# Generated on 27-03-2022 21:11 # inventoryType is used to manage the buffer around the plot : clotureElargit. clotureRestreint. Jonard. Balandier. noBuffer plotName = C111 date = 2022 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 50.409240 5.718620 25 190 90 # 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 betulus LEAVES_UPPER_CURRENT 514 24.85 0.995 1.805 7.445 0.985 7.06 0.1625 0.10395 0.7005 0.108 0.1905 0 broadleaved LEAVES_UPPER_CURRENT 515 26.2 1.01 1.52 7.71 1.045 8.04 0.1292 0.0887 0.508 0.122 0.24215 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 4 33.37406222 -30.11939735 0 220 26.6 19.8 7.9 5.65 5.40 9.00000000000000 10.67 true true true true 2 3 27.77480126 -22.59342042 0 95 22.3 20 14.2 2.48 4.16 3.47 8.15 true true true true 3 3 24.20974681 -16.08319422 0 130 22.3 19 8.7 5.15 6.14 4.03 6.43 true true true true 4 3 22.84917312 -13.28917248 0 40 8.8 7.8 4.3 1.71 3.27 1.69 3.67 true true true true 5 3 17.85809723 -9.170655078 0 90 19.8 13.7 10.8 2.51 6.23 3.62 6.69 true true true true 6 6 17.95587134 -12.3782248 0 62 21.3 18.4 13.7 4.17 1.54 6.10 2.68 true true true true 7 6 20.03148288 -15.95667396 0 87 19.5 17.1 13.1 1.81 2.82 1.52 9.30 true true true true 8 6 19.40403701 -16.21844975 0 76 21.2 18.1 12.4 0.28 2.69 3.22 4.87 true true true true 9 6 16.18050562 -14.14788383 0 72 19.1 17.4 12.6 1.61 9.01 2.58 2.12 true true true true 10 6 17.15124761 -16.58917911 0 62 18.4 15.5 11.6 0.53 4.99 3.55 3.36 true true true true 11 3 13.09374542 -12.28637853 0 82 18.6 16.9 11.1 3.41 5.37 2.31 3.04 true true true true 12 6 11.9949663 -14.5501494 0 57 21.8 19.3 14.8 2.31 9.45 2.31 6.57 true true true true 13 6 11.12451779 -14.79443591 0 67 20 17.6 12.8 1.86 8.25 3.56 9.0000000000000 true true true true 14 6 6.699881805 -16.74183454 0 40 17 14.5 11.6 1.75 2.23 0.32 2.38 true true true true 15 6 7.872121108 -19.75581241 0 46 17.5 6.8 6.8 4.04 6.75 0.61 1.10 true true true true 16 3 6.849119282 -20.50486035 0 154 21.5 12.8 8.5 4.68 8.73 4.91 9.26 true true true true 17 3 6.803588097 -23.56295207 0 126 20 17 12.2 2.51 7.83 5.24 4.39 true true true true 18 4 0.037461509 -26.13382473 0 65 15.7 2.2 1 3.42 3.62 5.17 5.26 true true true true 19 3 3.614846408 -28.12200905 0 139 20.2 10.9 7.6 2.98 9.61 4.64 9.91 true true true true 20 6 9.256368518 -25.76806718 0 40 12.3 3 1.7 5.90 2.56 1.71 2.15 true true true true 21 6 9.610046039 -25.76166782 0 41 11.3 6.3 1.8 2.46 3.45 0.60 0.30 true true true true 22 6 10.74137293 -28.59301475 0 61 16.7 14.6 10.7 0.52 1.91 1.64 1.38 true true true true 23 6 11.76632385 -29.36024708 0 69 16.4 14.2 10.3 0.40 7.68 2.10 9.95 true true true true 24 6 11.34198448 -28.52317772 0 42 15.9 14.7 11.2 1.68 4.23 0.70 1.19 true true true true 25 6 11.93485494 -31.91838779 0 96 15.2 13.9 12 0.64 