# Generated on 2020-12-14 14:17:23 plotName = seviscourt date = 2018 cellWidth = 5 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 49.94349 5.387201 2.053753 225.3372 90 # Sensor Line # ID x y h PACLTotal PACLDiffuse PACLDirect 1100 38 10 1.3 0.1925 0.1803 0.2069 900 38 29 1.3 0.1431 0.1774 0.103 600 38 48 1.3 0.2833 0.2532 0.3183 300 38 67 1.3 0.176 0.1835 0.1673 400 56.694 66.36 1.3 0.1602 0.1448 0.1781 1200 57 10 1.3 0.1037 0.1148 0.0907 1000 57 29 1.3 0.1143 0.1466 0.0767 700 57 48 1.3 0.222 0.2006 0.247 100 57 86 1.3 0.165 0.1861 0.1404 800 76 48 1.3 0.2172 0.2079 0.2281 200 76 86 1.3 0.1488 0.1622 0.1333 500 76.118 67.052 1.3 0.1484 0.1442 0.1533 1101 39 10 1.3 0.1925 0.1803 0.2069 901 39 29 1.3 0.1431 0.1774 0.103 601 39 48 1.3 0.2833 0.2532 0.3183 301 39 67 1.3 0.176 0.1835 0.1673 401 57.694 66.36 1.3 0.1602 0.1448 0.1781 1201 58 10 1.3 0.1037 0.1148 0.0907 1001 58 29 1.3 0.1143 0.1466 0.0767 701 58 48 1.3 0.222 0.2006 0.247 101 58 86 1.3 0.165 0.1861 0.1404 801 77 48 1.3 0.2172 0.2079 0.2281 201 77 86 1.3 0.1488 0.1622 0.1333 501 77.118 67.052 1.3 0.1484 0.1442 0.1533 1102 38 11 1.3 0.1925 0.1803 0.2069 902 38 30 1.3 0.1431 0.1774 0.103 602 38 49 1.3 0.2833 0.2532 0.3183 302 38 68 1.3 0.176 0.1835 0.1673 402 56.694 67.36 1.3 0.1602 0.1448 0.1781 1202 57 11 1.3 0.1037 0.1148 0.0907 1002 57 30 1.3 0.1143 0.1466 0.0767 702 57 49 1.3 0.222 0.2006 0.247 102 57 87 1.3 0.165 0.1861 0.1404 802 76 49 1.3 0.2172 0.2079 0.2281 202 76 87 1.3 0.1488 0.1622 0.1333 502 76.118 68.052 1.3 0.1484 0.1442 0.1533 1103 37 10 1.3 0.1925 0.1803 0.2069 903 37 29 1.3 0.1431 0.1774 0.103 603 37 48 1.3 0.2833 0.2532 0.3183 303 37 67 1.3 0.176 0.1835 0.1673 403 55.694 66.36 1.3 0.1602 0.1448 0.1781 1203 56 10 1.3 0.1037 0.1148 0.0907 1003 56 29 1.3 0.1143 0.1466 0.0767 703 56 48 1.3 0.222 0.2006 0.247 103 56 86 1.3 0.165 0.1861 0.1404 803 75 48 1.3 0.2172 0.2079 0.2281 203 75 86 1.3 0.1488 0.1622 0.1333 503 75.118 67.052 1.3 0.1484 0.1442 0.1533 1104 38 9 1.3 0.1925 0.1803 0.2069 904 38 28 1.3 0.1431 0.1774 0.103 604 38 47 1.3 0.2833 0.2532 0.3183 304 38 66 1.3 0.176 0.1835 0.1673 404 56.694 65.36 1.3 0.1602 0.1448 0.1781 1204 57 9 1.3 0.1037 0.1148 0.0907 1004 57 28 1.3 0.1143 0.1466 0.0767 704 57 47 1.3 0.222 0.2006 0.247 104 57 85 1.3 0.165 0.1861 0.1404 804 76 47 1.3 0.2172 0.2079 0.2281 204 76 85 1.3 0.1488 0.1622 0.1333 504 76.118 66.052 1.3 0.1484 0.1442 0.1533 # Tree nutrient concentrations (mg/g) # name compartmentName C N P S Ca Mg K Na Al Mn Fe Cl Si pseudotsuga LEAVES_UPPER_CURRENT 519.666666666667 15.9 1.379 0.9753 