# Generated on 27-03-2022 21:11 # inventoryType is used to manage the buffer around the plot : clotureElargit. clotureRestreint. Jonard. Balandier. noBuffer plotName = C114 date = 2002 cellWidth = 10 inventoryType = Jonard ecosystemLAI = 6 # Plot Line # Slope_deg = angle between the ground plane and the horizontal plane (0 deg for a horizontal ground plane) # Aspect_deg = azimuth of the slope looking downward # NorthToXAngle_cw_deg = angle clockwise between North and x axis (90 deg if Y axis points torward the north) # Latitude(N) Longitude(E) Slope_deg Aspect_deg NorthToXAngle_cw_deg 50.402650 5.717230 15 160 0 # Tree nutrient concentrations (mg/g) C. N. P. S. Ca. Mg. K. Na. Al. Mn. Fe. Cl. Si # name compartmentName C N P S Ca Mg K Na Al Mn Fe Cl Si fagus LEAVES_UPPER_CURRENT 543.592886666667 22.7613461666667 1.21 2.04150033333333 5.7127215 0.7360235 6.7411695 0.135833333333333 0.0575 2.11116666666667 0.13925 0 0 quercus LEAVES_UPPER_CURRENT 520.007846666667 23.42622025 1.32373808333333 2.0182545 6.365159 0.937937416666667 7.483539 7.24166666666667E-02 3.94166666666667E-02 2.94325 8.74166666666667E-02 0 0 # Litter nutrient concentrations (mg/g) C. N. P. S. Ca. Mg. K. Na. Al. Mn. Fe. Cl. Si # LITTER name compartmentName C N P S Ca Mg K Na Al Mn Fe Cl Si LITTER fagus LEAVES 503.67105 9.43416 0.41844 0.88996 6.61387 0.92125 3.67446 0.33625 0.10077 2.52763 0.22838 0 0 LITTER quercus LEAVES 496.94446 8.86814 0.42863 0.91972 9.73188 1.18764 6.83123 0.32636 0.07876 3.50879 0.16847 0 0 LITTER fagus BRANCHES 507.76138 5.02445 0.28633 0.39002 2.94657 0.43928 3.04942 0.25477 0.01256 0.71649 0.07944 0 0 LITTER quercus BRANCHES 480.01209 5.46897 0.47671 0.56848 5.30098 0.59744 2.58224 0.15201 0.0112 1.69789 0.0693 0 0 LITTER fagus FRUITS 604.80721 37.44727 2.88356 1.81813 4.95224 1.83162 5.96847 0.10162 0 1.82389 0.04832 0 0 LITTER quercus FRUITS 500.63195 6.69256 0.63013 0.53274 1.19784 0.53958 7.51457 0.06017 0 0.46366 0.02022 0 0 # Tree line #id speciesName x y z gbh (cm) htot (m) hlce (m) hcb (m) rnorth (m) reast (m) rsouth (m) rwest (m) isMeasuredHtot isMeasuredHlce isMeasuredHcb isMeasuredCrownRadii 1 3 6.754 19.703 0 125 25.1 21.3 14.5 4.77 2.61 5.75 6.11 true true true true 2 4 6.642 12.863 0 42 17 14.4 8.2 9.32 3.15 2.70 2.32 true true true true 3 4 7.506 14.777 0 103 22.2 17.2 10 4.59 3.92 1.72 5.98 true true true true 4 4 11.341 12.354 0 88 18.3 10 4.4 3.68 4.93 3.60 2.45 true true true true 5 4 5.279 14.325 0 42 11.3 8.9 7.4 1.22 0.89 1.41 3.56 true true true true 6 4 5.686 13.507 0 53 13.3 10.6 7.6 2.22 3.99 3.41 2.81 true true true true 7 4 10.863 8.183 0 57 12.3 8.7 5 2.19 4.55 2.84 2.05 true true true true 8 4 5.308 