6.09 3.51 6.99 true true true true 26 3 15.09965543 -30.10679364 0 72 16 11.8 9 2.38 5.16 5.04 4.30 true true true true 27 3 15.11629079 -30.710254 0 62 14.2 12.8 10.4 0.57 2.79 3.83 6.14 true true true true 28 3 15.20707178 -37.90927476 0 187 19.7 13.2 8 4.28 7.38 6.67 8.34 true true true true 29 3 24.52547739 -27.64858736 0 138 21.5 18.4 10.2 3.56 7.66 6.97 6.88 true true true true 30 1 21.95957111 -21.51559765 0 41 6.7 2.8 2 1.73 2.72 1.43 3.94 true true true true 31 3 19.60726679 -22.99843057 0 135 21.4 18.1 8.2 4.16 6.38 5.74 7.68 true true true true 32 3 2.172582039 -37.67327911 0 40 5.9 4.6 2.3 0.41 7.28 3.08 0.72 true true true true 33 3 4.047115486 -34.53923643 0 87 12.5 6.2 4.3 4.23 4.76 2.03 3.84 true true true true 34 4 -1.1343907 -32.21331296 0 96 17.6 2.3 2 4.07 5.63 5.71 7.81 true true true true 35 4 -5.770525661 -43.85517015 0 46 18.4 4.3 3 2.58 6.46 2.78 2.33 true true true true 36 4 -6.255075806 -42.62524166 0 63 19 4.5 1.7 3.69 8.35 2.50 6.17 true true true true 37 3 -11.22147955 -46.21382569 0 111 22.9 18 6.4 2.24 5.07 3.13 4.84 true true true true 38 3 -13.47739715 -43.03352031 0 147 23.1 11.7 8.5 4.95 8.95 0.71 11.62 true true true true 39 3 -13.21154721 -37.86194314 0 165 23.1 15.7 8 4.86 7.18 5.90 10.42 true true true true 40 4 -12.33711806 -28.8307331 0 53 13.1 2 1.7 2.26 6.02 3.77 9.07 true true true true 41 3 -11.21311334 -26.45084374 0 173 23.1 14 6.8 3.72 10.72 6.82 7.25 true true true true 42 4 -21.65013516 -26.72822607 0 43 13.8 2.6 1.7 0.43 3.05 5.12 6.24 true true true true 43 3 -21.46454628 -30.86917112 0 150 19.6 14.9 7.3 1.97 6.35 6.97 4.00000000000000 true true true true 44 3 -22.91445609 -32.47024951 0 85 19.7 11.3 8.8 2.97 1.09 4.52 9.18 true true true true 45 3 -26.65450234 -28.40528706 0 182 26 16.7 11 3.96 7.72 5.48 7.43 true true true true 46 3 -25.27131665 -36.1201781 0 49 13.9 10.8 8.4 1.39 2.15 2.09 4.46 true true true true 47 3 -21.62228104 -43.01158343 0 126 20.2 16.2 8.5 5.82 4.75 4.65 7.48 true true true true 48 3 -18.63653221 -46.57549489 0 113 22.7 19.6 12.2 3.94 4.96 3.78 18.50 true true true true 49 4 -28.01979462 -51.34737729 0 182 23.5 18.9 7.8 5.44 8.96 8.38 10.0000000000000 true true true true 50 3 -31.68445007 -44.19177352 0 160 23.9 17.3 9 6.01 7.79 7.73 8.85 true true true true 51 3 -31.4112829 -39.60151983 0 51 11.7 6.3 1.8 0.43 3.04 2.50 3.92 true true true true 52 3 -31.15754727 -39.21943803 0 50 12.8 9.5 8.8 0.37 3.39 4.84 2.84 true true true true 53 3 -32.51899481 -38.08130058 0 135 22.7 14.6 9.4 6.24 6.19 3.74 9.85 true true true true 54 1 -41.42112453 -31.03966517 0 40 6.4 2.2 2 2.05 3.15 1.07 2.03 true true true true 55 3 -41.09670621 -32.03305624 0 41 15.2 10.6 8 2.67 3.74 1.15 1.59 true true true true 56 6 -42.77321919 -32.972322 0 56 18 14.7 11.4 0.74 9.34 1.61 