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Ice drift verification for 2009

Statistics for all months of 2009 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,
1007 1 0.248 0.395 0.474 81.5 4.7
980 2 0.252 0.462 0.486 79.2 8.8
982 3 0.207 0.412 0.440 78.0 12.5
981 4 0.201 0.410 0.430 76.4 15.4
961 5 0.190 0.408 0.417 73.9 18.1
957 6 0.193 0.399 0.413 75.2 20.8
959 7 0.224 0.387 0.456 76.4 22.9
951 8 0.256 0.339 0.538 77.3 25.5
959 9 0.237 0.299 0.498 79.3 28.0
947 10 0.257 0.314 0.516 79.2 30.0
948 11 0.240 0.302 0.474 80.9 32.5
947 12 0.241 0.266 0.489 82.0 35.4
956 13 0.209 0.238 0.435 83.1 36.8
956 14 0.157 0.236 0.324 84.8 38.5
956 15 0.156 0.197 0.317 86.1 39.7
942 16 0.147 0.196 0.297 85.4 41.3

Forecasts at all lead times, scored by month for year 2009

Number of observations Month Scalar correlation Vector correlation b1 RMS Direction Mean Error Radius
715 1 0.682 0.251 2.029 54.8 68.6
510 2 0.199 0.345 0.584 77.6 21.2
733 3 0.437 0.228 0.720 70.4 16.4
1473 4 0.484 0.132 0.818 82.7 17.4
2556 5 0.473 0.248 0.857 79.4 15.6
2435 6 0.284 0.381 0.533 72.1 27.3
1105 7 0.475 0.309 0.851 89.0 30.5
693 8 0.151 0.257 0.425 88.4 31.9
788 9 0.439 0.481 0.938 84.3 38.5
1114 10 0.291 0.396 0.523 81.0 32.2
1332 11 0.542 0.207 0.621 91.9 13.8
1939 12 0.488 0.403 0.748 80.4 24.8

Forecast verification by forecast point

Point Lead Observations Scalar correlation Vector correlation b1 RMS Direction Mean Error Radius
25 1 26 -0.270 0.440 -0.321 94.6 3.0
25 2 25 -0.247 0.581 -0.314 93.1 4.8
25 3 26 -0.001 0.501 -0.001 92.4 4.7
25 4 27 0.237 0.524 0.300 94.4 7.4
25 5 27 0.382 0.558 0.554 101.9 7.2
25 6 27 0.438 0.510 0.670 97.1 7.7
25 7 27 0.562 0.482 0.835 93.3 6.9
25 8 27 0.513 0.521 0.831 88.4 7.1
25 9 27 0.411 0.553 0.683 86.3 8.4
25 10 27 0.234 0.682 0.362 88.4 12.5
25 11 27 0.205 0.704 0.314 90.0 14.0
25 12 27 0.112 0.656 0.172 86.1 13.9
25 13 27 0.059 0.699 0.091 85.5 15.3
25 14 27 0.160 0.630 0.237 88.8 16.4
25 15 27 0.284 0.584 0.371 88.8 15.6
25 16 27 0.317 0.601 0.373 87.0 16.3
33 1 11 0.065 0.160 0.445 40.7 18.5
33 2 11 0.105 0.452 0.906 33.1 37.5
33 3 11 -0.196 0.597 -1.957 25.3 59.0
33 4 10 -0.517 1.006 -5.595 23.7 68.6
33 5 10 -0.803 1.361 -7.292 25.5 87.2
33 6 9 -0.866 1.338 -6.422 34.7 83.3
33 7 8 -0.845 1.334 -5.105 47.5 91.9
33 8 7 -0.533 0.692 -0.731 17.5 93.8
