/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans; Sieber, Margret (2007): Tree-ring measurements of Pinus sylvestris (Scotch pine) from sample MAREE-91 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.594960
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 57.310000 * LONGITUDE: -5.200000
	MINIMUM ELEVATION: 100.0 m * MAXIMUM ELEVATION: 100.0 m
Event(s):	LochMaree (MAREE) * LATITUDE: 57.310000 * LONGITUDE: -5.200000 * ELEVATION: 100.0 m * LOCATION: Loch Maree, United Kingdom * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition NE; Slope 30 deg; Geology: Gneis; Tree line 200 m; Vegatation type: Betulo pubescentis-Pinetum sylvestris; Film number: 572A
Comment:	Species PISY; No of rings 133; Begin 1846; End 1978
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)
	Tree ring width [1/100 mm] (TRW) * 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:	1058 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]	TRW [1/100 mm]	P lw [%]	Age_pith [a]
-0.028	1978	35	56	19	9	28	32.1	160
-0.027	1977	35	60	21	11	32	34.4	159
-0.026	1976	33	64	15	12	27	44.4	158
-0.025	1975	35	61	12	9	21	42.9	157
-0.024	1974	36	65	19	11	30	36.7	156
-0.023	1973	36	63	20	12	32	37.5	155
-0.022	1972	35	62	22	19	41	46.3	154
-0.021	1971	30	61	18	10	28	35.7	153
-0.020	1970	36	62	24	12	36	33.3	152
-0.019	1969	35	71	29	14	43	32.6	151
-0.018	1968	35	76	29	20	49	40.8	150
-0.017	1967	34	62	24	13	37	35.1	149
-0.016	1966	37	68	23	15	38	39.5	148
-0.015	1965	36	67	26	14	40	35.0	147
-0.014	1964	35	62	31	13	44	29.5	146
-0.013	1963	35	64	21	15	36	41.7	145
-0.012	1962	33	57	40	2	42	4.8	144
-0.011	1961	38	67	36	9	45	20.0	143
-0.010	1960	32	76	43	14	57	24.6	142
-0.009	1959	34	71	37	19	56	33.9	141
-0.008	1958	33	64	24	13	37	35.1	140
-0.007	1957	35	68	29	16	45	35.6	139
-0.006	1956	35	67	28	20	48	41.7	138
-0.005	1955	36	76	22	29	51	56.9	137
-0.004	1954	31	57	18	10	28	35.7	136
-0.003	1953	33	54	16	10	26	38.5	135
-0.002	1952	34	60	24	15	39	38.5	134
-0.001	1951	36	66	26	24	50	48.0	133
0.000	1950	33	56	26	18	44	40.9	132
0.001	1949	37	61	9	12	21	57.1	131
0.002	1948	38	57	8	12	20	60.0	130
0.003	1947	41	51	4	15	19	78.9	129
0.004	1946	37	47	14	6	20	30.0	128
0.005	1945	38	51	9	4	13	30.8	127
0.006	1944	35	68	16	14	30	46.7	126
0.007	1943	37	53	18	6	24	25.0	125
0.008	1942	40	54	12	6	18	33.3	124
0.009	1941	38	54	14	8	22	36.4	123
0.010	1940	39	58	15	7	22	31.8	122
0.011	1939	37	68	19	13	32	40.6	121
0.012	1938	36	57	19	8	27	29.6	120
0.013	1937	38	68	19	15	34	44.1	119
0.014	1936	36	64	23	12	35	34.3	118
0.015	1935	34	60	19	12	31	38.7	117
0.016	1934							116
0.017	1933	40	73	14	12	26	46.2	115
0.018	1932	39	66	16	8	24	33.3	114
0.019	1931	37	64	14	13	27	48.1	113
0.020	1930	34	61	17	9	26	34.6	112
0.021	1929	41	53	8	6	14	42.9	111
0.022	1928	42	52	8	6	14	42.9	110
0.023	1927	43	55	6	8	14	57.1	109