6.977 0 67 16.4 9.4 5.6 2.65 2.67 3.54 4.53 true true true true 9 3 8.242 5.057 0 163 24.7 20.1 9.7 3.53 5.65 3.45 5.21 true true true true 10 4 1.77 1.702 0 60 10.3 8.7 2.1 2.34 4.73 3.31 3.20 true true true true 11 3 3.686 1.175 0 137 26.3 19.8 10.8 3.83 6.10 3.70 2.22 true true true true 12 3 -9.789 -0.041 0 232 31 26.7 12.1 9.95 11.18 7.37 6.84 true true true true 13 3 11.435 -3.492 0 98 21.5 13.6 10.5 2.08 3.94 2.04 6.34 true true true true 14 4 12.747 -3.404 0 46 11.4 6.3 2.6 2.19 2.89 3.50 3.78 true true true true 15 4 12.977 -0.229 0 43 11.2 6 1.7 1.65 4.06 2.50 2.00000000000000 true true true true 16 4 13.431 1.069 0 46 12 6.7 3.1 3.34 3.28 1.48 2.90 true true true true 17 4 16.03 -0.639 0 40 12.6 9 2.8 1.99 4.94 1.90 2.59 true true true true 18 4 16.405 2.631 0 47 11.8 7.8 3.4 3.21 1.59 2.62 3.46 true true true true 19 3 24.573 4.599 0 132 23 18.8 14.7 4.26 3.49 3.93 2.21 true true true true 20 4 25.082 5.864 0 68 15 9.9 3.8 5.75 4.87 3.59 6.09 true true true true 21 4 26.554 3.543 0 62 10 5.6 2.6 3.48 5.19 3.21 3.33 true true true true 22 4 30.06 4.458 0 42 10.1 5.8 2.1 2.47 5.29 2.75 3.82 true true true true 23 4 31.567 -0.656 0 59 13 8.2 2.8 2.39 3.54 4.92 5.28 true true true true 24 4 34.652 -2.174 0 57 12.3 7.1 2.4 1.58 6.75 6.52 4.65 true true true true 25 3 34.462 0.794 0 114 25.2 18.3 12.8 4.97 2.40 5.10 1.90 true true true true 26 4 34.562 0.277 0 46 11.3 7.6 4 1.25 4.11 2.47 2.91 true true true true 27 4 36.939 3.166 0 53 14.7 10.6 4.7 3.73 3.47 5.68 6.33 true true true true 28 3 39.263 3.296 0 145 25.4 20.4 11 4.33 5.06 3.70 5.11 true true true true 29 4 23.551 -4.361 0 171 30.1 24 13.6 4.08 4.01 6.33 8.53 true true true true 30 3 21.988 -10.526 0 212 29.6 24.9 8.5 5.35 9.14 6.11 6.58 true true true true 31 3 13.543 -8.345 0 74 20.2 14.7 3.9 1.97 2.40 1.84 6.18 true true true true 32 4 14.344 -12.062 0 70 16 10 3.6 2.77 3.31 3.73 5.09 true true true true 33 4 12.511 -17.84 0 188 25.9 20 7.7 5.40 6.23 3.46 4.43 true true true true 34 3 18.664 -27.587 0 124 27.8 26 14.8 5.36 4.48 2.59 4.31 true true true true 35 4 25.089 -23.031 0 55 22.3 5 1.7 2.00000000000000 3.64 3.16 4.07 true true true true 36 3 31.484 -17.588 0 153 29.9 25.2 15 5.43 6.15 4.10 5.74 true true true true 37 4 32.814 -14.146 0 71 15 7.3 2 4.72 3.78 2.12 4.24 true true true true 38 4 40.961 -15.403 0 168 32.6 25 13.2 4.73 4.37 7.63 9.12 true true true true 39 4 48.076 -10.674 0 258 32.3 24.6 11 6.74 9.51 9.05 5.47 true true true true 40 4 52.093 -3.29 0 83 25 15.8 5.2 4.40 4.97 2.85 1.77 true true true true 41 3 77.911 -13.969 0 157 22.8 19.2 13 4.34 6.51 5.18 4.92 true true true true 42 4 75.095 -19.471 0 182 24.7 19 10.3 5.19 8.56 5.30 