1.89 true true true true 57 4 -40.73566417 -34.25365888 0 64 17.7 4.6 3.3 0.17 8.15 5.44 9.99 true true true true 58 3 -47.3073825 -37.46121617 0 89 20.8 16 7 3.21 4.12 2.40 7.79 true true true true 59 3 -46.44876425 -39.83726779 0 109 21.6 15.8 9 4.67 7.27 2.76 6.27 true true true true 60 3 -53.39518133 -40.07907439 0 136 22.9 18.4 11.8 3.55 3.27 5.68 24.54 true true true true 61 3 -50.13470005 -41.63977902 0 140 13.2 8.1 6 3.65 5.0000000000000 4.67 17.57 true true true true 62 3 -51.6099115 -45.75805219 0 110 21.8 12 6.6 2.78 4.71 4.34 10.41 true true true true 63 3 -47.836489 -47.24647266 0 162 22.6 16.2 9.2 3.84 8.13 6.75 8.30 true true true true 64 3 -44.34267779 -43.57396179 0 103 23.9 9.2 7.4 1.73 1.30 3.94 6.06 true true true true 65 3 -46.28075672 -39.96675454 0 35 20.8 16.3 11.7 4.65 8.77 1.83 0.76 true true true true 66 4 -37.15937994 -39.87856987 0 133 11.6 2.8 1 5.03 4.71 5.38 4.05 true true true true 67 3 -34.99390764 -42.44417079 0 106 24.1 13 6.3 1.14 2.44 3.25 7.56 true true true true 68 3 -37.30505268 -54.85054257 0 145 19.8 12.6 9.5 5.42 4.31 4.24 5.62 true true true true 69 3 -44.64298114 -56.6684776 0 129 22.7 17.6 9 4.14 7.96 4.61 7.90 true true true true 70 3 -51.42107282 -55.50424137 0 70 20.3 14.3 8.4 2.51 8.38 4.73 8.74 true true true true 71 4 -50.33916459 -53.14238638 0 40 15.5 9.5 4.2 1.4 2.68 4.12 1.90 true true true true 72 6 -49.5924858 -51.63826709 0 61 11.9 9.8 8.5 3.10 1.35 5.92 4.65 true true true true 73 4 -62.41528231 -42.2373827 0 150 15.3 5.7 5.2 4.30 5.46 4.30 4.76 true true true true 74 3 -65.5482393 -45.43379816 0 76 19 13.2 6.7 2.44 9.01 4.76 5.83 true true true true 75 4 -63.01999026 -48.49502006 0 81 19.9 8 3 3.27 4.75 1.46 8.64 true true true true 76 3 -61.8465123 -51.62034689 0 140 18 13 6 5.22 6.40 2.40 4.34 true true true true 77 3 -57.79598965 -52.04241324 0 44 21.4 15 8.5 3.94 3.83 6.99 7.13 true true true true 78 4 -56.80413267 -48.62246727 0 45 14 9.2 5.5 2.51 3.12 3.35 2.37 true true true true 79 4 -61.30253188 -53.48275039 0 43 13.4 8.8 5.7 2.48 4.04 2.52 4.47 true true true true 80 4 -48.77654439 -47.39759216 0 141 13.6 6.5 3.6 0.13 4.46 5.48 3.21 true true true true 81 3 -57.90301428 -54.11207273 0 50 22.6 13 6 2.94 3.31 0.81 1.39 true true true true 82 6 -61.23789141 -62.14208865 0 123 14.4 12.2 9.4 3.83 2.54 4.94 5.11 true true true true 83 3 -65.63498532 -63.89915733 0 75 19.5 15.6 8 1.20 1.33 2.90 4.86 true true true true 84 6 -66.63413256 -64.42606144 0 70 15.8 14 9.8 0.96 2.23 1.77 6.33 true true true true 85 6 -68.37455707 -64.74941487 0 50 12.9 12 9 0.94 2.94 2.91 1.29 true true true true 86 3 -70.33047759 -64.89373031 0 78 13 11 10 2.76 6.35 2.90 6.67 true true true true 87 3 -70.95845598 -64.66953128 0 55 18 14.7 6 4.26 1.87 1.89 7.06 true true true true 88 3 -71.03447321 -65.59656106 0 54 19.2 16.3 14 3.06 4.07 2.69 1.13 true true true true 89 3 -74.26247769 -68.97316896 0 85 13.5 10.6 6.2 2.90 4.72 3.80 4.17 true true true true 90 4 -73.01589478 -64.13968712 0 51 18.1 8 4.2 1.25 5.75 1.89 2.97 true true true true 91 3 -73.90385036 -63.91152469 0 64 15.3 14.3 10.7 2.05 4.46 3.25 7.06 true true true true 92 3 -67.23867488 -61.14732998 0 59 18.3 14.6 10.3 1.82 2.21 2.74 6.25 true true true true 93 6 -69.04964557 -57.30298558 0 85 17.1 14 9.5 2.29 5.61 2.85 2.85 true true true true 94 3 -68.57929266 -53.456534 0 116 16.2 10.7 4.6 0.91 4.74 4.01 5.42 true true true true 95 3 -70.74501456 -56.68802658 0 86 19.8 14 7.4 1.95 7.73 4.23 7.46 true true true true 96 3 -76.26921409 -56.96919954 0 106 18 11 8.3 3.28 3.50 3.52 7.40 true true true true 97 3 -72.29431434 -51.69668571 0 122 18.8 18 13 4.68 7.82 3.01 7.09 true true true true 98 3 -78.12588602 -56.50979063 0 46 19.2 15.4 6.6 1.89 0.83 3.11 5.31 true true true true 99 3 -76.85156026 -52.6047111 0 65 16.2 14 12 0.84 1.64 1.80 5.27 true true true true 100 6 -77.0375992 -50.22931241 0 68 15.6 13.8 9.6 2.00000000000000 4.13 2.40 8.36 true true true true 101 3 11.93453783 1.04269204 0 70 17.7 14.8 8 3.03 3.69 2.97 8.04 true true true true 102 6 10.56129169 -2.16044388 0 70 14.1 9.7 6 2.24 5.59 3.25 9.10 true true true true 103 6 10.72768539 -6.357488976 0 121 11.4 10.8 1.3 1.56 3.57 4.26 4.30 true true true true 104 3 7.549401966 -2.646985069 0 171 20 13.7 7.4 4.41 7.54 4.04 4.82 true true true true 105 6 3.350637186 -15.57363575 0 102 17.5 17 10.4 2.44 1.53 2.42 5.86 true true true true 106 6 1.201877021 -12.47222481 0 75 17.4 16 11.4 2.10 3.60 2.39 5.0000000000000 true true true true 107 3 2.68824583 -7.502948378 0 79 16.2 13.3 8 1.53 3.62 2.87 2.70 true true true true 108 1 1.190283769 -9.203348551 0 45 6.3 2.5 1.5 1.32 5.26 1.54 0.23 true true true true 109 1 0.133080501 -8.268929168 0 57 7.6 3.4 1.8 1.74 4.90 1.99 3.00000000000000 true true true true 110 3 0.163440109 -6.868055571 0 71 18.1 14 11 2.47 4.71 2.99 2.50 true true true true 111 1 -0.682844548 -8.633036738 0 40 5.9 4.2 1.5 0.65 3.76 2.34 3.86 true true true true 112 6 -1.181541014 -8.901930175 0 43 12.5 10.6 5.3 0.66 1.39 2.46 1.66 true true true true 113 6 -2.711108653 -11.7102643 0 79 17 13.2 12 2.39 6.30 1.44 1.70 true true true true 114 4 -2.377107799 -19.64671623 0 119 20.4 6.6 4 6.45 3.06 5.12 7.01 true true true true 115 3 -7.834272652 -12.26077779 0 158 20.4 13.6 3.8 3.92 6.50 3.67 9.67 true true true true 116 3 -15.35334677 -9.958149573 0 135 20.8 14 8.3 2.58 4.52 2.83 6.59 true true true true 117 4 -14.59599595 -11.23624947 0 40 8.9 1.8 1.6 3.16 2.62 3.37 2.77 true true true true 118 3 -13.60196573 -16.09134638 0 172 20.7 14.7 8 2.75 7.93 5.24 7.93 true true true true 119 3 -11.39402749 -18.98303815 0 137 18.6 8.6 3.1 2.77 4.18 3.71 4.58 true true true true 120 3 -22.77899482 -23.6377164 0 174 19.5 17 9.4 3.62 3.13 6.70 5.48 true true true true 121 3 -26.22797151 -20.87485703 0 141 21.3 14.8 3 3.38 4.71 4.73 4.06 true true true true 122 3 -29.11276444 -15.11991819 0 156 22.1 16 3.3 6.90 7.59 6.18 7.67 true true true true 123 3 -30.61212528 -21.63415587 0 129 17.8 13.7 8.6 1.81 6.87 4.29 7.46 true true true true 124 4 -35.03077982 -16.9958031 0 47 7.5 1.7 1.3 0.86 3.34 4.03 5.61 true true true true 125 3 -39.90933633 -22.70225006 0 180 26.8 19.3 2.8 5.42 3.06 3.39 4.57 true true true true 126 3 -43.42501034 -22.66913197 0 158 22 16.6 3.3 2.49 4.84 3.14 6.21 true true true true 127 3 -41.6869561 -9.014595845 0 66 17.4 12.3 3 3.45 5.63 0.97 6.67 true true true true 128 3 -45.6347498 -12.42544509 0 145 24.2 16.2 2 4.51 7.14 4.72 9.50 true true true true 129 6 -51.09417064 -15.08620305 0 70 15.8 13.7 10.8 5.75 4.52 3.88 1.37 true true true true 130 6 -46.71971129 -17.03154576 0 44 9.5 6.7 2 1.38 2.52 1.88 3.59 true true true true 131 3 -47.08819052 -24.87468966 0 136 21.1 12.3 3.7 2.94 2.99 4.23 3.46 true true true true 132 4 -44.84213611 -30.57618342 0 77 18.4 3.9 2 1.30 3.87 5.14 7.33 true true true true 133 3 -50.16305859 -28.00501243 0 119 20.2 17.5 9 2.74 7.30 3.83 3.68 true true true true 134 3 -52.00865925 -30.63974348 0 141 19.6 11.1 2.3 2.02 2.12 4.54 3.40 true true true true 135 3 -54.58194594 -20.51173673 0 64 16.5 12.7 9 2.51 4.68 1.27 4.99 true true true true 136 3 -56.09701703 -14.4418143 0 130 18.4 13.8 4 2.99 3.18 2.14 5.38 true true true true 137 6 -58.78541288 -22.76696951 0 81 16 13.2 10 1.23 1.33 3.33 4.23 true true true true 138 3 -58.76748235 -24.47552494 0 51 13.9 6.8 3.4 1.91 6.94 3.85 3.66 true true true true 139 6 -64.00020928 -17.2529239 0 57 15 13.1 9 0.59 3.27 2.64 1.57 true true true true 140 3 -62.01639485 -13.94236393 0 114 20 13.1 3 2.74 4.94 3.35 5.14 true true true true 141 4 -64.49268258 -21.59959403 0 50 16.6 3.2 1.5 3.03 6.64 2.66 1.53 true true true true 142 6 -66.97849039 -21.35090106 0 73 10.2 9.1 7 2.10 3.00000000000000 1.08 4.38 true true true true 143 3 -66.64921021 -21.68633309 0 95 15.7 12.2 3.5 2.32 5.79 2.58 4.61 true true true true 144 3 -63.84130195 -23.9474666 0 59 13.5 11.4 7.8 1.55 4.12 2.63 3.22 true true true true 145 4 -61.01347887 -30.68008868 0 92 16.1 3.7 1.6 1.99 3.21 3.49 5.91 true true true true 146 3 -60.96059115 -35.34172183 0 76 15.3 10.4 7.8 2.41 4.26 3.41 4.42 true true true true 147 6 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true true true true 336 3 -67.38657206 39.98664588 0 149 28 18.8 6.8 2.98 7.33 4.64 6.74 true true true true 337 3 -62.70346986 42.51985373 0 150 26 22.4 12 6.17 7.61 1.39 4.29 true true true true 338 3 -59.70252361 