0.024	1926	40	63	10	11	21	52.4	108
0.025	1925	35	52	13	5	18	27.8	107
0.026	1924	40	53	8	6	14	42.9	106
0.027	1923	35	47	18	3	21	14.3	105
0.028	1922	36	57	29	7	36	19.4	104
0.029	1921	39	68	21	8	29	27.6	103
0.030	1920	42	72	16	10	26	38.5	102
0.031	1919	37	65	26	7	33	21.2	101
0.032	1918	38	65	22	7	29	24.1	100
0.033	1917	37	62	25	6	31	19.4	99
0.034	1916	38	67	31	8	39	20.5	98
0.035	1915	38	73	33	14	47	29.8	97
0.036	1914	36	76	31	13	44	29.5	96
0.037	1913	36	70	29	11	40	27.5	95
0.038	1912	41	64	28	17	45	37.8	94
0.039	1911	36	77	31	12	43	27.9	93
0.040	1910	40	74	26	14	50	28.0	92
0.041	1909	35	56	20	1	21	4.8	91
0.042	1908	36	72	30	11	41	26.8	90
0.043	1907	36	67	39	8	47	17.0	89
0.044	1906	37	73	44	29	73	39.7	88
0.045	1905	36	75	51	17	68	25.0	87
0.046	1904	36	78	39	22	61	36.1	86
0.047	1903	38	70	36	16	52	30.8	85
0.048	1902	40	67	35	10	45	22.2	84
0.049	1901	35	77	35	16	51	31.4	83
0.050	1900	40	80	38	30	68	44.1	82
0.051	1899	38	82	35	31	66	47.0	81
0.052	1898	39	79	43	26	69	37.7	80
0.053	1897	40	80	35	24	59	40.7	79
0.054	1896	38	77	43	31	74	41.9	78
0.055	1895	37	84	39	25	64	39.1	77
0.056	1894	37	76	54	30	84	35.7	76
0.057	1893	39	80	56	34	90	37.8	75
0.058	1892	40	70	38	35	73	47.9	74
0.059	1891	35	64	49	12	61	19.7	73
0.060	1890	30	77	57	30	87	34.5	72
0.061	1889	31	68	64	17	81	21.0	71
0.062	1888	36	63	85	16	101	15.8	70
0.063	1887	35	71	54	35	89	39.3	69
0.064	1886	39	74	55	24	79	30.4	68
0.065	1885	37	72	62	27	89	30.3	67
0.066	1884	33	74	63	34	97	35.1	66
0.067	1883	37	72	55	20	75	26.7	65
0.068	1882	37	70	52	25	77	32.5	64
0.069	1881	39	71	39	17	56	30.4	63
0.070	1880	39	85	53	33	86	38.4	62
0.071	1879	38	65	50	15	65	23.1	61
0.072	1878	50	87	38	31	69	44.9	60
0.073	1877	37	72	51	15	66	22.7	59
0.074	1876	40	72	61	29	90	32.2	58
0.075	1875	39	84	85	27	112	24.1	57
0.076	1874	39	76	94	62	156	39.7	56
0.077	1873	37	77	85	41	126	32.5	55
0.078	1872	38	83	94	53	147	36.1	54
0.079	1871	39	86	80	44	124	35.5	53
0.080	1870	38	79	87	70	157	44.6	52
0.081	1869	39	78	104	45	149	30.2	51
0.082	1868	40	86	74	59	133	44.4	50
0.083	1867	41	82	65	34	99	34.3	49
0.084	1866	37	79	82	33	115	28.7	48
0.085	1865	37	88	94	44	138	31.9	47
0.086	1864	36	77	74	42	116	36.2	46
0.087	1863	37	79	64	34	98	34.7	45
0.088	1862	38	77	67	33	100	33.0	44
0.089	1861	41	83	104	57	161	35.4	43
0.090	1860	38	79	103	51	154	33.1	42
0.091	1859	39	89	120	81	201	40.3	41
0.092	1858	38	93	100	71	171	41.5	40
0.093	1857	39	94	75	45	120	37.5	39
0.094	1856	40	88	68	48	116	41.4	38
0.095	1855	40	93	83	52	135	38.5	37
0.096	1854	44	90	86	78	164	47.6	36
0.097	1853	40	91	83	44	127	34.6	35
0.098	1852	41	96	87	82	169	48.5	34
0.099	1851	37	94	108	55	163	33.7	33
0.100	1850	44	91	66	70	136	51.5	32
0.101	1849	42	90	122	102	224	45.5	31
0.102	1848	41	89	133	79	212	37.3	30
0.103	1847	37	86	137	56	193	29.0	29
0.104	1846	35	86	126	67	193	34.7	28