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Ice drift verification for 2010

Statistics for all months of 2010 by forecast lead

Number of observations Forecast lead Scalar correlation Vector correlation b1 RMS Direction Mean Error Radius
Count fday r VCC B1 rms d,
859 1 0.287 0.403 0.633 73.9 6.3
855 2 0.344 0.439 0.804 73.0 12.5
857 3 0.345 0.433 0.853 72.9 18.6
854 4 0.361 0.452 0.906 71.6 24.1
844 5 0.385 0.431 0.954 72.5 29.5
841 6 0.385 0.393 0.942 73.5 32.6
837 7 0.380 0.384 0.952 72.3 36.5
829 8 0.370 0.393 0.972 71.7 40.5
820 9 0.362 0.354 1.001 73.9 44.9
818 10 0.381 0.334 1.065 75.7 47.4
813 11 0.404 0.321 1.156 75.8 51.4
808 12 0.407 0.290 1.164 77.9 55.3
806 13 0.404 0.287 1.143 79.2 58.0
802 14 0.416 0.278 1.180 80.4 62.2
799 15 0.418 0.258 1.195 82.1 66.1
796 16 0.422 0.237 1.229 84.0 70.6

Forecasts at all lead times, scored by month for year 2010

Number of observations Month Scalar correlation Vector correlation b1 RMS Direction Mean Error Radius
1731 1 0.599 0.380 1.477 81.7 26.4
291 2 0.704 1.551 2.082 56.6 103.0
768 3 0.625 0.214 1.885 77.8 56.2
1316 4 0.706 0.664 1.724 72.5 33.5
1214 5 0.634 0.753 1.165 68.8 36.6
702 6 0.393 0.871 1.222 81.8 47.6
911 7 0.146 0.285 0.438 75.0 42.7
1735 8 0.499 0.500 1.268 78.1 38.2
611 9 0.194 0.228 0.395 77.7 26.3
1422 10 0.430 0.295 1.324 70.8 48.0
1510 11 0.472 0.348 1.279 83.7 42.3
1031 12 0.347 0.504 0.748 63.5 40.6

Forecast verification by forecast point

Point Lead Observations Scalar correlation Vector correlation b1 RMS Direction Mean Error Radius
26 1 14 0.357 0.897 1.809 67.7 11.6
26 2 14 0.421 1.107 2.488 54.0 24.1
26 3 14 0.428 1.101 2.804 66.1 35.7
26 4 14 0.531 0.993 3.165 71.8 43.1
26 5 14 0.559 0.954 3.422 73.4 59.4
26 6 14 0.479 0.861 3.194 59.4 69.6
26 7 14 0.333 0.930 2.140 54.6 80.1
26 8 14 0.124 0.722 0.781 49.1 77.9
26 9 14 0.046 0.475 0.295 65.8 82.0
26 10 14 -0.095 0.631 -0.698 57.4 83.0
26 11 14 -0.208 0.887 -1.357 64.6 72.1
26 12 14 -0.185 0.885 -0.964 80.0 82.3
26 13 14 -0.191 0.785 -0.894 101.9 107.1
26 14 14 -0.173 0.871 -0.738 102.7 114.6
26 15 14 -0.111 0.787 -0.347 106.7 120.1
26 16 14 -0.057 0.717 -0.110 107.5 130.9
37 1 4 0.020 1.688 0.061 111.1 10.9
37 2 4 0.360 1.114 3.344 101.7 16.7
37 3 4 -0.081 1.751 -0.674 85.9 23.4
37 4 4 0.674 1.986 2.742 98.6 45.3
37 5 4 0.948 1.686 2.411 108.7 47.2
37 6 4 0.648 1.208 1.122 97.8 21.4
37 7 4 0.982 1.920 2.427 99.4 22.8
37 8 4 0.706 1.496 0.758 109.8 48.2
37 9 4 0.181 1.997 0.082 106.8 44.0
37 10 4 -0.602 1.925 -0.497 107.1 47.2
37 11 4 -0.876 1.866 -0.797 113.1 63.0
37 12 4 0.765 1.889 0.170 113.4 75.7
37 13 4 0.386 1.114 0.451 115.6 89.4
37 14 4 0.017 1.068 0.021 118.4 102.6
