Report on STS actions in 2003 vs. Decision Algorithm in 2002

Table of all potential problem areas

Table of STS actions vs. Decision Algorithm (DA)

Numbers show the number of potential problem areas (PPA) recommended
for delimiting or treatment and actually treated or delimited

   Action      No action   Delimiting    Treatment   Not detected 
    done      recommended  recommended  recommended    by the DA

 No action         81           34            2            0
 Delimited         67          114           13           20
  Treated          11           23           59           13

Treatment recommended but nothing done

State   Area  Distance   N    Max   Max    Backgr.  Priority Delimit  View
PPA ID  sq.km    km    traps catch before abundance   index   index  comments 

WI 164    1     16.7     3    23     17     0.4880   4.87   1.24
WV  60    1     23.5     4     5      7     0.2190   2.91   1.82

Treatment recommended but delimited only

State   Area  Distance   N    Max   Max    Backgr.  Priority Delimit  View
PPA ID  sq.km    km    traps catch before abundance   index   index  comments 

VA  69   22     30.2    23     5     12     0.1760   3.65   2.26     
WV  88   19      7.6    21    29     34     0.4400   3.52   2.11     
VA 124    1     47.5     4     4      6     0.1800   3.47   1.74     
OH   8   18     77.5    18     6     46     0.0520   3.43   1.82     
WV  37    7     37.1     8     6      9     0.3560   3.37   1.20     
WV   3   70     28.3    42     8      4     0.2120   3.35   2.39     
WI 142    1     46.8     4     6      6     0.1650   3.26   1.45     
VA 109    1     46.7     2     4      6     0.2560   3.14   1.24     
WI 135   48     17.0    18     6      8     0.1900   3.07   1.40
IN   6    4     21.9     8     5     18     0.0550   3.05   1.43     
WV  36   27     45.6    26     4      6     0.2820   2.97   2.49     
VA  95   93      1.0    44    57     24     0.4020   2.96   1.89
IN  32   42      2.0    31    43     26     0.8050   2.81   2.61

Delimiting recommended but nothing done

State   Area  Distance   N    Max   Max    Backgr.  Priority Delimit  View
PPA ID  sq.km    km    traps catch before abundance   index   index  comments 

MI  43  153     72.6    18   800    836     3.3250  10.31   0.47
MI  42    1     73.2     1   350    260     3.1680   8.51   0.29
MI  39    1     75.3     1   245    135     3.0760   7.52   0.34
MI  33    1     90.2     1    84    350     1.5130   7.48   0.26
MI  40    1     61.8     1   231    171     3.1900   7.30   0.32
MI  38    1     74.3     1   125     72     1.9300   7.20   0.32
MI  69   42     70.0     7   248    109     2.9590   7.05   0.59
MI   8    6     94.2     3    43     41     0.4960   6.90   0.43
MI  22    1     39.2     1   320    136     3.1100   6.88   0.29
MI  67    1     63.9     1   209     95     3.2170   6.51   0.34
MI  68    1     54.1     1   248     63     2.8810   6.40   0.32
MI   9   23     34.4     5   340     39     2.0190   6.35   0.49
MI  41    1     44.7     1   109    166     2.9450   5.80   0.29
MI  66    1     51.3     1   114     63     2.9030   5.53   0.34
MI  35    1     37.6     1   171     50     2.5650   5.53   0.32
MI  70    1     83.1     1   107     43     2.8760   5.51   0.34
MI  65    4     49.3     2   331     23     3.3350   5.47   0.32
MI  64    1     38.4     1   251     39     3.0420   5.40   0.34
MI  72    1     99.2     1   130     24     2.5030   5.37   0.29
MI  18    1     83.6     1    20     17     0.4590   5.20   0.45
MI  29    1     44.1     1    41     16     1.1730   4.63   0.32
MI  71    1     86.3     1   111     11     2.6580   4.53   0.29
MI   7    1     97.8     1     8     31     0.3540   3.91   0.39
MI  17    1     84.7     1    12      5     0.3630   3.87   0.45
WI 190    1     22.9     1    25     14     0.8190   3.75   0.32
MI  21    1     46.4     2    14     10     0.6590   3.62   0.61
VA  39   67      0.6    11    38    116     0.4100   3.16   0.65     
IL  40    1      6.8     2    20     15     0.3470   3.10   0.68     
VA  74    1     13.9     1     5      9     0.2410   3.03   0.45     
VA 100    1     16.7     1     4      5     0.2310   3.02   0.47     
WI  83    1     29.1     1    12      3     0.3970   2.95   0.42
NC   8    1     92.4     1     9      0     0.0030   2.87   0.45
WI  90    1     20.4     1    10     10     0.7110   2.82   0.37
WI 189    1     32.4     1    11      3     0.4830   2.63   0.42