33 9 6 -0.793 1.235 -1.288 18.9 105.2
33 10 6 -0.749 1.010 -1.295 16.1 116.1
33 11 6 -0.740 0.772 -1.134 16.1 128.5
33 12 6 -0.653 1.062 -0.884 74.5 133.6
33 13 6 -0.502 0.654 -0.612 73.1 137.4
33 14 6 -0.477 1.041 -0.427 61.1 134.0
33 15 6 -0.677 0.780 -0.452 24.9 136.2
33 16 6 -0.656 0.844 -0.495 20.9 146.1
42 1 6 -0.175 0.499 -0.535 99.1 7.5
42 2 6 -0.066 0.672 -0.169 78.9 5.5
42 3 6 -0.251 0.910 -0.326 92.2 13.5
42 4 6 -0.699 1.253 -0.798 77.5 29.7
42 5 6 -0.793 1.315 -1.036 78.9 38.5
42 6 6 -0.511 1.175 -0.569 80.0 40.7
42 7 6 0.033 0.505 0.033 65.3 34.3
42 8 6 0.294 0.845 0.198 55.9 58.7
42 9 6 -0.324 0.561 -0.090 74.9 67.8
42 10 6 -0.288 0.526 -0.224 80.8 86.3
42 11 6 -0.064 0.743 -0.087 77.8 87.0
42 12 5 -0.605 1.478 -0.825 85.5 84.4
42 13 4 -0.498 1.568 -0.885 92.3 99.5
46 1 28 -0.030 0.196 -0.007 115.3 6.9
46 2 22 0.148 0.244 0.021 94.9 11.5
46 3 24 0.148 0.276 0.021 89.8 17.5
46 4 23 0.059 0.398 0.008 88.3 22.3
46 5 10 0.155 0.537 0.026 83.8 26.9
46 6 7 0.084 1.132 0.010 80.0 34.0
46 7 7 0.218 0.753 0.019 88.4 29.5
46 8 5 -0.094 0.856 -0.013 86.0 38.0
46 9 6 -0.338 1.053 -0.033 83.0 49.2
46 10 5 0.454 1.040 0.049 87.4 40.4
46 11 4 0.595 1.535 0.072 96.0 46.2
46 12 4 0.925 1.829 0.093 40.2 28.2
56 1 10 0.187 0.739 0.741 113.0 6.1
56 2 8 0.470 0.913 1.727 96.9 16.9
56 3 8 0.569 0.649 1.536 80.1 18.7
56 4 7 0.511 0.983 2.161 92.6 15.2
56 5 6 0.778 1.161 4.057 86.9 12.8
56 6 5 0.880 0.984 2.776 82.2 12.4
56 7 5 0.774 1.043 1.504 85.1 12.9
56 8 5 0.807 1.584 1.096 87.7 13.6
56 9 5 0.882 1.776 0.999 89.2 16.1
56 10 5 0.939 1.826 1.068 90.8 17.3
56 11 5 0.888 1.429 1.072 91.7 19.1
56 12 5 0.739 0.999 0.749 89.4 21.3
56 13 4 0.187 1.232 0.238 94.1 9.7
56 14 4 0.354 1.035 0.455 90.5 10.9
56 15 5 0.812 0.979 0.651 78.9 21.6
56 16 5 0.851 0.995 0.639 75.6 25.0
57 1 17 -0.389 0.424 -0.220 69.0 2.9
57 2 16 -0.357 0.500 -0.276 87.1 5.6
57 3 17 -0.135 0.547 -0.130 73.9 5.4
57 4 17 -0.061 0.526 -0.063 87.9 5.3
57 5 16 0.087 0.641 0.091 89.3 5.4
57 6 16 0.070 0.534 0.071 96.3 5.8
57 7 17 -0.077 0.413 -0.052 94.0 6.2
57 8 16 0.153 0.305 0.084 102.5 6.4
57 9 16 0.056 0.298 0.027 120.6 9.1
57 10 16 -0.354 0.535 -0.125 101.6 13.4
57 11 17 -0.412 0.530 -0.125 103.6 13.3
57 12 18 -0.386 0.456 -0.116 111.4 14.6
57 13 18 -0.329 0.410 -0.112 114.7 14.2
57 14 18 -0.313 0.298 -0.126 114.6 15.4