37 15 4 -0.146 1.102 -0.057 128.1 142.4
37 16 4 0.703 1.590 0.100 128.4 149.5
44 1 9 -0.270 0.516 -0.888 127.7 8.8
44 2 9 -0.117 0.947 -0.538 122.9 14.8
44 3 9 -0.563 1.194 -3.432 112.7 20.9
44 4 9 -0.470 1.084 -4.252 93.9 19.1
44 5 9 -0.290 1.335 -3.551 90.8 45.2
44 6 9 -0.264 1.315 -3.832 86.6 63.3
44 7 9 -0.309 0.959 -4.771 77.7 81.3
44 8 10 0.452 0.496 5.605 59.8 134.8
44 9 10 0.281 0.197 3.623 30.9 163.0
44 10 9 0.067 0.307 0.926 26.9 193.4
44 11 8 0.051 0.194 0.718 23.2 223.8
44 12 7 0.007 0.312 0.085 17.8 260.0
44 13 6 0.067 0.504 0.801 18.0 287.8
44 14 5 0.397 0.689 13.537 16.0 312.6
44 15 4 0.848 1.175 30.338 15.9 353.0
50 1 11 -0.483 0.775 -1.535 60.1 10.3
50 2 10 -0.679 0.838 -2.375 62.4 15.7
50 3 10 -0.932 0.514 -5.715 54.8 27.3
50 4 11 -0.885 0.914 -5.605 51.5 57.1
50 5 11 -0.790 1.073 -4.335 54.0 66.2
50 6 11 -0.796 1.074 -3.887 54.9 71.5
50 7 11 -0.663 0.677 -3.193 51.7 86.0
50 8 11 -0.501 0.409 -1.888 48.8 97.7
50 9 11 -0.381 0.661 -1.115 47.1 105.3
50 10 11 -0.113 0.749 -0.285 51.7 108.8
50 11 11 0.180 0.728 0.434 55.5 105.2
50 12 11 0.450 0.860 1.169 57.9 107.4
50 13 11 0.350 0.824 1.094 63.4 103.1
50 14 11 0.311 0.791 0.964 71.0 109.6
50 15 11 0.290 0.714 0.730 71.1 108.2
50 16 11 0.179 0.464 0.316 71.0 118.2
53 1 5 -0.396 0.490 -0.805 118.8 5.0
53 2 5 -0.642 1.326 -0.998 160.9 10.3
53 3 5 -0.099 0.940 -1.015 153.5 18.0
53 4 4 -0.641 1.035 -1.646 157.1 14.5
53 5 4 -0.931 1.428 -0.906 162.9 27.8
53 6 4 0.786 1.656 2.721 165.7 25.7
57 1 24 0.105 0.511 0.175 75.0 5.4
57 2 25 0.407 0.558 1.136 87.8 12.7
57 3 26 0.445 0.613 2.134 92.2 24.9
57 4 26 0.564 0.775 3.138 83.9 33.4
57 5 26 0.549 0.839 3.015 85.5 41.9
57 6 26 0.533 0.897 2.740 76.2 45.5
57 7 26 0.627 0.958 3.121 76.9 47.9
57 8 26 0.771 1.060 3.940 80.8 52.4
57 9 26 0.841 1.008 3.949 83.5 57.2
57 10 26 0.847 0.955 3.840 71.6 62.8
57 11 26 0.836 0.911 3.930 64.9 70.1
57 12 26 0.815 0.899 3.742 64.1 77.2
57 13 26 0.762 0.871 3.305 59.1 83.0
57 14 26 0.732 0.833 2.994 59.4 87.2
57 15 26 0.736 0.823 2.765 62.4 87.6
57 16 26 0.730 0.820 2.539 60.1 97.6
62 1 5 0.509 0.896 3.020 58.4 11.0
62 2 4 -0.518 1.284 -4.351 60.8 18.5
62 3 5 0.463 1.259 3.935 55.0 55.2
62 4 7 0.921 1.095 5.637 54.2 92.0
62 5 6 0.972 1.052 5.181 61.4 96.3
62 6 4 0.997 1.022 4.439 70.5 73.4
62 7 5 0.818 1.595 4.882 62.7 119.7
62 8 6 0.889 1.166 4.434 54.5 176.8
62 9 7 0.863 1.038 4.505 41.6 259.2
62 10 7 0.778 0.743 4.397 36.2 296.7
62 11 8 0.883 0.952 5.370 30.4 357.5
62 12 8 0.901 1.111 4.901 26.4 386.5
62 13 7 0.888 1.034 3.801 26.8 386.3
62 14 7 0.906 1.123 2.843 26.1 389.4
62 15 7 0.889 1.021 2.640 26.9 381.6
62 16 7 0.862 1.193 1.741 25.8 371.5