Treated but no action recommended

State   Area  Distance   N    Max   Max    Backgr.  Priority Delimit  View
PPA ID  sq.km    km    traps catch before abundance   index   index  comments 

IL  83    4     21.1     5     4     12     0.3580   2.53   0.90
IL  18    1     10.0     2     6    575     0.3070   2.24   2.29     
IL  31    4      9.5     4    12      5     0.3660   2.18   0.92     
WI  67    1     21.9     1    12      2     1.0100   2.09   0.42
WI  14   15     22.7     5    12      1     0.9020   2.01   0.53
WI  63    1     48.4     1     8      0     0.5940   1.90   0.34
WI  60   10     58.8     3     5      0     0.4340   1.70   0.38
WI  61    1     54.3     1     5      0     0.4420   1.68   0.39
WI 181   23     59.2     6     4      0     0.4380   1.52   0.59
WI  16    1     14.1     1    12      0     0.9860   1.38   0.45
WI 243    6     32.9     1     4      0     0.5310   1.26   0.18
IL  79    6      3.4     6     9     13     0.5870   1.13   0.87
IL  49    4     22.0     1     1      1     0.1810   1.06   0.22
WI  15    1     23.1     1     3      2     0.9830   0.83   0.47
WI 244    4     33.3     2     1     29     0.3040   0.79   0.74
IN  92    2     18.4     2     0     12     0.0980   0.15   0.62
IL  81    4     17.1     1     0    104     0.3470   0.05   0.27
IL  53    2     17.6     0    -1      6     0.2530   0.04   0.28
IN  93    1     22.9     2     0     18     0.0970   0.00   0.97
IN  95    4      6.1     1     0      5     0.7540   0.00   0.29
IL  77    2      2.7     3     6     42     0.5960   0.00   1.00
WI 169    4      2.7     2    10      2     1.2230   0.00   0.35
IL  80    4      5.0     1     0      9     0.4750   0.00   0.40
WI 226    6     45.6     0    -1      0     0.2540   0.00   0.05

Treated but delimiting recommended

State   Area  Distance   N    Max   Max    Backgr.  Priority Delimit  View
PPA ID  sq.km    km    traps catch before abundance   index   index  comments 

WI  29   11     43.5     8   766    141     0.1720  10.85   0.96     
IL  26    3     21.0     3   155     14     0.1390   7.36   0.81     
IL  27    3     14.0     3    15     15     0.2250   4.86   0.83     
VA  64    1     22.0     1    13     21     0.2500   4.82   1.00     
WI 121    8     63.6     8    13     14     0.1670   4.71   1.04
WI 143    2      2.6     4    95    136     0.6110   4.68   1.02     
WI 131    1     55.4     2    18      8     0.2010   4.28   1.05
WI 125   24     83.5     9    12      8     0.2690   4.25   0.87     
IL  25    7      7.8     3    22     57     0.2840   4.07   0.45     
WI 127    1     52.9     1     9    213     0.2520   3.83   0.34
IN  46   12     43.3     7    13      3     0.0180   3.77   0.80
WI  27   40     56.9     9    16      1     0.2130   3.46   0.78
WI 120   36     84.9    10    10      3     0.1690   3.43   0.90
WI 132    1     40.9     1    12      3     0.4020   3.24   0.45
IL  10    1     13.6     2    13      4     0.2940   3.17   0.87     
VA  27    5      6.6     5    78      4     0.2570   3.14   0.92     
WI 117  127     55.6    24    12      2     0.5030   2.91   0.76     
OH 134   32     37.4    23     4     12     0.0520   2.78   2.13     
WI 130    1     55.9     2     5      8     0.2000   2.75   1.05
IL   9    1     12.0     3     8     16     0.3410   2.73   1.21     
WI 139    1     15.3     1    14      3     0.5770   2.70   0.79
WI  17  276     13.7    71    17      6     1.0090   2.68   1.03
WI   9    2     57.2     4     4      8     0.2900   2.38   1.07