40.62666856 0 108 27.7 21.4 9.6 2.70 2.93 3.07 6.03 true true true true 339 3 -56.60053814 42.24600603 0 124 23.8 17.2 10.1 2.21 3.11 2.40 3.45 true true true true 340 3 -54.64764021 43.94269326 0 134 21.6 16 6 3.06 7.68 1.59 8.65 true true true true 341 4 -54.71717913 47.6213666 0 56 13.7 5 1.7 2.91 2.54 4.56 5.86 true true true true 342 3 -53.01575559 48.91629267 0 125 23 20 8.5 2.13 4.32 1.82 3.13 true true true true 343 4 -54.04636201 41.62645763 0 56 13.2 4.3 2 2.42 3.24 2.60 3.90 true true true true 344 3 -51.72751075 39.12047764 0 172 23 16.4 6.8 2.44 3.25 2.54 3.98 true true true true 345 4 -46.86792224 36.30998154 0 75 13.4 6.6 3.1 3.03 2.62 4.35 2.92 true true true true 346 3 -48.60480555 30.83016635 0 132 20.5 15.8 6 5.15 3.37 5.22 8.80 true true true true 347 3 -42.433268 33.5662643 0 150 19.7 9.5 6.5 3.92 4.36 5.18 6.31 true true true true 348 4 -37.38844423 36.2883552 0 99 18.6 10.8 5.3 5.29 3.45 7.80 7.61 true true true true 349 3 -31.8241369 45.17804655 0 137 18.5 15 7.6 6.65 12.88 3.62 5.11 true true true true 350 6 -45.75357934 47.22386159 0 87 21.8 15.5 9.1 4.57 7.20 2.68 8.55 true true true true 351 3 -42.56546442 51.23063622 0 108 20.2 14.3 7 2.70 2.38 8.72 9.05 true true true true 352 3 -47.19838393 54.449387 0 141 21.2 13.3 6.4 6.69 5.42 6.89 3.79 true true true true 353 3 -42.62627411 55.57054377 0 84 20.4 17.3 11.8 3.93 2.72 6.50 5.34 true true true true 354 4 -42.7120445 57.55283071 0 74 19.6 13.5 6.1 2.48 2.99 5.65 3.60 true true true true 355 3 -35.30378239 47.52793947 0 117 17.7 14.7 7.2 3.80 2.01 3.99 4.10 true true true true 356 3 -31.8514303 45.35017543 0 88 21.6 14.1 9.2 2.42 2.88 7.93 8.01 true true true true 357 3 -29.94993694 45.16940573 0 114 21.7 17 11.1 3.16 2.22 4.62 5.08 true true true true 358 3 -27.91434299 45.18517206 0 114 17.4 14.8 6.5 2.71 1.65 3.58 3.72 true true true true 359 3 -24.51725534 42.81287525 0 148 22 19 8 5.37 3.01 4.80 6.21 true true true true 360 4 -21.05647999 42.34547733 0 72 14.3 8.2 3.7 2.23 2.82 4.53 5.82 true true true true 361 4 -20.51747769 37.02367363 0 45 14.3 10 2.9 2.42 1.43 1.71 4.54 true true true true 362 3 -28.05236617 37.8508002 0 108 19.8 16 9.8 2.92 3.82 5.81 4.67 true true true true 363 4 -25.2244379 35.99841802 0 75 16.5 12.5 7 4.32 4.79 5.00000000000000 5.63 true true true true 364 3 -29.55987539 38.0638749 0 147 23.4 16 7.2 1.58 8.50 1.79 7.76 true true true true 365 3 -37.26230681 13.97920001 0 127 24.2 15 6 4.51 2.70 7.28 6.58 true true true true # inventory zones # inventory x y Jonard -122 5 Jonard -100 -27 Jonard -71 -68 Jonard -10 -47 Jonard 34 -30 Jonard -20 42 Jonard -43 58 Jonard -95 31 # Regeneration cohorts # cellRowÊÊ cellColÊ speciesIdÊÊ yearÊÊ Ê {heightMoy_m, diamMoy_cm,Ê number}ÊÊ yearOfFirstOccurrenceÊÊ periodicEmergenceTimeStep