66 1 21 0.263 1.064 0.383 60.2 7.2
66 2 21 0.232 1.430 0.412 53.0 14.6
66 3 21 0.136 1.462 0.294 53.9 24.4
66 4 21 0.041 1.530 0.100 49.3 32.7
66 5 21 0.008 1.621 0.020 49.5 38.6
66 6 21 0.040 1.586 0.098 52.8 39.8
66 7 21 -0.021 1.504 -0.053 57.3 41.6
66 8 21 -0.051 1.351 -0.120 62.7 49.2
66 9 21 -0.052 1.190 -0.103 68.6 52.3
66 10 21 -0.018 1.097 -0.029 74.3 53.9
66 11 21 0.010 1.072 0.012 81.8 60.0
66 12 21 0.178 1.070 0.144 85.6 68.9
66 13 21 0.446 1.025 0.315 90.7 80.1
66 14 21 0.631 1.037 0.435 94.7 80.5
66 15 21 0.701 1.058 0.526 95.2 83.3
66 16 21 0.707 1.027 0.602 95.2 86.1
67 1 10 0.425 0.465 0.507 84.4 1.2
67 2 10 0.143 0.770 0.098 81.1 2.9
67 3 10 0.068 1.222 0.043 92.3 6.2
67 4 10 0.418 1.487 0.255 93.9 5.9
67 5 10 0.680 1.499 0.353 93.6 6.1
67 6 10 0.762 1.481 0.453 87.8 5.1
67 7 10 0.769 1.487 0.528 82.2 5.0
67 8 10 0.759 1.480 0.589 77.3 5.3
67 9 10 0.774 1.460 0.612 70.8 4.7
67 10 10 0.747 1.533 0.591 66.2 4.5
67 11 10 0.654 1.400 0.545 63.4 6.7
67 12 10 0.539 1.222 0.438 61.6 7.1
67 13 10 0.284 0.699 0.197 61.8 6.2
67 14 10 0.058 0.239 0.044 61.3 7.5
67 15 10 0.132 0.256 0.133 62.5 11.4
67 16 10 0.210 0.315 0.256 64.8 16.5
69 1 137 0.437 1.004 0.614 62.1 3.4
69 2 135 0.374 1.047 0.517 62.4 5.7
69 3 133 0.233 1.028 0.321 61.6 8.2
69 4 133 0.192 0.994 0.249 62.9 10.2
69 5 128 0.176 0.936 0.206 61.5 11.5
69 6 127 0.190 0.890 0.202 70.8 12.3
69 7 126 0.171 0.810 0.172 73.7 13.0
69 8 126 0.189 0.718 0.184 77.3 12.5
69 9 125 0.231 0.656 0.216 75.6 12.9
69 10 124 0.220 0.604 0.209 77.4 13.8
69 11 124 0.258 0.562 0.251 78.0 15.4
69 12 125 0.260 0.527 0.252 80.4 15.7
69 13 123 0.235 0.490 0.220 79.7 17.3
69 14 122 0.216 0.476 0.201 82.6 19.0
69 15 122 0.178 0.473 0.164 84.8 21.1
69 16 124 0.145 0.425 0.132 87.5 22.1
73 1 14 -0.675 0.801 -0.818 47.5 11.9
73 2 16 -0.504 0.986 -1.018 23.2 34.0
73 3 16 -0.352 1.016 -0.751 22.1 49.9
73 4 17 -0.033 0.752 -0.065 21.3 63.2
73 5 17 0.109 0.867 0.191 23.9 65.3
73 6 17 0.055 0.709 0.097 28.2 72.1
73 7 17 -0.009 0.478 -0.016 29.0 87.5
73 8 16 -0.109 0.575 -0.189 29.8 101.2
73 9 15 -0.111 0.498 -0.180 29.9 116.2
73 10 15 -0.065 0.449 -0.093 29.7 134.4
73 11 15 -0.055 0.473 -0.071 28.7 152.2
73 12 14 -0.015 0.594 -0.018 27.5 169.6
73 13 13 -0.086 0.419 -0.096 27.1 191.8
73 14 13 -0.023 0.382 -0.024 25.6 215.7
73 15 13 0.032 0.405 0.039 24.4 240.6
73 16 13 0.111 0.513 0.143 23.5 272.5
81 1 23 0.540 0.517 1.818 79.4 8.9
81 2 22 0.598 0.646 2.065 89.3 17.5
81 3 22 0.589 1.084 2.432 87.5 28.2
81 4 21 0.589 1.077 2.244 70.3 33.3
81 5 20 0.687 1.097 2.629 67.1 45.7
81 6 19 0.759 1.082 2.892 60.4 58.6
81 7 18 0.835 1.041 3.023 53.5 75.1
81 8 17 0.829 0.677 2.884 40.9 92.0