57 15 18 -0.032 0.139 -0.014 113.9 13.5
57 16 18 0.239 0.190 0.104 114.3 11.2
65 1 20 -0.019 0.150 -0.059 110.9 5.7
65 2 19 -0.093 0.409 -0.300 104.5 16.7
65 3 23 0.131 0.257 0.605 96.3 25.6
65 4 23 0.005 0.316 0.024 104.1 39.6
65 5 19 -0.326 0.729 -1.693 103.1 57.8
65 6 22 -0.057 0.594 -0.250 101.1 58.5
65 7 19 0.364 0.782 1.911 107.3 49.3
65 8 17 0.503 0.533 3.832 97.1 58.0
65 9 22 -0.171 0.561 -0.925 86.2 64.0
65 10 20 -0.044 0.612 -0.254 83.0 93.7
65 11 23 0.057 0.502 0.268 76.3 106.8
65 12 22 0.191 0.887 0.880 80.2 112.1
65 13 21 0.061 0.863 0.244 87.5 115.1
65 14 20 -0.372 0.830 -1.488 75.8 128.9
65 15 20 -0.289 0.992 -1.018 87.4 116.7
65 16 21 -0.340 0.969 -1.061 78.8 158.8
66 1 35 0.143 0.293 0.366 75.2 5.7
66 2 35 0.186 0.429 0.447 79.3 11.1
66 3 35 0.233 0.411 0.602 70.1 14.7
66 4 35 0.260 0.494 0.657 68.2 18.1
66 5 35 0.290 0.559 0.688 55.5 21.6
66 6 35 0.335 0.572 0.739 52.8 25.2
66 7 34 0.429 0.547 0.885 53.2 27.6
66 8 34 0.533 0.571 1.034 55.8 30.9
66 9 35 0.635 0.615 1.148 58.5 32.4
66 10 35 0.643 0.591 1.100 62.0 33.2
66 11 35 0.588 0.570 0.933 68.6 35.8
66 12 34 0.546 0.584 0.828 74.0 37.0
66 13 34 0.536 0.630 0.758 74.5 35.1
66 14 34 0.542 0.747 0.729 78.1 37.1
66 15 34 0.556 0.979 0.682 84.0 37.3
66 16 34 0.558 0.994 0.621 90.2 35.1
67 1 244 0.331 0.825 0.438 81.8 4.1
67 2 244 0.324 0.896 0.417 78.1 7.4
67 3 247 0.300 0.876 0.388 78.2 10.4
67 4 247 0.310 0.833 0.400 71.9 11.3
67 5 246 0.343 0.786 0.432 68.0 12.6
67 6 245 0.352 0.770 0.420 72.0 14.9
67 7 247 0.344 0.761 0.385 72.6 17.2
67 8 246 0.330 0.686 0.337 76.5 16.8
67 9 246 0.355 0.627 0.342 80.5 16.1
67 10 246 0.338 0.549 0.319 86.0 16.9
67 11 246 0.318 0.462 0.296 90.7 17.9
67 12 245 0.318 0.399 0.283 94.6 19.0
67 13 246 0.348 0.363 0.308 98.5 19.1
67 14 246 0.319 0.323 0.278 100.7 19.8
67 15 245 0.289 0.269 0.247 103.2 20.8
67 16 242 0.285 0.248 0.247 101.8 19.1
68 1 67 0.399 0.846 0.593 75.2 2.9
68 2 74 0.439 0.847 0.730 87.0 5.0
68 3 73 0.456 0.834 0.800 88.4 6.5
68 4 78 0.336 0.808 0.661 83.1 8.2
68 5 77 0.253 0.833 0.508 76.8 9.4
68 6 78 0.223 0.881 0.495 79.9 10.3
68 7 78 0.217 0.970 0.503 79.2 12.1
68 8 78 0.289 1.025 0.744 83.4 12.2
68 9 78 0.242 0.899 0.625 86.5 14.4
68 10 78 0.175 0.773 0.462 86.4 16.8
68 11 79 0.164 0.698 0.436 89.6 18.2
68 12 79 0.154 0.641 0.388 86.6 19.7