1.0133 0.518833333333333 5.6964 2.02666666666667E-02 9.99666666666667E-02 0.918933333333333 8.24333333333333E-02 0.0 0.0 pseudotsuga LEAVES_UPPER_OLD 506.333333333333 18 1.027 0.964933333333333 2.04413333333333 0.4768 4.4864 4.56666666666667E-02 0.142133333333333 1.7922 0.0733 0.0 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 8 4.616 2.966 0 139.4867 30.77 NA 13.34 2.51 3.06 2.98 3.94 true true true true 2 8 5.602 6.549 0 174.6726 34.25 NA 17.95 3.99 3.79 2.69 4.25 true true true true 3 8 9.175 11.655 0 143.2566 32.76 NA 15.58 3.38 3.38 3.38 3.38 true true true true 4 8 4.795 16.425 0 207.031 39.21 NA 13.98 3.15 3.44 4.6 3.18 true true true true 5 8 7.81 20.215 0 163.9911 35.57 NA 19.9 2.59 4.38 4.01 3.66 true true true true 6 8 20.472 26.062 0 169.0177 35.93 NA 16.88 3.85 3.85 3.85 3.85 true true true true 7 8 27.677 25.846 0 190.6947 41.1 NA 18.56 4.88 4.95 3.1 6.05 true true true true 8 8 21.033 15.229 0 167.761 36.43 NA 20.82 2.91 3.84 2.52 4.85 true true true true 9 8 21.952 11.882 0 183.469 37.71 NA 17.61 4.11 4.11 4.11 4.11 true true true true 10 8 13.857 15.706 0 125.0354 33.18 NA 18.38 4.62 2.38 2.92 3.13 true true true true 11 8 15.828 9.321 0 194.4646 37.47 NA 15.14 5.1 5.34 3.36 3.79 true true true true 12 8 19.931 6.558 0 156.4513 34.39 NA 16.25 3.62 3.62 3.62 3.62 true true true true 13 8 13.789 3.155 0 195.7212 40.6 NA 17.51 5.13 4.43 5.11 4.18 true true true true 14 8 8.677 -1.388 0 130.3761 31.57 NA 13.68 3.37 3.24 3.18 2.89 true true true true 15 8 15.569 -3.012 0 134.4602 31.68 NA 15.13 3.23 3.23 3.23 3.23 true true true true 16 8 20.284 -3.799 0 125.0354 28.36 NA 13.95 3.81 3.53 2.82 3.53 true true true true 17 8 33.137 -8.653 0 169.0177 34.18 NA 14.07 3.71 3.3 4.22 3.07 true true true true 18 8 37.512 0.044 0 177.1858 36.94 NA 17.3 3.99 3.99 3.99 3.99 true true true true 19 8 29.879 1.769 0 226.1947 35.45 NA 15.23 4.44 3.96 5.54 5.11 true true true true 20 8 26.909 7.635 0 171.8451 39.63 NA 13.48 2.41 4.01 3.54 3.72 true true true true 21 8 29.326 10.277 0 186.9248 38.14 NA 17.79 4.17 4.17 4.17 4.17 true true true true 22 8 29.636 16.239 0 174.6726 37.65 NA 21.68 4.28 3.37 2.98 4.27 true true true true 23 8 36.433 14.097 0 165.5619 37.98 NA 21.04 1.76 1.21 4.18 5.04 true true true true 24 8 38.495 19.291 0 169.646 36.01 NA 16.91 3.86 3.86 3.86 3.86 true true true true 25 8 39.097 26.82 0 213.3141 40.72 NA 19.91 3.96 4.42 3.27 5.1 true true true true 26 8 46.566 26.576 0 197.292 41.37 NA 19.35 5.7 3.19 3.06 3.74 true true true true 27 8 44.119 23.485 0 162.1062 35.08 NA 16.53 3.72 3.72 3.72 