81 9 16 0.839 0.725 2.840 37.7 103.4
81 10 15 0.803 0.687 2.834 38.4 110.4
81 11 14 0.821 0.732 3.406 39.7 109.9
81 12 13 0.788 0.729 3.479 40.1 115.3
81 13 12 0.808 0.727 4.286 46.8 109.3
81 14 12 0.795 1.031 4.762 50.9 109.8
81 15 12 0.765 1.198 4.945 51.2 99.3
81 16 12 0.705 1.224 4.800 49.4 102.8
82 1 35 0.441 0.869 1.320 59.4 8.4
82 2 35 0.390 0.999 1.122 58.9 17.5
82 3 35 0.446 1.057 1.161 55.5 24.8
82 4 36 0.495 1.126 1.188 59.1 30.8
82 5 36 0.537 1.122 1.198 62.5 38.1
82 6 35 0.536 1.185 1.165 67.0 42.4
82 7 34 0.544 1.031 1.191 67.8 52.9
82 8 33 0.510 0.799 1.163 58.1 58.0
82 9 31 0.440 0.658 1.070 58.2 57.8
82 10 30 0.451 0.610 1.168 63.4 63.1
82 11 29 0.551 0.664 1.424 53.8 61.5
82 12 28 0.595 0.639 1.617 57.1 65.9
82 13 29 0.498 0.509 1.363 60.3 71.0
82 14 28 0.485 0.538 1.247 60.6 73.2
82 15 28 0.476 0.738 1.159 59.9 73.0
82 16 28 0.483 0.746 1.095 60.7 76.3
83 1 59 0.603 0.872 1.189 75.9 6.2
83 2 59 0.559 0.840 1.034 75.7 11.1
83 3 59 0.524 0.840 0.857 80.2 15.8
83 4 59 0.444 0.813 0.647 76.9 18.7
83 5 59 0.410 0.810 0.559 78.1 19.3
83 6 59 0.365 0.818 0.504 84.9 19.4
83 7 59 0.269 0.761 0.377 79.7 19.8
83 8 59 0.121 0.715 0.171 79.9 22.5
83 9 58 0.070 0.670 0.097 82.5 25.1
83 10 59 0.076 0.590 0.108 85.9 26.2
83 11 59 0.072 0.555 0.099 84.4 27.7
83 12 59 0.043 0.484 0.057 86.9 30.0
83 13 59 -0.014 0.396 -0.016 91.4 27.5
83 14 59 -0.054 0.314 -0.058 94.6 29.6
83 15 58 -0.139 0.276 -0.132 95.3 30.8
83 16 58 -0.149 0.253 -0.125 97.3 31.0
84 1 27 0.520 1.084 0.953 52.9 3.8
84 2 27 0.654 1.185 1.226 60.0 5.8
84 3 27 0.615 1.304 1.207 51.0 8.6
84 4 27 0.620 1.283 1.295 62.1 13.5
84 5 27 0.614 1.208 1.195 73.4 15.9
84 6 27 0.709 1.200 1.311 75.1 16.4
84 7 27 0.710 1.120 1.179 81.8 15.5
84 8 27 0.582 0.862 0.812 74.4 17.1
84 9 27 0.526 0.681 0.636 72.4 16.7
84 10 27 0.350 0.548 0.353 75.2 14.4
84 11 27 0.129 0.503 0.116 77.5 15.9
84 12 27 -0.148 0.523 -0.128 74.2 16.6
84 13 27 -0.288 0.436 -0.252 74.8 16.7
84 14 27 -0.352 0.289 -0.295 75.9 17.1
84 15 27 -0.331 0.157 -0.251 82.2 19.5
84 16 27 -0.395 0.127 -0.286 90.0 21.3
87 1 19 0.729 0.844 2.074 71.2 5.1
87 2 18 0.794 0.852 2.014 62.4 9.4
87 3 19 0.810 0.860 2.195 66.8 13.8
87 4 19 0.804 1.055 2.110 69.8 18.3
87 5 19 0.819 1.162 2.063 68.8 24.3
87 6 19 0.769 1.075 1.874 65.5 27.0
87 7 19 0.676 1.022 1.648 55.5 26.8
87 8 19 0.601 0.948 1.637 53.0 26.9
87 9 18 0.499 1.089 1.287 69.8 24.4
87 10 18 0.507 1.099 1.150 59.4 20.9
87 11 18 0.531 1.044 1.056 54.0 22.0
87 12 18 0.549 0.986 1.006 50.8 21.7
87 13 18 0.652 1.025 1.089 48.9 17.9
87 14 18 0.769 1.169 1.091 39.6 15.8
87 15 18 0.772 0.993 0.931 49.8 19.8
87 16 18 0.756 0.851 0.826 52.2 20.8
