 169 0.024 1926 27 83 72 26 98 26.5 168 0.025 1925 27 87 71 29 100 29.0 167 0.026 1924 29 83 53 20 73 27.4 166 0.027 1923 30 95 48 19 67 28.4 165 0.028 1922 29 90 63 17 80 21.3 164 0.029 1921 28 89 82 30 112 26.8 163 0.030 1920 28 98 78 28 106 26.4 162 0.031 1919 27 92 86 29 115 25.2 161 0.032 1918 28 90 80 33 113 29.2 160 0.033 1917 27 94 98 40 138 29.0 159 0.034 1916 28 88 99 48 147 32.7 158 0.035 1915 27 87 86 49 135 36.3 157 0.036 1914 29 83 101 47 148 31.8 156 0.037 1913 28 88 77 24 101 23.8 155 0.038 1912 31 87 70 36 106 34.0 154 0.039 1911 30 91 82 31 113 27.4 153 0.040 1910 30 90 78 40 118 33.9 152 0.041 1909 31 89 61 26 87 29.9 151 0.042 1908 30 92 63 25 88 28.4 150 0.043 1907 30 94 64 23 87 26.4 149 0.044 1906 29 89 78 29 107 27.1 148 0.045 1905 29 92 97 31 128 24.2 147 0.046 1904 32 95 64 29 93 31.2 146 0.047 1903 29 94 90 27 117 23.1 145 0.048 1902 28 96 115 47 162 29.0 144 0.049 1901 28 88 113 35 148 23.6 143 0.050 1900 26 87 137 39 176 22.2 142 0.051 1899 30 88 118 52 170 30.6 141 0.052 1898 27 90 147 54 201 26.9 140 0.053 1897 27 92 156 46 202 22.8 139 0.054 1896 27 84 129 46 175 26.3 138 0.055 1895 29 86 137 49 186 26.3 137 0.056 1894 28 93 184 63 247 25.5 136 0.057 1893 29 89 146 68 214 31.8 135 0.058 1892 28 89 158 53 211 25.1 134 0.059 1891 29 92 132 54 186 29.0 133 0.060 1890 25 85 193 71 264 26.9 132 0.061 1889 27 86 153 65 218 29.8 131 0.062 1888 30 94 103 56 159 35.2 130 0.063 1887 34 97 87 50 137 36.5 129 0.064 1886 32 93 91 43 134 32.1 128 0.065 1885 30 94 109 41 150 27.3 127 0.066 1884 36 88 58 44 102 43.1 126 0.067 1883 33 89 78 30 108 27.8 125 0.068 1882 38 94 49 25 74 33.8 124 0.069 1881 32 97 72 31 103 30.1 123 0.070 1880 35 91 42 30 72 41.7 122 0.071 1879 35 97 45 15 60 25.0 121 0.072 1878 38 97 37 18 55 32.7 120 0.073 1877 35 97 48 23 71 32.4 119 0.074 1876 38 96 37 26 63 41.3 118 0.075 1875 37 96 44 19 63 30.2 117 0.076 1874 37 91 34 18 52 34.6 116 0.077 1873 36 96 43 23 66 34.8 115 0.078 1872 38 101 33 21 54 38.9 114 0.079 1871 38 93 40 21 61 34.4 113 0.080 1870 37 96 31 21 52 40.4 112 0.081 1869 36 98 38 17 55 30.9 111 0.082 1868 34 93 33 11 44 25.0 110 0.083 1867 36 100 34 16 50 32.0 109 0.084 1866 39 99 29 18 47 38.3 108 0.085 1865 39 98 23 11 34 32.4 107 0.086 1864 39 96 24 16 40 40.0 106 0.087 1863 43 99 15 14 29 48.3 105 0.088 1862 41 101 19 12 31 38.7 104 0.089 1861 37 101 29 11 40 27.5 103 0.090 1860 39 97 27 10 37 27.0 102 0.091 1859 38 98 28 19 47 40.4 101 0.092 1858 39 97 30 18 48 37.5 100 0.093 1857 40 95 25 15 40 37.5 99 0.094 1856 41 96 27 15 42 35.7 98 0.095 1855 41 95 32 18 50 36.0 97 0.096 1854 40 97 29 19 48 39.6 96 0.097 1853 39 94 33 17 50 34.0 95 0.098 1852 40 96 39 17 56 30.4 94 0.099 1851 40 91 34 19 53 35.8 93 0.100 1850 38 93 27 17 44 38.6 92 0.101 1849 37 97 33 17 50 34.0 91 0.102 1848 36 96 34 16 50 32.0 90 0.103 