3.72 true true true true 28 8 49.906 21.451 0 138.2301 34.76 NA 20.64 2.78 2.45 2.5 3.83 true true true true 29 8 44.279 17.947 0 162.1062 38.91 NA 18.29 3.58 2.79 2.68 3.5 true true true true 30 8 47.965 15.069 0 143.2566 32.76 NA 15.58 3.38 3.38 3.38 3.38 true true true true 31 8 40.379 10.677 0 160.8495 37.57 NA 20.43 3.92 3.29 2.1 2.72 true true true true 32 8 40.993 6.447 0 212.6858 39.59 NA 18.57 3.75 5.19 2.37 3.28 true true true true 33 8 38.079 -8.316 0 174.0442 36.55 NA 17.14 3.94 3.94 3.94 3.94 true true true true 34 8 47.864 -9.783 0 187.8672 39.89 NA 15.84 4.21 4.54 3.67 3.33 true true true true 35 8 52.312 -5.12 0 154.2522 33.75 NA 12.87 2.94 4.4 3.02 2.55 true true true true 36 8 53.71 -0.985 0 211.7433 41.2 NA 19.05 4.62 4.62 4.62 4.62 true true true true 37 8 48.22 2.197 0 136.031 36.68 NA 19.08 3.39 2.63 2.11 3.89 true true true true 38 8 50.528 4.612 0 134.7743 35.14 NA 18.86 3.61 4.67 2.86 1.62 true true true true 39 8 52.205 10.901 0 142 32.61 NA 15.51 3.36 3.36 3.36 3.36 true true true true 40 8 54.623 18.972 0 181.8982 38.58 NA 19.77 5.99 3.86 4.7 4.78 true true true true 41 8 59.813 15.564 0 202.3186 39.13 NA 16.59 4.67 5.44 4.51 3.82 true true true true 42 8 65.177 10.731 0 179.6991 37.25 NA 17.42 4.04 4.04 4.04 4.04 true true true true 43 8 58.481 9.732 0 146.7124 35.28 NA 14.71 2.92 3.38 2.41 2.31 true true true true 44 8 62.518 0.895 0 176.5575 39.42 NA 19.47 4.94 2.81 2.05 4.89 true true true true 45 8 59.83 -2.491 0 163.0487 35.2 NA 16.58 3.74 3.74 3.74 3.74 true true true true 46 8 62.772 -15.321 0 212.0575 31.11 NA 11.8 3.86 4.05 5.15 4.96 true true true true 47 8 68.141 -13.424 0 162.7345 37.38 NA 18.64 3.08 4.39 3.02 3.34 true true true true 48 8 73.956 -18.926 0 167.4469 35.74 NA 16.8 3.82 3.82 3.82 3.82 true true true true 49 8 77.111 -19.504 0 161.792 36.04 NA 19.6 4.7 5.08 4.21 2.07 true true true true 50 8 75.347 -14.79 0 156.1372 36.35 NA 19.82 2.56 3.91 2.03 3.27 true true true true 51 8 75.21 -9.768 0 131.6327 31.33 NA 14.99 3.18 3.18 3.18 3.18 true true true true 52 8 68.068 -7.174 0 226.5088 38.45 NA 12.13 4.12 3.37 3.84 6.24 true true true true 53 8 69.915 -1.951 0 171.8451 36.68 NA 16.9 4.16 5.19 4.54 3.89 true true true true 54 8 75.099 2.139 0 134.7743 31.72 NA 15.15 3.23 3.23 3.23 3.23 true true true true 55 8 79.512 -0.217 0 193.2079 40.44 NA 18.14 4.45 3.6 3.64 3.54 true true true true 56 8 78.314 7.094 0 163.9911 41.85 NA 19.23 3.54 3.41 3.85 3.47 true true true true 57 8 70.305 6.693 0 166.1903 35.59 NA 16.74 3.8 3.8 3.8 3.8 true true true true 58 8 77.369 14.546 0 