89 1 45 0.428 0.651 1.011 75.8 8.7
89 2 46 0.758 1.094 1.273 70.6 18.4
89 3 46 0.727 1.011 1.086 68.0 26.5
89 4 45 0.744 0.951 1.074 62.5 35.6
89 5 45 0.747 0.883 1.053 65.6 47.0
89 6 46 0.773 0.829 1.029 68.2 52.4
89 7 46 0.802 0.820 1.093 73.8 62.3
89 8 46 0.823 0.790 1.162 73.8 67.8
89 9 46 0.787 0.701 1.151 73.7 76.9
89 10 45 0.768 0.676 1.142 73.7 85.2
89 11 44 0.763 0.655 1.118 73.5 91.0
89 12 45 0.758 0.664 1.118 75.5 101.2
89 13 46 0.737 0.678 1.230 74.5 114.4
89 14 45 0.653 0.653 1.236 75.2 129.2
89 15 44 0.620 0.660 1.373 76.3 145.2
89 16 43 0.608 0.713 1.467 77.3 162.1
90 1 60 0.379 0.349 0.284 87.3 3.2
90 2 60 0.592 0.448 0.416 80.9 5.4
90 3 59 0.601 0.510 0.431 77.6 8.1
90 4 58 0.568 0.540 0.406 71.3 10.7
90 5 58 0.477 0.495 0.338 71.1 13.4
90 6 59 0.390 0.460 0.265 71.7 17.1
90 7 60 0.382 0.497 0.253 73.5 20.3
90 8 60 0.388 0.561 0.267 70.8 21.5
90 9 60 0.389 0.591 0.275 69.6 22.6
90 10 61 0.383 0.605 0.283 72.6 24.5
90 11 61 0.348 0.586 0.263 74.4 27.6
90 12 61 0.326 0.525 0.239 74.4 30.2
90 13 61 0.308 0.525 0.225 77.4 33.1
90 14 61 0.326 0.520 0.232 79.2 34.4
90 15 61 0.350 0.497 0.244 79.4 37.5
90 16 60 0.347 0.466 0.233 79.3 38.8
91 1 14 0.138 0.594 0.428 65.4 14.0
91 2 13 0.332 0.959 0.873 62.9 24.5
91 3 13 0.499 1.103 1.286 42.4 26.3
91 4 13 0.794 1.255 1.595 44.3 30.7
91 5 13 0.812 1.076 1.583 60.3 36.1
91 6 13 0.751 1.117 1.534 42.7 38.2
91 7 13 0.662 1.070 1.425 46.8 33.8
91 8 13 0.597 1.363 1.499 40.4 39.2
91 9 13 0.546 1.165 1.044 41.0 38.0
91 10 14 0.594 0.839 0.853 44.8 40.8
91 11 15 0.506 0.561 0.691 43.3 45.9
91 12 15 0.599 0.439 0.802 48.9 42.3
91 13 15 0.738 0.448 1.073 51.4 42.9
91 14 15 0.790 0.444 1.276 54.5 45.2
91 15 15 0.767 0.445 1.309 59.9 44.7
91 16 15 0.676 0.454 1.222 65.8 49.7
99 1 15 -0.392 0.804 -0.796 57.2 3.6
99 2 15 -0.325 0.842 -0.608 70.1 6.6
99 3 15 -0.416 0.818 -0.603 59.1 8.9
99 4 15 -0.492 0.750 -0.484 65.1 10.1
99 5 15 -0.336 0.863 -0.377 68.4 11.7
99 6 15 0.194 1.052 0.294 72.8 11.7
99 7 15 0.488 0.989 0.734 74.9 11.5
99 8 15 0.391 0.983 0.558 76.8 10.1
99 9 15 0.278 1.031 0.354 77.2 8.6
99 10 15 0.423 1.179 0.500 80.4 9.2
99 11 15 0.501 1.132 0.607 82.1 16.0
99 12 15 0.389 1.152 0.487 81.7 21.9
99 13 15 0.222 0.884 0.278 86.7 30.7
99 14 15 0.147 0.466 0.180 92.2 41.9
99 15 15 0.131 0.276 0.145 98.8 51.0
99 16 15 0.071 0.244 0.069 104.4 57.5
100 1 15 0.822 1.417 0.994 56.0 2.9
100 2 14 0.890 1.823 1.075 35.1 4.1
100 3 15 0.907 1.820 1.094 38.2 4.0
100 4 15 0.681 1.611 0.955 35.6 6.1
100 5 15 0.483 1.189 0.740 60.3 6.9
100 6 16 0.402 1.089 0.469 72.6 7.5
100 7 16 0.201 1.004 0.233 68.8 9.8
100 8 15 0.085 0.901 0.094 72.1 10.4