Delimited but no action recommended

State   Area  Distance   N    Max   Max    Backgr.  Priority Delimit  View
PPA ID  sq.km    km    traps catch before abundance   index   index  comments 

IL   2    1     64.9     1     6      0     0.1210   2.30   0.39
VA  61    1     40.3     2     3      6     0.1470   2.29   1.21
WI  19    1     64.9     1     6      0     0.1230   2.29   0.39
IN  29    1      1.3     2    34     21     0.6890   2.27   1.03
VA  99    1     35.2     1     3      1     0.1610   2.25   1.00
IN   1    1     39.0     1     4      1     0.0650   2.24   0.39     
WI  48   15     18.7     4     6     11     0.7750   2.24   0.42
OH  43    1     70.9     2     3      3     0.0390   2.24   0.84     
OH 108    1     29.4     2     3      3     0.0920   2.22   0.68     
OH  78    1     22.9     1     3      8     0.1090   2.20   0.47
WI 187    1     29.1     1     6      2     0.5630   2.16   0.53
WV  82    1     32.6     2     3      2     0.2220   2.15   1.13
WV  28    1     29.0     1     3      2     0.1730   2.13   0.47
WI  50    1     27.4     3     3     12     0.2270   2.13   1.24
OH 109    1     82.0     1     3      1     0.0460   2.11   0.42
IL  21    1     24.9     1     4      1     0.1590   2.08   0.47     
OH 136    1     58.5     1     3      1     0.0440   2.08   0.45     
VA  30   23      9.5     8    14      4     0.2630   2.08   0.78
WI 199    1     95.8     1     4      0     0.0720   2.05   0.45
OH 102    1     19.8     1     4      1     0.1450   2.04   0.42     
WI 202    1     77.3     1     5      0     0.2000   2.04   0.39
OH  10    1     61.5     1     5      0     0.0260   2.04   0.45     
OH 122    1     34.1     1     3      4     0.0350   2.02   0.76
IL   1    7     79.7     3     4      0     0.0640   2.02   0.40     
VA 129   19     48.1    14     2      6     0.1120   2.01   1.41
VA  29    1     30.6     1     3      3     0.1690   2.01   0.45
VA 128   51     76.6    10     2      3     0.0500   2.00   0.75
VA 123    1     68.7     1     3      0     0.1020   1.99   0.42     
OH  98    2     22.6     2     5      0     0.1710   1.98   0.58     
OH 146   14     43.4    11     2      5     0.0570   1.94   1.19
OH 110    3     65.8     2     3      1     0.0430   1.94   0.49     
IL   3    9     56.4     4     3      1     0.1410   1.90   0.54     
NC   5    1     82.9     1     3      0     0.0060   1.90   0.47     
OH  81   18      5.7     5    10     13     0.3830   1.89   0.51     
WI   7    1     80.5     1     3      1     0.1670   1.89   0.42
WI 123    7     39.8     3     7      1     0.7170   1.86   0.38
WI  43   40     32.7     7     4     31     0.5730   1.86   0.60
WI   6    1     76.4     1     3      1     0.1550   1.85   0.39     
OH 106    1     63.7     1     3      0     0.0410   1.83   0.42
WI  39    1     47.0     1     6      0     0.4430   1.80   0.42
WI   8   17     66.2     5     4      0     0.2290   1.78   0.51     
OH  87    1      7.8     1     7      7     0.3860   1.76   0.47
IN  30    1      0.0     1    28     21     0.7150   1.75   0.89