4.33 true true true true 43 3 70.771 -17.747 0 140 28.3 22.2 14 4.09 6.24 2.74 2.59 true true true true 44 4 66.338 -20.06 0 103 21.2 16 10 4.23 6.85 3.84 3.24 true true true true 45 3 62.853 -20.799 0 147 24.7 19.8 10.3 3.08 6.21 3.29 2.26 true true true true 46 4 68.18 -31.267 0 130 25.7 21.5 11.4 7.28 4.99 2.99 6.90 true true true true 47 4 49.062 -27.418 0 255 33.1 22.3 9.2 7.52 7.60 8.38 7.86 true true true true 48 4 42.023 -28.614 0 235 32.8 28 13 6.43 8.81 5.97 7.75 true true true true 49 4 26.426 -41.744 0 195 30 23.6 11.7 6.07 7.32 5.41 8.17 true true true true 50 4 32.683 -44.96 0 203 31.8 26.9 16 5.25 5.56 6.23 8.51 true true true true 51 4 45.484 -48.069 0 153 32 28 13.3 7.17 6.23 6.09 6.64 true true true true 52 3 46.338 -38.784 0 114 27 23 15 2.51 2.29 3.83 4.69 true true true true 53 4 53.563 -38.03 0 159 30.6 23.6 15 4.82 5.52 4.51 7.05 true true true true 54 4 58.43 -41.717 0 50 12.2 8.5 4.4 4.77 3.70 2.90 2.76 true true true true 55 4 59.671 -44.666 0 171 28.6 22.8 11.3 4.52 4.97 5.06 7.46 true true true true 56 3 62.913 -48.51 0 185 30.3 22 12.4 8.32 3.72 7.47 8.39 true true true true 57 4 59.251 -53.226 0 41 11.2 7.3 2.9 2.99 4.50 2.25 1.56 true true true true 58 4 53.677 -50.563 0 44 11.2 7.8 3.1 2.69 3.59 1.49 3.28 true true true true 59 4 48.926 -54.827 0 200 29.1 20.5 11.8 6.59 8.64 5.22 3.32 true true true true 60 4 53.779 -58.843 0 56 14.2 11 5.7 4.30 1.73 2.73 4.95 true true true true 61 3 52.673 -71.532 0 194 25.4 21.5 12.7 2.33 2.02 4.90 6.05 true true true true 62 4 47.106 -65.939 0 169 29.9 23.6 14.7 6.45 5.14 2.29 5.04 true true true true 63 4 47.918 -78.721 0 58 16.8 14 10.4 1.86 4.86 4.71 5.12 true true true true 64 4 49.729 -84.736 0 91 27.1 21 9 3.76 3.56 2.94 4.65 true true true true 65 3 45.118 -78.837 0 180 26 22.8 12.1 2.16 5.82 6.47 3.99 true true true true 66 4 34.953 -66.12 0 167 35 27.7 14.6 5.82 8.69 4.71 4.72 true true true true 67 4 37.66 -56.491 0 156 29 23.8 14 5.14 7.53 3.56 5.29 true true true true 68 4 24.708 -60.404 0 187 27 23.8 13 8.52 2.72 5.26 7.74 true true true true 69 4 15.845 -36.388 0 206 32.8 29.6 13.7 7.59 7.24 7.37 6.35 true true true true 70 4 5.767 -25.104 0 206 29.8 25.3 13.7 7.68 7.56 5.45 6.55 true true true true 71 4 -2.112 -28.967 0 71 16.3 8.8 3.7 3.75 4.64 3.69 3.70 true true true true 72 4 3.213 -34.309 0 182 30 26.5 13.8 4.90 5.80 3.97 5.75 true true true true 73 4 3.889 -43.456 0 151 34.8 25.7 15.2 5.71 6.38 4.18 2.77 true true true true 74 4 8.473 -42.286 0 180 33 25.9 9.2 6.01 7.24 4.05 3.53 true true true true 75 4 -0.045 -49.359 0 202 34.4 31.5 17.4 7.32 3.82 7.89 8.56 true true true true 76 4 11.242 -54.957 0 181 29.3 24.7 12.7 5.99 6.14 9.34 