100 9 15 -0.045 0.627 -0.041 88.0 10.3
100 10 15 0.356 0.763 0.351 88.2 9.1
100 11 16 0.382 0.895 0.314 83.2 10.0
100 12 16 0.253 0.880 0.163 89.6 10.0
100 13 16 0.054 0.717 0.034 91.5 12.6
100 14 16 0.165 0.715 0.101 87.1 11.1
100 15 16 0.129 0.743 0.089 94.0 10.6
100 16 16 -0.025 0.628 -0.017 100.1 10.3
101 1 13 0.772 1.617 0.882 24.4 3.9
101 2 13 0.820 1.640 1.334 45.0 8.4
101 3 13 0.764 1.569 1.429 77.9 15.0
101 4 13 0.777 1.572 1.575 86.6 20.2
101 5 13 0.887 1.501 1.990 78.7 25.3
101 6 13 0.888 1.295 1.888 63.8 29.3
101 7 14 0.925 1.094 1.700 48.8 33.5
101 8 14 0.879 0.981 1.450 43.4 37.4
101 9 14 0.841 0.940 1.199 49.8 37.9
101 10 14 0.868 0.931 1.067 60.8 38.8
101 11 14 0.871 0.893 0.894 61.9 35.9
101 12 14 0.835 0.853 0.776 62.9 38.9
101 13 14 0.830 0.854 0.755 61.5 43.9
101 14 14 0.830 0.860 0.763 62.5 51.3
101 15 14 0.811 0.823 0.764 67.4 59.6
101 16 14 0.781 0.858 0.728 65.3 62.2
102 1 31 0.008 0.938 0.013 81.3 2.4
102 2 31 0.008 0.991 0.013 76.2 4.5
102 3 31 0.158 1.095 0.258 76.6 6.3
102 4 31 0.348 1.073 0.577 72.9 7.6
102 5 31 0.422 0.951 0.649 71.9 10.0
102 6 31 0.433 0.871 0.656 73.6 11.9
102 7 31 0.295 0.778 0.418 69.8 13.2
102 8 31 0.188 0.730 0.259 68.3 15.1
102 9 31 0.149 0.732 0.198 72.0 14.3
102 10 31 0.224 0.757 0.302 72.3 18.8
102 11 31 0.227 0.719 0.310 72.3 21.0
102 12 31 0.153 0.603 0.210 74.5 21.5
102 13 31 0.085 0.488 0.115 78.8 22.9
102 14 31 0.035 0.381 0.044 81.3 26.8
102 15 31 0.109 0.336 0.131 84.9 29.9
102 16 31 0.182 0.346 0.210 86.8 32.6
103 1 18 -0.289 -nan -0.883 64.2 9.5
103 2 18 -0.058 -nan -0.205 53.2 19.7
103 3 18 0.112 -nan 0.441 46.5 29.5
103 4 18 0.340 -nan 0.976 40.8 40.0
103 5 18 0.470 -nan 1.130 32.5 49.6
103 6 18 0.449 -nan 1.003 29.2 60.3
103 7 18 0.454 -nan 1.007 26.3 72.3
103 8 18 0.470 -nan 1.076 24.3 87.0
103 9 18 0.532 -nan 1.172 24.2 101.2
103 10 18 0.542 -nan 1.251 25.4 111.9
103 11 18 0.549 -nan 1.354 27.1 121.4
103 12 18 0.583 -nan 1.518 28.0 130.9
103 13 18 0.589 -nan 1.607 28.3 138.6
103 14 18 0.596 -nan 1.569 28.6 144.7
103 15 18 0.608 -nan 1.614 28.8 151.2
103 16 18 0.564 -nan 1.495 28.6 156.7
104 1 33 0.055 0.534 0.127 62.1 8.5
104 2 32 0.183 0.704 0.532 62.8 16.4
104 3 33 0.391 0.919 1.247 59.0 24.1
104 4 33 0.482 0.950 1.591 58.5 30.7
104 5 32 0.406 0.913 1.329 58.3 34.9
104 6 32 0.321 0.815 0.862 63.5 34.9
104 7 32 0.321 0.709 0.731 54.7 39.8
104 8 32 0.219 0.676 0.467 59.0 45.2
104 9 32 0.378 0.792 0.914 74.0 46.2
104 10 33 0.512 0.697 1.379 79.7 47.6
104 11 32 0.540 0.232 1.553 86.3 51.5
104 12 31 0.527 0.214 1.577 88.7 55.9
104 13 32 0.495 0.218 1.579 84.8 53.6
104 14 33 0.480 0.262 1.508 83.6 64.4
104 15 33 0.421 0.261 1.347 80.5 71.9