IL  61   38     94.6    20     2      1     0.0530   1.74   1.76
WI 200    1     92.3     1     3      0     0.1220   1.73   0.34
IL  30    1     49.2     1     3      0     0.0790   1.72   0.39     
OH  97    4     10.0     2    11      1     0.3420   1.70   0.38     
IN  87    4     45.0     1     2      1     0.0070   1.69   0.27
OH  80    1      8.6     1     6      6     0.2610   1.69   0.34
IN   9    1      5.9     1    10      7     0.2490   1.68   0.45     
WI 116    1     68.7     1     4      0     0.3230   1.67   0.45
IL  39    1     51.3     1     3      0     0.1430   1.66   0.42     
WI  41   11     40.2     3     6      0     0.5500   1.65   0.36
WI 119    1     31.2     1     4      1     0.3670   1.60   0.45
IN  79   12     35.3     4     2      1     0.1270   1.55   0.46
WI  38    1     56.2     1     3      0     0.2310   1.52   0.47
IN  69   21     35.4     3     2      0     0.0330   1.43   0.30
WI 232   11     91.6     2     2      0     0.1330   1.40   0.24
IN  41    1      9.3     2     4     11     0.1040   1.38   0.76     
WI 231   10     87.9     1     2      0     0.1510   1.37   0.13
WI 233   12     84.9     3     2      0     0.1540   1.36   0.34
WI  13    1     42.5     1     4      0     0.4680   1.34   0.39
WI  10    1     55.2     1     3      0     0.3450   1.33   0.42
IL  64   14     19.7    15     2      8     0.3990   1.33   1.62
IN  84   12     92.1     7     1      1     0.0010   1.28   0.80
IL  62   18     52.2     2     2      0     0.1980   1.26   0.20
IN  17    1     10.9     1     6      0     0.1080   1.25   0.58     
WV  89   27      3.0    28    24      9     0.4540   1.23   2.68
WI  45    1     42.4     1     3      1     0.6150   1.23   0.34
OH  74    1     11.3     1     5      1     0.1850   1.21   0.45
IN  13    3      0.1     2    23      7     0.2800   1.13   0.47     
IN  15    1      5.0     1    13      2     0.1900   1.02   0.47     
IN  89   27     44.3     8     1      0     0.0060   1.00   0.77
IN  61   17     50.8    20     1      0     0.0230   0.99   2.05
IN  88   24     37.7     7     1      0     0.0130   0.98   0.68
IL  65   16     10.0     8     5      1     0.4440   0.70   0.83
IL  28    1      1.1     1     8   1021     0.4400   0.61   0.42
IN  21    1      8.9     1     3      1     0.2360   0.34   0.50     
IN  75    6     12.3    51     1     22     0.2620   0.26   6.99
IN  40    1      6.5     1     4      0     0.0910   0.18   0.34     
OH  72    6      5.4     7     6      2     0.2450   0.15   1.16
IN  23    1      3.5     1    10      1     0.4100   0.04   0.55
IN  70   30      1.7    23     4     18     0.3780   0.00   2.16
VA 105    1      1.2     1    12     13     0.7300   0.00   0.34
IL  66   14      4.1     5     8      0     0.6580   0.00   0.54
IN  47    1      1.9     1     5      1     0.2070   0.00   0.32     
IN  42    1      0.2     1     8     15     0.4930   0.00   0.84

Agreed on Treating

State   Area  Distance   N    Max   Max    Backgr.  Priority Delimit  View
PPA ID  sq.km    km    traps catch before abundance   index   index  comments 