8.96 true true true true 77 4 2.578 -68.917 0 230 31.5 25 11.8 7.31 8.69 5.32 9.09 true true true true 78 4 13.774 -70.021 0 177 30.5 26.8 15.2 5.96 7.86 5.16 5.10 true true true true 79 4 19.846 -72.505 0 199 30.2 25 14 3.64 6.34 7.24 8.23 true true true true 80 4 34.74 -69.737 0 125 27.3 23.4 13 1.56 6.56 8.34 4.28 true true true true 81 4 30.993 -75.097 0 61 19.5 15.6 8.3 4.20 4.55 4.05 3.60 true true true true 82 4 29.05 -77.988 0 154 30.4 25.5 14.3 5.83 2.75 8.04 3.84 true true true true 83 4 29.389 -82.262 0 192 30.2 24.6 11 4.48 9.53 5.33 2.85 true true true true 84 4 36.629 -77.417 0 152 31.1 27 14.6 8.14 4.41 4.64 4.26 true true true true 85 4 40.321 -84.225 0 177 29 24 12.2 1.76 4.17 7.33 6.96 true true true true 86 4 34.631 -90.122 0 250 29.3 25 8 9.12 5.85 10.28 9.91 true true true true 87 3 39.556 -95.133 0 196 31.7 25 10.2 4.26 6.78 8.12 8.65 true true true true 88 4 41.701 -99.703 0 55 15.8 10.5 6.3 3.97 2.38 1.73 5.53 true true true true 89 3 36.745 -100.011 0 127 22.4 20 11 7.28 4.99 2.99 6.90 true true true true 90 3 34.237 -97.778 0 102 21.2 17 11.8 0.86 3.82 5.18 4.74 true true true true 91 4 34.686 -101.596 0 57 15.4 10.6 6 4.93 2.81 3.39 3.29 true true true true 92 4 29.893 -101.191 0 61 15 11.7 7.3 2.23 2.66 3.62 5.67 true true true true 93 3 29.033 -99.511 0 125 20 17.4 14.4 3.49 2.16 3.33 6.27 true true true true 94 3 24.55 -102.332 0 134 24.7 17.5 9.8 2.79 6.69 3.92 2.38 true true true true 95 4 24.802 -100.281 0 51 15.2 10.2 3.8 5.00000000000000 3.77 3.22 1.80 true true true true 96 4 20.878 -91.913 0 195 25 21.2 8.6 2.56 4.79 7.44 5.64 true true true true 97 4 20.043 -82.881 0 193 34.4 25 9.2 8.09 7.07 6.26 4.77 true true true true 98 4 5.108 -85.995 0 247 31 24 10.9 7.57 5.42 9.70 7.68 true true true true 99 4 -7.299 -75.749 0 190 25.9 17.8 8.8 2.95 5.10 7.20 5.67 true true true true 100 4 -11.34 -86.355 0 225 29 22.2 10.3 4.06 7.68 10.21 9.83 true true true true 101 4 -18.955 -74.977 0 186 31.4 25.2 12 7.19 4.79 5.73 8.48 true true true true 102 4 -13.138 -67.455 0 163 28.7 19.3 10.4 3.48 4.16 5.34 8.64 true true true true 103 4 -7.039 -56.308 0 216 34 25.7 14.5 9.80 6.10 10.17 8.26 true true true true 104 4 -3.782 -41.691 0 167 27.3 22.4 11.6 6.63 8.00000000000000 6.60 9.41 true true true true 105 4 -10.289 -43.574 0 179 25.3 18.8 10.4 7.36 2.39 8.07 6.47 true true true true 106 3 -18.912 -50.567 0 153 23.2 21.2 15.5 8.50 2.32 4.71 8.89 true true true true 107 4 -19.835 -48.892 0 47 16 9.9 4.2 2.92 3.28 2.27 4.49 true true true true 108 4 -21.237 -47.959 0 51 12.3 7.7 4 1.96 3.76 4.47 2.39 true true true true 109 4 -24.506 -64.353 0 45 8.5 3.7 3.7 2.22 2.81 1.91 1.66 true true true true 110 