104 16 33 0.412 0.239 1.421 84.7 82.0
115 1 4 0.900 1.132 3.200 143.1 7.4
115 2 4 0.840 1.548 1.100 166.4 16.9
115 3 4 0.694 1.108 0.797 170.8 20.4
115 4 4 -0.829 1.400 -0.453 171.0 18.7
115 5 4 -0.920 1.909 -1.000 170.8 16.1
115 6 4 -0.847 1.919 -1.332 170.2 16.0
115 7 4 -0.994 1.703 -1.132 168.3 22.5
115 8 4 -0.995 1.073 -0.643 167.7 31.4
115 9 4 -0.978 1.047 -0.600 168.2 29.6
115 10 4 -0.815 1.248 -0.541 170.1 23.5
115 11 4 -0.466 1.671 -0.654 167.2 25.2
115 12 4 -0.662 1.001 -0.627 161.6 26.5
115 13 4 -0.749 1.007 -0.420 156.2 30.0
115 14 4 0.736 1.818 0.354 154.4 22.3
115 15 4 0.789 1.004 0.320 155.6 38.9
115 16 4 -0.032 1.022 -0.014 152.3 45.2
116 1 14 -0.359 0.319 -0.860 73.1 6.5
116 2 14 -0.006 0.515 -0.011 59.9 12.1
116 3 13 0.091 0.718 0.207 55.0 19.1
116 4 12 0.370 1.039 0.737 69.0 24.7
116 5 12 0.347 0.834 0.633 64.2 29.5
116 6 12 0.105 0.722 0.217 29.4 38.5
116 7 11 0.044 0.789 0.092 23.7 46.2
116 8 10 0.183 0.904 0.422 25.8 50.1
116 9 9 0.318 1.030 0.768 35.5 51.4
116 10 8 0.233 0.484 0.496 40.5 50.9
116 11 7 0.025 0.310 0.043 51.0 48.2
116 12 6 0.330 0.493 0.426 63.5 48.5
116 13 5 0.600 0.992 0.617 62.3 56.8
116 14 4 0.723 1.518 0.422 63.6 62.1
120 1 30 0.577 1.005 0.885 77.5 3.0
120 2 30 0.642 1.068 0.817 76.2 5.4
120 3 30 0.547 1.022 0.663 79.7 7.8
120 4 30 0.454 0.916 0.514 78.9 10.0
120 5 30 0.319 0.771 0.385 76.7 12.2
120 6 30 0.081 0.629 0.113 82.6 14.1
120 7 30 -0.022 0.578 -0.036 78.4 15.0
120 8 30 0.053 0.550 0.089 78.0 16.6
120 9 30 0.200 0.528 0.332 83.0 19.8
120 10 30 0.220 0.455 0.353 91.2 24.5
120 11 30 0.163 0.390 0.257 87.7 25.3
120 12 30 0.105 0.363 0.163 91.1 26.3
120 13 30 0.043 0.340 0.065 86.1 28.3
120 14 30 -0.014 0.317 -0.020 87.6 28.4
120 15 30 0.023 0.324 0.032 86.8 25.2
120 16 30 0.095 0.315 0.125 89.3 23.0
121 1 11 -0.358 1.002 -1.203 62.7 4.7
121 2 11 -0.648 0.993 -3.043 54.7 11.4
121 3 11 -0.679 0.971 -4.461 48.3 13.4
121 4 11 -0.560 1.108 -4.936 42.7 19.4
121 5 11 -0.274 1.492 -2.302 42.1 25.7
121 6 11 0.188 1.573 1.011 43.2 30.5
121 7 11 0.386 1.156 1.381 50.3 29.8
121 8 11 0.387 1.078 1.055 53.0 31.7
121 9 11 0.479 1.072 1.199 53.6 35.0
121 10 11 0.509 0.983 1.317 54.0 36.8
121 11 11 0.444 0.770 1.150 54.5 41.9
121 12 11 0.390 0.866 0.936 59.6 49.0
121 13 11 0.378 1.039 0.843 68.1 56.7
121 14 11 0.375 1.167 0.767 76.3 64.2
121 15 11 0.338 1.099 0.642 84.1 68.3
121 16 11 0.320 0.836 0.568 87.7 78.6
122 1 19 0.130 0.872 0.247 58.8 8.4
122 2 19 0.039 0.921 0.071 43.9 16.1
122 3 19 -0.023 0.982 -0.041 46.7 23.2
122 4 19 -0.168 1.112 -0.286 48.1 27.2
122 5 19 -0.328 1.151 -0.530 45.1 30.2
122 6 19 -0.474 1.184 -0.745 41.9 31.5
122 7 19 -0.749 1.210 -0.994 40.5 35.2