186.2964 40.38 NA 18.11 5.22 4.66 3.5 3.81 true true true true 59 8 84.467 9.813 0 173.4159 37.52 NA 21.26 3.49 3.45 4.69 3.54 true true true true 60 8 80.555 23.989 0 169.646 36.01 NA 16.91 3.86 3.86 3.86 3.86 true true true true 61 8 73.388 22.356 0 163.0487 40.71 NA 20.64 2.58 4.99 2.28 2.85 true true true true 62 8 70.42 17.908 0 184.0973 40.2 NA 21.94 3.54 4.29 3.2 4.81 true true true true 63 8 76.768 28.702 0 226.823 43.05 NA 19.81 4.89 4.89 4.89 4.89 true true true true 64 8 74.182 33.044 0 164.9336 39.82 NA 21.28 3.98 1.86 2.21 4.69 true true true true 65 8 77.189 37.017 0 186.9248 42.05 NA 16.8 3.34 4.65 1.88 5.59 true true true true 66 8 87.589 37.879 0 194.7787 39.11 NA 18.19 4.31 4.31 4.31 4.31 true true true true 67 8 89.059 33.784 0 160.2212 38.24 NA 17.35 3.01 3.6 4.31 3.34 true true true true 68 8 96.241 48.574 0 149.854 37.4 NA 17.24 2.27 3.62 2.17 1.77 true true true true 69 8 93.765 51.326 0 224.3097 42.75 NA 19.68 4.84 4.84 4.84 4.84 true true true true 70 8 87.847 58.424 0 163.677 38.45 NA 19.65 4.93 3.04 3.25 4.79 true true true true 71 8 86.266 53.081 0 152.9956 33.07 NA 17.7 3.88 3.55 3.4 2.04 true true true true 72 8 80.783 50.297 0 170.9026 36.17 NA 16.98 3.88 3.88 3.88 3.88 true true true true 73 8 83.254 46.728 0 152.9956 40.17 NA 17.44 2.07 3.58 4.03 2.3 true true true true 74 8 78.444 42.063 0 163.9911 38.69 NA 14.5 4.49 5.35 4.45 5 true true true true 75 8 65.86 25.15 0 147.0265 33.23 NA 15.77 3.45 3.45 3.45 3.45 true true true true 76 8 61.135 26.379 0 181.5841 40.54 NA 22.06 3.4 3.38 5 4.75 true true true true 77 8 63.324 33.384 0 177.8141 40.25 NA 22.27 2.72 4.61 3.75 4.28 true true true true 78 8 54.241 29.201 0 169.646 36.01 NA 16.91 3.86 3.86 3.86 3.86 true true true true 79 8 67.534 43.946 0 207.6593 42.04 NA 24.84 5.69 6.59 3.01 2.93 true true true true 80 8 69.412 51.346 0 163.677 38.35 NA 22.79 3.05 3.96 4.23 2.53 true true true true 81 8 74.966 51.423 0 144.8274 32.95 NA 15.66 3.41 3.41 3.41 3.41 true true true true 82 8 79.342 56.045 0 166.8186 40.56 NA 20.7 3.11 4.27 2.51 2.64 true true true true 83 8 79.025 60.684 0 151.7389 41.06 NA 19.78 4.4 4.8 2.2 3.26 true true true true 84 8 84.512 63.133 0 163.9911 35.32 NA 16.63 3.76 3.76 3.76 3.76 true true true true 85 8 71.08 57.372 0 195.0929 41.48 NA 19.82 6.64 6.19 4.15 4.23 true true true true 86 8 64.229 52.842 0 199.8053 40.63 NA 21.19 4.98 3.96 5.08 6.06 true true true true 87 8 59.711 49.251 0 162.4203 35.12 NA 16.55 3.73 3.73 3.73 3.73 true true true true 88 8 55.931 41.451 0 170.9026 40.77 NA 24.3 4.82 2.09 3.35 1.54 true