4 -24.713 -68.033 0 40 6.5 2.8 2.8 0.95 3.91 1.68 1.87 true true true true 111 4 -28.678 -71.475 0 40 7.7 5.6 2 2.48 3.71 1.30 5.43 true true true true 112 4 -33.012 -67.315 0 206 30 25 16 3.57 5.00000000000000 7.03 5.74 true true true true 113 4 -43.02 -69.303 0 158 25 20 9 3.30 5.05 6.02 6.84 true true true true 114 4 -30.621 -60.124 0 218 29.1 23 10 7.38 5.23 9.78 9.75 true true true true 115 4 -26.783 -52.562 0 40 11.8 7.9 5 3.49 2.88 2.57 4.48 true true true true 116 4 -27.655 -32.148 0 40 9 7.4 4 0.1 3.44 3.64 2.50 true true true true 117 3 -14.618 -33.036 0 104 21.3 18.8 12.3 2.07 3.64 4.67 4.73 true true true true 118 4 -18.605 -30.637 0 210 24.3 20 7 7.67 5.06 3.99 7.95 true true true true 119 3 -13.33 -26.565 0 140 27 22.8 9 6.68 2.24 2.44 4.65 true true true true 120 4 -32.775 -41.285 0 48 13.2 10 2.3 3.25 2.96 6.11 2.84 true true true true 121 4 -14.719 -24.75 0 73 21.1 14.2 5.5 2.67 3.21 4.22 5.30 true true true true 122 4 -14.893 -23.549 0 65 11.3 9.3 4.2 3.59 4.84 2.67 3.62 true true true true 123 4 -7.986 -22.688 0 165 26 21.8 12.8 8.29 3.75 5.23 3.99 true true true true 124 4 -57.756 -69.608 0 198 25.2 21.6 8 7.57 6.08 6.32 5.44 true true true true 125 4 -44.036 -53.766 0 45 12 8.4 2 4.12 1.21 4.15 2.51 true true true true 126 4 -42.497 -49.56 0 40 13 8.9 2.5 1.90 2.08 5.13 3.82 true true true true 127 4 -39.682 -45.714 0 40 10.3 7 2.2 1.80 3.91 2.35 2.29 true true true true 128 4 -33.259 -47.033 0 190 28.4 24.2 12.2 7.11 4.40 7.19 6.51 true true true true 129 4 -30.658 -36.819 0 81 15.8 12.5 8 5.02 3.19 2.84 3.09 true true true true 130 4 -20.461 -14.115 0 55 15 11.2 3.2 1.92 2.77 4.51 2.29 true true true true 131 4 -20.81 -13.319 0 55 14 10.5 3.8 3.07 2.50 4.50 4.97 true true true true 132 4 -18.855 -8.888 0 72 16.8 12.7 4.7 2.43 5.06 4.77 2.58 true true true true 133 4 -0.784 8.372 0 43 11.6 8.3 3.6 5.53 0.53 2.77 4.23 true true true true 134 3 -49.223 -77.937 0 119 25.5 20 14.7 4.09 7.64 5.14 7.60 true true true true 135 4 -40.99 -78.82 0 203 29 19.2 7 4.35 5.10 8.16 9.52 true true true true 136 3 -41.848 -87.289 0 150 24.7 18 13.3 5.11 1.11 7.08 8.48 true true true true 137 4 -32.843 -82.414 0 220 32 20 8 5.15 9.68 8.62 7.36 true true true true 138 4 -47.54 -85.963 0 42 12.2 7.4 4 2.67 4.40 3.67 2.49 true true true true 139 4 -45.154 -93.86 0 45 14.5 6.2 1.7 3.5585 3.023 3.5585 3.023 true true true true 140 4 -36.0001 -97.000001 0 181 34.1 29.1 16.6 7.7605 7.02800000000001 7.7605 7.02800000000001 true true true true 141 4 -21.713 -89.461 0 206 31.6 24 8 8.7605 7.02800000000001 4.7605 3.02800000000001 true true true true 142 4 -21.879 -91.235 0 65 16.3 11 3.7 5.79 3.9985 5.79 3.9985 true true true