122 8 19 -0.641 1.333 -0.779 39.6 36.5
122 9 19 -0.121 1.006 -0.144 39.3 37.7
122 10 19 0.202 0.932 0.281 38.4 40.8
122 11 19 0.333 1.144 0.499 38.7 44.0
122 12 19 0.269 0.753 0.416 42.2 43.4
122 13 19 -0.075 0.361 -0.122 43.5 44.2
122 14 19 -0.247 0.436 -0.389 42.7 44.2
122 15 19 -0.160 0.531 -0.238 41.5 44.5
122 16 18 -0.096 0.602 -0.129 41.2 44.0
124 1 14 0.030 0.318 0.030 72.9 4.1
124 2 13 -0.168 0.550 -0.160 80.4 7.2
124 3 14 -0.109 0.704 -0.147 87.2 9.7
124 4 14 0.203 0.934 0.319 92.0 13.9
124 5 14 0.360 1.165 0.565 63.3 17.4
124 6 14 0.376 1.263 0.711 56.5 21.2
124 7 14 0.392 1.229 0.830 63.3 27.2
124 8 14 0.540 1.194 1.037 63.2 29.5
124 9 14 0.708 1.259 1.605 75.3 35.0
124 10 14 0.623 1.207 1.388 79.2 42.3
124 11 14 0.610 1.229 1.512 71.1 45.5
124 12 13 0.460 0.748 0.981 82.5 61.0
124 13 15 0.558 0.666 1.247 101.0 66.8
124 14 14 0.494 0.650 0.960 102.8 79.6
124 15 13 0.225 0.895 0.411 100.8 83.3
124 16 12 0.094 0.826 0.160 104.0 83.2
134 1 6 0.605 1.510 1.930 81.5 6.4
134 2 4 0.534 1.027 5.966 84.2 12.7
134 3 4 0.568 1.149 2.908 64.4 21.0
134 4 4 -0.227 1.384 -0.430 44.2 28.7
134 5 4 0.237 1.970 0.501 39.8 36.9
134 6 5 0.990 1.787 1.606 31.4 49.1
134 7 6 0.959 1.806 1.209 28.5 59.4
134 8 6 0.351 1.372 0.664 31.1 71.5
134 9 5 0.095 1.182 0.243 33.7 81.5
134 10 5 0.312 0.868 0.401 39.4 88.0
134 11 5 0.389 1.612 0.269 42.6 92.3
134 12 4 0.874 1.018 0.268 51.0 86.3
134 13 4 -0.581 1.090 -0.315 51.0 92.2
134 14 6 0.802 0.889 0.830 43.0 104.6
134 15 7 0.755 1.212 1.086 41.5 108.7
134 16 7 0.537 1.574 0.791 39.9 111.4
140 1 28 0.215 0.614 0.164 95.6 2.9
140 2 28 0.284 0.660 0.223 94.9 4.3
140 3 28 0.196 0.732 0.136 101.7 6.9
140 4 28 0.283 0.782 0.184 99.5 7.9
140 5 28 0.338 0.774 0.184 102.0 10.8
140 6 28 0.281 0.803 0.131 104.4 13.1
140 7 28 0.323 0.864 0.123 98.5 14.9
140 8 28 0.334 0.835 0.106 106.2 17.0
140 9 28 0.348 0.685 0.094 116.0 18.6
140 10 28 0.307 0.473 0.080 124.4 19.4
140 11 28 0.242 0.348 0.078 127.9 19.1
140 12 28 0.158 0.309 0.068 132.1 18.2
140 13 28 0.096 0.331 0.051 130.9 17.7
140 14 28 0.055 0.388 0.036 131.8 19.4
140 15 28 0.028 0.366 0.020 133.4 19.8
140 16 28 0.051 0.360 0.038 134.2 19.1
141 1 9 0.406 0.700 1.635 119.9 9.3
141 2 10 0.877 0.806 3.736 112.8 24.0
141 3 8 0.947 0.911 3.159 115.5 28.7
141 4 7 0.944 1.305 2.919 98.4 29.8
141 5 7 0.976 0.950 3.768 105.8 54.6
141 6 6 0.967 0.956 3.881 106.3 82.3
141 7 5 0.969 1.013 4.126 89.4 98.1
141 8 4 0.985 1.290 3.912 51.0 123.4


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Robert Grumbine

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Environmental Modeling Center
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