68 13 79 0.132 0.585 0.319 86.5 20.6
68 14 79 0.084 0.545 0.195 88.5 22.9
68 15 79 0.014 0.518 0.034 89.9 26.6
68 16 79 -0.036 0.513 -0.086 92.1 30.2
70 1 7 -0.085 0.583 -0.060 86.7 2.8
70 2 7 -0.052 0.695 -0.064 68.1 3.5
70 3 7 -0.254 1.109 -0.665 70.6 4.8
70 4 7 -0.623 0.951 -2.359 77.5 8.2
70 5 7 -0.466 1.230 -1.152 91.7 18.2
70 6 7 -0.332 1.089 -0.767 93.8 31.3
70 7 7 0.070 1.375 0.171 98.9 30.3
70 8 7 0.652 0.929 0.864 102.6 35.1
70 9 7 0.767 0.920 0.726 97.9 38.9
70 10 7 0.559 0.817 0.512 97.1 42.0
70 11 7 0.553 0.975 0.523 99.7 51.3
70 12 7 0.609 0.986 0.472 111.2 57.8
70 13 7 0.553 0.837 0.344 123.5 60.1
70 14 7 0.311 0.605 0.150 123.4 58.4
70 15 7 -0.104 0.671 -0.038 125.1 62.0
70 16 7 0.194 0.711 0.064 126.9 65.0
81 1 6 -0.048 0.824 -0.276 55.7 14.2
81 4 4 -0.709 1.196 -1.733 128.0 41.1
81 5 4 -0.515 1.000 -4.680 135.9 51.9
81 8 5 -0.360 1.153 -2.907 105.5 126.8
81 9 5 -0.382 0.913 -3.600 100.2 154.9
81 10 4 0.858 1.917 9.253 127.8 120.5
81 15 4 0.417 1.000 0.176 130.7 78.8
82 1 80 0.236 0.501 0.342 68.6 3.8
82 2 79 0.293 0.682 0.420 69.3 7.1
82 3 78 0.292 0.696 0.418 65.1 10.2
82 4 78 0.256 0.639 0.386 71.4 13.5
82 5 76 0.192 0.623 0.270 64.9 16.4
82 6 77 0.116 0.619 0.158 66.0 19.0
82 7 77 0.085 0.555 0.113 65.5 20.3
82 8 77 0.100 0.544 0.135 64.6 22.0
82 9 78 0.034 0.490 0.046 62.0 24.6
82 10 77 0.028 0.465 0.032 58.5 24.7
82 11 75 -0.003 0.394 -0.003 59.5 25.9
82 12 77 -0.102 0.354 -0.094 58.2 29.3
82 13 78 -0.185 0.333 -0.164 56.9 31.3
82 14 79 -0.231 0.286 -0.208 55.8 32.9
82 15 79 -0.323 0.240 -0.278 54.4 33.5
82 16 78 -0.373 0.269 -0.300 53.0 34.9
84 1 56 0.153 0.711 0.154 94.5 3.9
84 2 51 0.114 0.890 0.127 78.1 7.9
84 3 46 0.070 1.000 0.082 72.8 10.9
84 4 47 0.062 1.046 0.073 69.1 12.5
84 5 49 -0.012 1.113 -0.016 69.4 14.7
84 6 51 -0.167 1.150 -0.246 70.4 16.0
84 7 51 -0.214 1.082 -0.316 71.6 17.4
84 8 49 -0.291 0.998 -0.446 76.1 24.1
84 9 46 -0.291 0.900 -0.427 84.9 29.8
84 10 40 -0.150 0.780 -0.248 85.7 28.2
84 11 42 -0.079 0.666 -0.141 90.1 20.2
84 12 37 -0.140 0.697 -0.273 92.3 21.3
84 13 41 -0.228 0.804 -0.454 91.3 25.5
84 14 38 -0.270 0.855 -0.573 98.7 27.6
84 15 39 -0.286 0.807 -0.626 95.2 29.0
84 16 36 -0.366 0.804 -0.853 86.4 27.7
85 1 18 0.539 0.869 1.034 56.3 2.7
85 2 16 0.362 0.933 0.800 56.0 5.9
85 3 15 0.701 0.959 1.487 50.7 8.6
85 4 15 0.798 0.983 1.608 58.2 11.5