1847 41 95 26 14 40 35.0 89 0.104 1846 35 96 38 27 65 41.5 88 0.105 1845 36 96 36 17 53 32.1 87 0.106 1844 35 92 36 16 52 30.8 86 0.107 1843 38 93 36 23 59 39.0 85 0.108 1842 37 89 34 19 53 35.8 84 0.109 1841 41 93 22 23 45 51.1 83 0.110 1840 36 94 31 14 45 31.1 82 0.111 1839 35 92 43 19 62 30.6 81 0.112 1838 35 93 56 38 94 40.4 80 0.113 1837 37 88 50 32 82 39.0 79 0.114 1836 36 90 49 24 73 32.9 78 0.115 1835 40 89 34 28 62 45.2 77 0.116 1834 41 94 44 28 72 38.9 76 0.117 1833 40 91 32 16 48 33.3 75 0.118 1832 38 96 50 31 81 38.3 74 0.119 1831 40 89 40 34 74 45.9 73 0.120 1830 43 98 24 21 45 46.7 72 0.121 1829 39 91 31 22 53 41.5 71 0.122 1828 38 94 36 30 66 45.5 70 0.123 1827 40 91 29 23 52 44.2 69 0.124 1826 39 90 29 19 48 39.6 68 0.125 1825 40 85 33 18 51 35.3 67 0.126 1824 41 90 25 20 45 44.4 66 0.127 1823 38 87 26 19 45 42.2 65 0.128 1822 36 87 58 21 79 26.6 64 0.129 1821 38 92 54 41 95 43.2 63 0.130 1820 37 92 79 55 134 41.0 62 0.131 1819 33 88 103 29 132 22.0 61 0.132 1818 36 90 78 42 120 35.0 60 0.133 1817 32 91 97 42 139 30.2 59 0.134 1816 35 80 102 70 172 40.7 58 0.135 1815 35 94 76 36 112 32.1 57 0.136 1814 38 85 76 38 114 33.3 56 0.137 1813 41 92 37 33 70 47.1 55 0.138 1812 37 92 44 22 66 33.3 54 0.139 1811 36 89 44 28 72 38.9 53 0.140 1810 39 90 26 19 45 42.2 52 0.141 1809 40 94 27 23 50 46.0 51 0.142 1808 41 86 25 16 41 39.0 50 0.143 1807 36 83 45 20 65 30.8 49 0.144 1806 37 88 50 31 81 38.3 48 0.145 1805 37 92 55 23 78 29.5 47 0.146 1804 35 87 60 26 86 30.2 46 0.147 1803 32 84 59 18 77 23.4 45 0.148 1802 34 87 74 22 96 22.9 44 0.149 1801 38 87 97 28 125 22.4 43 0.150 1800 38 88 48 36 84 42.9 42 0.151 1799 35 85 60 45 105 42.9 41 0.152 1798 38 85 73 27 100 27.0 40 0.153 1797 36 91 79 29 108 26.9 39 0.154 1796 36 88 65 26 91 28.6 38 0.155 1795 37 90 74 34 108 31.5 37 0.156 1794 37 89 60 37 97 38.1 36 0.157 1793 36 93 75 28 103 27.2 35 0.158 1792 36 91 56 26 82 31.7 34 0.159 1791 40 86 45 24 69 34.8 33 0.160 1790 40 89 33 23 56 41.1 32 0.161 1789 42 86 28 18 46 39.1 31 0.162 1788 38 79 36 15 51 29.4 30 0.163 1787 36 81 42 17 59 28.8 29 0.164 1786 38 79 41 15 56 26.8 28 0.165 1785 35 89 41 19 60 31.7 27 0.166 1784 38 88 36 20 56 35.7 26 0.167 1783 36 84 49 22 71 31.0 25 0.168 1782 36 83 33 17 50 34.0 24 0.169 1781 46 80 36 14 50 28.0 23 0.170 1780 42 80 21 9 30 30.0 22 0.171 1779 44 80 17 10 27 37.0 21 0.172 1778 41 86 29 18 47 38.3 20 0.173 1777 41 93 37 30 67 44.8 19 0.174 1776 38 89 42 20 62 32.3 18 0.175 1775 38 85 28 15 43 34.9 17 0.176 1774 43 87 31 16 47 34.0 16 0.177 1773 49 82 10 11 21 52.4 15 0.178 1772 46 81 12 11 23 47.8 14 0.179 1771 52 80 8 11 19 57.9 13 0.180 1770 50 75 9 11 20 55.0 12 0.181 1769 54 80 7 11 18 61.1 11 0.182 1768 52 77 9 8 17 47.1 10 0.183 1767 45 89 17 13 30 43.3 9 0.184 1766 43 90 19 12 31 38.7 8 0.185 1765 38 91 34 14 48 29.2 7