true true true 89 8 47.302 39.554 0 153.938 38.24 NA 23.19 4.23 4.46 4.03 3.25 true true true true 90 8 41.312 40.634 0 159.5929 34.77 NA 16.41 3.68 3.68 3.68 3.68 true true true true 91 8 42.657 45.784 0 189.438 42.5 NA 22.42 5.01 4.57 3.18 5.05 true true true true 92 8 48.3 49.314 0 156.7655 36.68 NA 19.87 3.71 2.74 4.09 4.13 true true true true 93 8 59.266 58.622 0 164.9336 35.43 NA 16.68 3.77 3.77 3.77 3.77 true true true true 94 8 49.796 63.7 0 157.3938 38.87 NA 23.1 1.66 3.49 2.41 3.42 true true true true 95 8 49.93 58.971 0 152.9956 38.92 NA 22.62 1.95 3.2 2.88 4.23 true true true true 96 8 45.291 54.683 0 196.9779 39.38 NA 18.3 4.35 4.35 4.35 4.35 true true true true 97 8 36.683 47.636 0 109.3274 32.94 NA 23.53 1.89 3 4.04 2.55 true true true true 98 8 35.709 38.052 0 206.0885 40.79 NA 18.95 6 5.88 5.15 4.56 true true true true 99 8 37.921 34.54 0 176.5575 36.86 NA 17.26 3.98 3.98 3.98 3.98 true true true true 100 8 25.399 32.182 0 162.4203 34.85 NA 17.59 3.74 4.16 2.82 3.12 true true true true 101 8 28.887 36.424 0 151.1106 33.38 NA 16.58 2.57 2.96 2.94 2.46 true true true true 102 8 30.928 49.241 0 168.3894 35.86 NA 16.85 3.84 3.84 3.84 3.84 true true true true 103 8 35.571 53.306 0 143.2566 34.89 NA 18.33 4.82 2.36 4.46 3.97 true true true true 104 8 37.981 57.551 0 235.9336 40.11 NA 20.77 4.84 4.57 3.39 2.93 true true true true 105 8 44.014 62.56 0 168.3894 35.86 NA 16.85 3.84 3.84 3.84 3.84 true true true true 106 8 31.253 64.434 0 179.6991 36.25 NA 13.55 5.79 7.08 4.36 5.05 true true true true 107 8 28.715 54.163 0 207.3451 36.99 NA 18.64 5.75 4.22 3.43 4.63 true true true true 108 8 25.799 44.007 0 169.9602 36.05 NA 16.93 3.86 3.86 3.86 3.86 true true true true 109 8 19.864 41.731 0 204.8318 40.5 NA 17.67 4.06 4.66 5.93 5.34 true true true true 110 8 14.13 34.976 0 196.0354 37.87 NA 17.78 4.78 5.37 4.28 5.19 true true true true 111 8 13.991 47.789 0 202.6327 40.07 NA 18.58 4.45 4.45 4.45 4.45 true true true true 112 8 18.917 58.806 0 159.5929 35.98 NA 19.54 4.78 3.64 3.97 4.31 true true true true 113 8 26.526 71.428 0 184.0973 36.66 NA 19.77 4.58 3.93 4.57 4.41 true true true true 114 8 21.151 73.532 0 174.0442 36.55 NA 17.14 3.94 3.94 3.94 3.94 true true true true 115 8 36.597 69.078 0 209.8584 38.96 NA 19.09 4.62 3.57 4.05 4.38 true true true true 116 8 35 76.145 0 150.1681 36.02 NA 17.68 5.31 3.47 3.95 3.08 true true true true 117 8 39.509 78.162 0 158.3363 34.62 NA 16.34 3.66 3.66 3.66 3.66 true true true true 118 8 28.151 83.907 0 174.6726 35.69 NA 20.55 4.06 4.91 2.65 3.72 true true true true 119 