85 5 16 0.787 0.983 1.279 61.6 11.3
85 6 17 0.877 0.964 1.475 72.7 12.1
85 7 17 0.943 0.904 1.819 79.7 14.0
85 8 17 0.951 0.919 1.662 78.6 14.5
85 9 19 0.904 0.848 1.699 81.1 20.3
85 10 18 0.813 0.779 1.635 92.1 21.0
85 11 18 0.807 0.769 1.622 91.3 21.6
85 12 19 0.733 0.784 1.476 78.6 22.4
85 13 19 0.650 0.852 1.220 70.2 25.1
85 14 20 0.523 0.757 1.031 63.2 29.0
85 15 18 0.347 0.698 0.631 66.1 26.3
85 16 17 0.252 0.736 0.414 70.7 27.0
86 1 64 0.518 0.680 0.992 75.6 3.3
86 2 63 0.445 0.712 0.925 77.4 7.3
86 3 62 0.436 0.636 1.148 77.4 10.6
86 4 60 0.413 0.499 1.097 75.5 13.3
86 5 58 0.251 0.459 0.681 71.9 16.2
86 6 56 0.208 0.432 0.530 72.9 22.3
86 7 55 0.291 0.445 0.701 74.5 28.2
86 8 55 0.431 0.506 1.019 72.9 32.8
86 9 55 0.490 0.555 1.168 73.3 35.2
86 10 54 0.485 0.550 1.286 77.5 41.0
86 11 53 0.463 0.529 1.303 76.1 46.3
86 12 54 0.413 0.576 1.102 75.2 51.0
86 13 56 0.323 0.550 0.840 72.5 50.9
86 14 57 0.285 0.523 0.740 74.7 50.3
86 15 59 0.270 0.561 0.635 74.8 52.5
86 16 59 0.330 0.570 0.724 75.1 54.5
87 1 67 0.368 0.489 0.651 67.9 3.4
87 2 61 0.447 0.586 0.847 67.8 5.7
87 3 60 0.534 0.641 0.866 60.2 6.8
87 4 59 0.523 0.644 0.777 59.9 7.2
87 5 61 0.612 0.619 0.975 60.9 8.8
87 6 60 0.634 0.598 0.955 63.5 10.0
87 7 63 0.620 0.590 0.948 70.5 12.0
87 8 60 0.590 0.550 0.812 68.1 12.9
87 9 61 0.574 0.599 0.771 69.6 16.4
87 10 60 0.531 0.580 0.665 67.7 21.1
87 11 60 0.337 0.546 0.409 69.7 27.0
87 12 64 0.221 0.474 0.282 72.8 29.1
87 13 66 0.157 0.370 0.199 73.2 30.9
87 14 67 0.090 0.287 0.110 75.4 36.4
87 15 67 0.066 0.221 0.080 76.3 38.9
87 16 66 0.050 0.144 0.061 77.2 43.2
89 1 5 0.545 1.668 0.944 79.7 20.5
89 2 5 0.549 1.854 1.034 101.4 33.3
89 3 5 0.814 1.881 2.204 103.5 42.5
89 4 5 0.970 1.973 2.236 108.0 57.0
89 5 5 0.990 1.587 1.796 103.4 75.6
89 6 5 0.978 1.038 1.536 98.5 86.2
89 7 5 0.973 1.292 1.421 91.0 86.3
89 8 5 0.987 1.029 1.181 92.5 94.0
89 9 5 0.960 0.973 1.046 80.3 92.0
89 10 5 0.931 0.999 0.988 72.5 89.6
89 11 5 0.911 1.394 0.816 70.3 88.5
89 12 5 0.905 1.026 0.678 61.6 95.1
89 13 5 0.927 1.056 0.693 76.1 112.3
89 14 5 0.906 1.043 0.706 76.3 120.9
89 15 4 0.835 1.839 0.591 57.3 131.4
89 16 4 0.873 1.351 0.587 62.4 145.5
94 1 7 0.382 1.790 0.490 90.4 7.2
94 2 7 0.062 1.705 0.064 82.1 11.1
94 3 7 -0.584 1.003 -0.479 85.6 16.5
94 4 6 -0.983 1.170 -0.674 87.2 25.5