true 143 4 -20 -100 0 175 35.6 26.3 9.6 8.29 3.75 5.23 3.99 true true true true 144 4 -60 -80 0 206 35.7 23.1 9.5 7.7605 7.02800000000001 7.7605 7.02800000000001 true true true true 145 4 -50 -62 0 156 29.4 20.9 12.8 3.30 5.05 6.02 6.84 true true true true 146 4 -16 -93 0 188 31.7 23.9 7.4 4.196 8.2065 6.196 5.2065 true true true true 147 4 -15 -107 0 184 25.2 18.9 10.6 8.123 6.34 8.123 6.34 true true true true 148 3 -6.672 -101.382 0 185 29.7 23.8 9.4 6.196 3.2065 6.196 5.2065 true true true true 149 4 0 -115 0 177 29.4 21 11.3 7.36 2.39 8.07 6.47 true true true true 150 4 -22 -82 0 139 22.5 16.5 6.8 6.68 2.24 2.44 4.65 true true true true 151 4 60 -10 0 152 25.4 19.1 6.6 8.29 3.75 5.23 3.99 true true true true 152 4 -24 -22 0 174 26.4 18.4 5.5 8.29 3.75 5.23 3.99 true true true true 153 4 6 -112 0 42 11.4 3.2 2.3 1.9215 3.1705 3.9215 2.1705 true true true true 154 3 20 -126 0 163 26.7 22 10.1 4.927 4.487 4.927 4.487 true true true true 155 4 20 -118 0 58 17.4 11 5.9 3.9215 1.1705 2.9215 4.1705 true true true true 156 4 16 -120 0 212 27.3 17.8 8.6 3.7605 6.02800000000001 4.7605 7.02800000000001 true true true true 157 4 -3 -90 0 187 30.5 24.3 13.4 8.123 6.34 8.123 6.34 true true true true 158 4 -5 -108 0 158 29.1 21.5 10.6 3.30 5.05 6.02 6.84 true true true true 159 4 7 -121 0 169 27.2 19.8 8.4 4.927 4.487 4.927 4.487 true true true true 160 4 -12 -7 0 103 22.5 16.2 8.6 2.981 2.0415 2.981 2.0415 true true true true 161 4 29.506 -114.483 0 61 28.4 14.5 6.7 3.9275 4.938 3.9275 4.938 true true true true 162 4 19.633 -113.333 0 178 29.8 22.9 7 8.123 6.34 8.123 6.34 true true true true 163 3 20.701 -110.218 0 96 22.6 19.7 16.3 2.981 2.0415 2.981 2.0415 true true true true 164 4 22.124 -109.684 0 42 13.8 7.9 4 3.9215 4.1705 3.9215 4.1705 true true true true 165 4 19.564 -103.975 0 45 14.6 11.8 4.6 4.0155 2.82149999999999 4.0155 2.82149999999999 true true true true 166 3 18.411 -103.297 0 166 28 23.2 12.5 4.927 4.487 4.927 4.487 true true true true 167 3 10.198 -102.127 0 216 28.4 23.7 6 4.248 5.2365 4.248 5.2365 true true true true 168 4 1.277 -99.602 0 188 29.5 24.4 9.7 8.518 5.8525 8.518 5.8525 true true true true 169 3 0 -60 0 150 30.9 22.2 9.1 4.927 3.487 2.927 4.487 true true true true 170 4 -30 -90 0 50 16.1 12 3.3 3.9215 2.1705 3.9215 3.1705 true true true true 171 4 63.833 -39.417 0 230 35 21 7 9.3865 9.3395 9.3865 9.3395 true true true true # inventory zones # inventory x y Jonard 20 -130 Jonard 49 -90 Jonard 81 -13 Jonard 6 22 Jonard -21 -9 Jonard -61 -71 Jonard -62 -84 # Regeneration cohorts # cellRowÊÊ cellColÊ speciesIdÊÊ yearÊÊ Ê {heightMoy_m, diamMoy_cm,Ê number}ÊÊ yearOfFirstOccurrenceÊÊ periodicEmergenceTimeStep