8 29.596 89.833 0 173.4159 31.3 NA 12.33 5.89 5.55 3.7 6.96 true true true true 120 8 29.674 96.17 0 148.2832 33.38 NA 15.83 3.47 3.47 3.47 3.47 true true true true 121 8 32.225 97.972 0 167.4469 31.04 NA 13.32 4.68 3.64 3.23 3.96 true true true true 122 8 36.801 106.75 0 195.0929 37.05 NA 13.78 6.39 5.05 4.7 4.51 true true true true 123 8 30.717 106.29 0 177.8141 37.02 NA 17.33 4.01 4.01 4.01 4.01 true true true true 124 8 37.666 115.602 0 157.3938 29.19 NA 10.61 3.64 3.3 4.23 5.38 true true true true 125 8 39.771 117.954 0 181.8982 33.74 NA 12.67 5.34 4.8 3.69 6.3 true true true true 126 8 46.05 114.441 0 132.8894 31.48 NA 15.05 3.2 3.2 3.2 3.2 true true true true 127 8 42.811 111.216 0 183.469 32.67 NA 13.1 4.34 4.78 3.46 4.43 true true true true 128 8 45.788 101.781 0 191.0088 36.68 NA 12.97 4.31 3.15 5.55 4.15 true true true true 129 8 37.201 91.097 0 195.0929 39.15 NA 18.2 4.32 4.32 4.32 4.32 true true true true 130 8 38.626 84.518 0 169.9602 35.55 NA 17.17 4.16 3.88 4.59 3.88 true true true true 131 8 42.398 71.82 0 173.7301 39.82 NA 17.07 4.63 2.09 4.04 4.66 true true true true 132 8 45.397 70.685 0 184.0973 37.79 NA 17.65 4.12 4.12 4.12 4.12 true true true true 133 8 53.585 70.433 0 156.1372 35.04 NA 17.3 4.07 2.41 3.83 5.03 true true true true 134 8 57.321 67.196 0 179.3849 40.28 NA 26.22 4.75 4.38 3.3 3.96 true true true true 135 8 49.792 76.323 0 143.5708 32.8 NA 15.59 3.39 3.39 3.39 3.39 true true true true 136 8 49.917 81.899 0 160.2212 35.88 NA 17.53 3.86 3.8 2.38 3.26 true true true true 137 8 48.205 85.807 0 135.0885 35.35 NA 19.49 5.34 3.56 2.35 2.2 true true true true 138 8 44.454 84.74 0 183.469 37.71 NA 17.61 4.11 4.11 4.11 4.11 true true true true 139 8 50.606 112.007 0 152.6814 28.73 NA 14.1 3.62 3.91 4.08 3.86 true true true true 140 8 56.089 107.677 0 155.5088 30.92 NA 16.59 3.01 2.71 4.59 2.63 true true true true 141 8 51.344 102.445 0 179.0708 37.17 NA 17.39 4.03 4.03 4.03 4.03 true true true true 142 8 54.815 86.735 0 163.3628 35.45 NA 13.96 5.7 2.35 2.75 3.47 true true true true 143 8 57.305 84.116 0 153.938 32.62 NA 17.1 3.49 3.3 3.06 3.17 true true true true 144 8 60.962 94.852 0 211.115 41.12 NA 19.01 4.6 4.6 4.6 4.6 true true true true 145 8 55.955 96.152 0 196.3495 34.31 NA 11.03 4.21 3.12 5.78 5.35 true true true true 146 8 59.53 108.176 0 125.6637 32.33 NA 12.61 1.73 5.55 2.81 2.07 true true true true 147 8 68.017 108.089 0 178.4425 37.1 NA 17.36 4.02 4.02 4.02 4.02 true true true true 148 8 68.754 91.031 0 213.3141 41.69 NA 11.06 5.95 4.31 3.8 5.59 true true true true 149 8 68.949 