94 5 6 -0.896 0.983 -0.751 80.8 26.8
94 6 6 -0.694 0.709 -0.654 58.1 18.5
94 7 6 -0.738 0.895 -0.663 52.9 31.7
94 8 6 -0.868 1.489 -0.992 57.2 19.1
94 9 6 -0.606 0.691 -0.657 56.9 20.2
94 10 6 -0.166 0.897 -0.130 50.4 22.2
94 11 7 -0.179 0.896 -0.188 49.6 21.3
94 12 7 0.237 0.913 0.243 52.0 17.9
94 13 7 0.462 0.808 0.536 51.6 18.3
94 14 7 0.537 0.905 0.690 55.3 13.5
94 15 7 0.625 0.937 0.682 58.7 11.5
94 16 7 0.620 1.185 0.595 57.6 13.7
96 1 5 0.665 1.547 2.857 66.5 14.1
96 2 5 0.676 1.809 3.789 53.7 33.6
96 3 5 0.080 1.544 0.279 46.5 43.5
96 4 5 -0.652 1.675 -1.575 41.3 53.5
96 5 5 -0.753 1.693 -1.303 41.0 65.3
96 6 5 -0.765 1.641 -0.967 50.6 67.7
96 7 5 -0.762 1.556 -0.892 85.5 98.5
96 8 5 -0.621 1.699 -0.738 75.8 98.4
96 9 5 -0.755 1.721 -0.753 74.2 99.9
96 10 5 -0.879 1.763 -0.718 78.3 101.6
96 11 5 -0.898 1.818 -0.711 83.2 105.8
96 12 5 -0.911 1.583 -0.778 83.8 93.7
96 13 5 -0.959 1.173 -0.866 77.7 87.7
96 14 5 -0.980 1.259 -0.915 70.9 87.1
96 15 5 -0.987 1.137 -0.939 65.7 91.9
96 16 5 -0.995 1.480 -1.044 66.1 87.5
98 1 8 0.870 1.060 1.500 100.1 9.2
98 2 8 0.638 1.173 1.331 119.8 12.3
98 3 10 0.373 0.858 0.617 125.1 26.6
98 4 12 0.271 0.852 0.802 116.5 38.0
98 5 9 0.342 1.110 1.060 115.4 46.2
98 6 8 -0.237 1.140 -0.330 129.6 60.6
98 7 10 0.068 0.938 0.242 122.7 80.3
98 8 9 -0.470 0.960 -0.875 115.5 62.4
98 9 9 -0.062 0.991 -0.150 112.2 71.8
98 10 10 0.198 0.854 0.485 97.2 66.9
98 11 11 -0.117 0.601 -0.314 88.3 78.0
98 12 9 0.281 1.043 0.255 79.1 115.6
98 13 10 0.275 1.227 0.527 75.6 129.4
98 14 11 0.190 1.046 0.588 82.4 139.9
98 15 10 0.101 0.190 0.160 77.2 176.4
98 16 9 0.093 0.981 0.145 74.4 168.1
100 1 6 0.655 1.673 0.946 27.9 3.4
100 2 5 0.748 1.701 1.075 55.0 7.5
100 3 4 0.800 1.996 1.949 36.8 12.3
100 4 4 1.000 1.214 1.765 49.9 17.0
100 5 4 0.945 1.610 1.130 24.2 21.8
100 6 4 0.958 1.926 0.784 16.1 24.1
100 7 4 0.948 1.623 0.435 13.4 26.9
100 8 4 0.985 1.930 0.527 14.3 27.3
100 9 4 0.863 1.912 0.725 24.4 34.0
100 10 4 0.740 1.163 0.847 28.7 46.2
100 11 4 0.732 1.280 1.089 31.7 65.0
100 12 4 0.722 1.545 1.027 33.9 83.3
100 13 4 0.809 1.115 0.621 40.9 89.1
100 14 4 0.484 1.202 0.075 52.6 76.9
100 15 4 -0.885 1.788 -0.133 59.8 63.8
100 16 4 -0.146 1.905 -0.040 61.8 60.6
101 1 29 0.526 0.857 0.740 73.0 3.4
101 2 29 0.442 0.908 0.596 61.3 7.5
101 3 29 0.417 0.915 0.671 58.2 10.5