85.566 0 216.7699 36.47 NA 15.01 3.61 4.54 4.03 4.64 true true true true 150 8 65.422 79.745 0 151.7389 33.81 NA 16.01 3.54 3.54 3.54 3.54 true true true true 151 8 59.013 78.505 0 162.4203 40.71 NA 18.53 4.05 3.44 2.82 5.29 true true true true 152 8 63.404 66.851 0 174.9867 41.65 NA 19.31 5.34 3.18 4.63 2.14 true true true true 153 8 67.657 64.038 0 171.8451 36.28 NA 17.03 3.9 3.9 3.9 3.9 true true true true 154 8 68.934 73.213 0 205.4602 40.65 NA 16.53 5.33 4.77 4.36 4.24 true true true true 155 8 71.141 76.132 0 191.9513 40.75 NA 18.38 4.91 4.42 2.52 4.2 true true true true 156 8 73.629 97.391 0 174.6726 36.63 NA 17.17 3.95 3.95 3.95 3.95 true true true true 157 8 76.773 90.072 0 124.4071 29.44 NA 14.14 5.02 2.15 1.87 2.57 true true true true 158 8 80.128 82.65 0 185.6681 40.89 NA 15.67 4.89 5.57 3.62 4.88 true true true true 159 8 76.896 78.466 0 177.5 36.98 NA 17.31 4 4 4 4 true true true true 160 8 82.524 78.992 0 192.8938 38.8 NA 20.77 4.92 4.06 3.66 3.67 true true true true 161 8 81.909 70.775 0 195.4071 39.81 NA 18.39 4.64 4.51 5.09 4.35 true true true true 162 8 76.116 67.194 0 156.4513 34.39 NA 16.25 3.62 3.62 3.62 3.62 true true true true 163 8 93.841 67.47 0 181.2699 40.8 NA 16.28 4.59 3.82 3.71 4.65 true true true true 164 8 101.653 67.346 0 234.3628 40.69 NA 20.96 3.56 5.64 4.25 4.91 true true true true 165 8 95.032 76.73 0 152.9956 33.96 NA 16.07 3.56 3.56 3.56 3.56 true true true true 166 8 94.501 82.365 0 152.9956 35.81 NA 18.43 4.14 3.86 3.91 2.88 true true true true 167 8 99.512 86.158 0 171.531 39.2 NA 14.67 3.07 3.12 3.88 4.63 true true true true 168 8 94.067 91.873 0 162.1062 35.08 NA 16.53 3.72 3.72 3.72 3.72 true true true true 169 8 103.701 85.583 0 153.938 32.13 NA 20.48 5.65 4.93 2.41 2.49 true true true true 170 8 108.491 92.17 0 184.7256 38.84 NA 18.79 5.35 4.32 4.64 5.07 true true true true 171 8 102.721 98.612 0 156.7655 34.43 NA 16.26 3.63 3.63 3.63 3.63 true true true true 172 8 101.495 96.964 0 159.9071 32.08 NA 12.16 2.1 3.46 3.79 3.66 true true true true 173 8 92.394 96.529 0 144.8274 30.81 NA 5.02 4.59 4.21 4.06 3.73 true true true true 174 8 90.2 84.84 0 166.5044 35.62 NA 16.76 3.8 3.8 3.8 3.8 true true true true 175 8 85.726 88.752 0 203.5752 40.55 NA 21.56 4.31 4.5 3.58 3.83 true true true true 176 8 87.36 96.734 0 158.9646 33.26 NA 11.67 5.83 3.1 3.38 3.42 true true true true 177 8 23.49 49.263 0 166.8186 35.66 NA 16.77 3.81 3.81 3.81 3.81 true true true true # inventory zone # inventory x y Jonard 0 0 Jonard 34.45467 120.1577 Jonard 111.3556 98.10672 Jonard 76.90094 -22.05099