101 4 29 0.366 0.953 0.615 51.3 15.4
101 5 29 0.387 0.976 0.680 58.9 18.3
101 6 29 0.401 0.972 0.735 65.7 19.9
101 7 29 0.387 0.882 0.661 57.8 19.2
101 8 29 0.326 0.741 0.479 57.2 21.5
101 9 29 0.257 0.719 0.344 57.4 22.1
101 10 29 0.237 0.699 0.310 55.4 22.1
101 11 29 0.173 0.642 0.220 53.6 22.6
101 12 29 0.180 0.629 0.241 49.5 22.6
101 13 29 0.240 0.626 0.335 45.6 23.9
101 14 29 0.273 0.583 0.381 45.7 23.7
101 15 29 0.289 0.524 0.434 49.1 23.6
101 16 29 0.280 0.480 0.468 51.9 25.0
102 1 43 0.169 0.274 0.288 110.7 2.7
102 2 42 0.384 0.406 0.694 116.4 5.3
102 3 42 0.534 0.392 1.137 118.2 7.1
102 4 42 0.557 0.420 1.212 117.9 9.3
102 5 42 0.573 0.353 1.153 117.5 11.1
102 6 42 0.538 0.357 1.094 112.6 13.6
102 7 42 0.483 0.382 0.909 112.6 16.1
102 8 42 0.500 0.482 0.921 108.2 17.0
102 9 42 0.546 0.584 1.068 107.9 19.8
102 10 42 0.559 0.720 1.128 96.6 22.1
102 11 40 0.501 0.797 0.982 92.6 28.0
102 12 42 0.544 0.781 1.053 90.1 27.2
102 13 43 0.581 0.737 1.089 90.1 29.9
102 14 44 0.526 0.634 1.027 87.2 31.5
102 15 44 0.468 0.542 0.919 88.2 36.4
102 16 45 0.426 0.464 0.819 89.0 40.4
103 1 37 0.606 -nan 1.357 99.8 4.5
103 2 37 0.725 -nan 1.554 92.5 8.3
103 3 36 0.838 -nan 1.661 88.5 10.2
103 4 35 0.872 -nan 1.646 83.1 13.2
103 5 35 0.883 -nan 1.521 73.7 16.0
103 6 35 0.867 -nan 1.571 70.0 18.4
103 7 35 0.858 -nan 1.614 68.1 20.9
103 8 36 0.821 -nan 1.590 67.3 25.4
103 9 37 0.819 -nan 1.753 62.8 29.1
103 10 36 0.774 -nan 1.661 43.2 33.3
103 11 37 0.761 -nan 1.616 37.9 37.0
103 12 37 0.704 -nan 1.470 36.3 45.6
103 13 37 0.641 -nan 1.298 35.8 54.9
103 14 37 0.565 -nan 1.136 35.8 63.3
103 15 36 0.477 -nan 0.959 41.7 61.9
103 16 35 0.431 -nan 0.830 47.1 57.9
104 1 7 0.866 0.968 1.647 34.0 6.4
104 2 7 0.771 1.046 1.498 39.3 14.6
104 3 7 0.822 1.173 1.647 36.9 25.1
104 4 7 0.929 1.567 1.536 36.1 36.8
104 5 7 0.956 1.083 1.057 16.2 54.8
104 6 7 0.860 0.993 0.667 21.4 64.1
104 7 7 0.670 1.036 0.303 27.7 71.6
104 8 7 0.649 1.584 0.632 35.1 75.8
104 9 7 0.840 1.372 0.936 40.0 81.3
104 10 7 0.944 1.249 0.801 46.8 96.1
104 11 7 0.983 1.153 0.751 60.5 115.5
104 12 7 0.832 1.087 0.684 66.5 123.4
104 13 7 0.593 1.044 0.510 62.7 118.1
104 14 7 0.323 0.830 0.317 74.0 118.1
104 15 7 0.124 0.974 0.139 67.6 99.9
104 16 7 0.107 0.531 0.115 65.2 85.7
116 1 5 0.535 1.934 1.590 61.7 6.8
116 2 4 0.734 1.900 4.256 44.4 17.3
116 5 4 1.000 1.997 3.116 51.6 37.8
116 9 4 0.962 1.123 1.515 62.4 18.3
116 10 6 0.949 1.097 1.498 57.8 19.9
116 11 5 0.888 1.046 1.189 51.3 27.6
116 12 4 0.630 1.970 0.700 46.1 47.7
116 15 4 -0.055 1.160 -0.047 59.4 66.7
116 16 5 -0.316 0.986 -0.369 73.1 53.7
117 1 10 0.536 0.806 1.019 78.4 4.7
117 2 10 0.228 0.859 0.178 52.1 10.6
117 3 10 0.210 1.068 0.176 63.1 9.4
117 4 10 0.042 0.948 0.046 79.0 16.5
117 5 10 -0.412 0.897 -0.649 92.1 26.1
117 6 10 -0.605 1.113 -1.257 86.3 28.6
117 7 10 -0.577 1.146 -1.347 97.6 37.9
117 8 10 -0.467 0.829 -1.291 103.2 46.6
117 9 10 -0.547 0.865 -1.829 108.9 57.8
117 10 10 -0.564 1.000 -1.292 104.4 53.1
117 11 11 -0.672 0.977 -1.353 105.9 66.0
117 12 11 -0.712 0.856 -1.514 95.9 81.9
117 13 11 -0.787 0.916 -2.159 97.0 74.2
117 14 11 -0.769 0.869 -2.069 94.8 69.3
117 15 11 -0.623 0.490 -1.540 99.6 76.3
117 16 10 -0.259 0.236 -0.531 102.5 74.2
119 1 27 0.303 1.377 0.452 42.2 4.0
119 2 27 0.391 1.412 0.601 44.8 6.2
119 3 27 0.464 1.457 0.692 53.5 7.9
119 4 27 0.446 1.334 0.776 59.7 9.2
119 5 27 0.552 1.267 1.004 64.0 10.8
119 6 27 0.723 1.274 1.274 74.7 9.2
119 7 27 0.709 1.129 1.276 84.7 10.6
119 8 27 0.653 0.919 1.188 88.0 13.2
119 9 26 0.597 0.709 1.036 89.4 13.6
119 10 25 0.593 0.615 1.062 87.2 16.0
119 11 26 0.630 0.701 1.277 90.0 18.7
119 12 26 0.635 0.773 1.332 90.1 21.5
119 13 26 0.685 0.866 1.394 85.5 19.8
119 14 26 0.599 0.816 1.305 91.5 25.3
119 15 27 0.595 0.693 1.162 94.8 25.1
119 16 27 0.617 0.653 1.118 89.1 24.0
136 1 12 -0.765 0.796 -2.831 65.6 9.8
136 2 12 -0.631 0.993 -3.669 58.5 22.4
136 3 12 -0.261 1.034 -1.152 45.0 33.1
136 4 12 0.137 1.049 0.403 36.5 43.2
136 5 12 0.425 0.970 0.815 36.5 53.4
136 6 12 0.456 1.023 0.704 36.4 65.0
136 7 12 0.457 1.117 0.690 39.8 72.6
136 8 12 0.516 1.267 0.679 41.7 80.7
136 9 12 0.476 1.492 0.565 47.1 88.2
136 10 12 0.387 1.139 0.431 49.5 95.3
136 11 12 0.515 1.049 0.548 54.6 97.6
136 12 12 0.675 0.890 0.769 55.3 98.3
136 13 12 0.672 0.695 0.871 59.6 96.7
136 14 12 0.616 0.602 0.934 74.5 101.1
136 15 12 0.582 0.558 1.003 74.9 98.6
136 16 12 0.551 0.626 0.991 59.1 101.5


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Robert Grumbine

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Environmental Modeling Center
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