IL  29   59      3.1    44   745    750     0.4140   9.77   2.93     
IL  17   20     16.6    23   175    159     0.2180   9.57   2.29     
WI   1   77     11.6    74   999     25     0.5340   8.18   3.84
WI 102   63     20.6    67    83    398     0.5220   7.64   4.21     
IL  37    1     11.2     3   126     74     0.2520   7.51   1.87     
VA  33   96     18.9    77    72     46     0.2810   7.49   3.21
WI 155   22     18.8    29   152     38     0.2220   7.47   2.85
WI 159   18     20.7    19    61    204     0.4850   7.09   1.93     
NC   2    3     81.1    12   100     13     0.0260   6.85   3.26
VA  26   28     21.6    25    79     26     0.1230   6.79   2.38     
WI 156   24     36.9    32    91     18     0.3360   6.61   3.11
VA   4  173     18.5   170    49     35     0.4660   6.49   3.93
NC   9   14     62.5    36    37     14     0.0150   5.89   3.89     
VA  70   70     15.1    47    20    293     0.2740   5.73   2.68
IN   5    7     13.3    17    44     14     0.0690   5.67   2.64
VA  42  170     38.4   148    18     23     0.3170   5.60   3.48
VA 102   12     20.7    11    21     29     0.4030   5.39   1.26
OH  13   18     45.0    13    23     19     0.0290   5.25   1.32     
WI 144    7     10.4     9   247     15     0.7260   5.24   1.23     
IN   7    5     19.0    38    18     17     0.0920   5.16   5.62
OH  17   32     36.1    34    16    101     0.0550   5.07   3.15
VA  82   71     42.8    63    11     16     0.1350   4.94   3.54
IL   4   37     36.0    59    16     14     0.1380   4.87   5.24
WV   6  231     43.8   208    12     13     0.2420   4.80   3.60
IL  33    1     23.1     3    12   1219     0.1250   4.67   1.39     
VA   6   26     43.1    27    10     13     0.1380   4.58   2.60
WI 129  160     32.2   164    18     16     0.3970   4.52   4.10     
IN  26   32     11.5    28    23     70     0.5480   4.41   2.60
WI 133   11     37.2    16    20      7     0.3590   4.24   1.91
VA  96   31     12.4    31    15     14     0.2620   4.20   2.90
WI 140   55     34.2    39    11    116     0.2230   4.15   2.75     
WV  18  297     13.8   292    24     12     0.4510   4.15   3.93
WI 136   29      2.1    37   233     19     0.6750   4.08   3.50
VA  58    1     33.8     3     9   1139     0.0920   4.00   1.74
IN   2   45     27.1    62     8     18     0.0680   4.00   5.03
VA  38   39     31.8    36     6     16     0.1440   3.92   3.14
OH 128    2     24.0     6     9     27     0.0830   3.76   1.62
OH  44    1     52.5     3    10      5     0.0470   3.65   1.47
OH  11    9      2.2    18   434      -     0.1820   3.63   2.41     
VA  10   14     33.3    20     6     16     0.1310   3.62   2.16
IL  32    7     17.3    10    13      2     0.1760   3.61   1.41     
IN  24   10      3.7    11    56     24     0.4940   3.59   1.38     
VA  66   15     26.1    15     6      4     0.2190   3.57   1.59
IN  19    6     26.7    63    13      2     0.0290   3.56   8.31     
WI 103   30     26.8    29    12      5     0.3720   3.52   2.73
VA  79    1     40.8     5     6      7     0.0270   3.46   1.97     
OH   9    3     71.9     8     9      4     0.0440   3.45   1.81
VA   1   24     57.8    22     4      7     0.1000   3.44   2.14
WI 153    1     15.1     3    18      4     0.3830   3.40   1.37     
VA  41   34     48.2    33     5     13     0.0630   3.39   3.01     
WI 152    2     25.0     6    17      2     0.1950   3.37   1.90     
OH  79   11     62.2    14     8      3     0.0220   3.36   1.67     
OH  60    1     18.8     2     6     23     0.1070   3.34   1.34
VA  59    1     34.6     2     6   1139     0.0880   3.32   1.47     
IL  13    8      4.3    11    51     16     0.4740   3.29   1.40     
WV  17   20     24.6    21     8      5     0.3110   3.28   2.09
VA   2    1     67.6     4     4      6     0.0660   3.28   1.74
WV   7    9     35.6    29     5     12     0.1150   3.06   3.89
OH 104    1     92.1     4     4      8     0.0350   2.88   2.26

Agreed on Delimiting

State   Area  Distance   N    Max   Max    Backgr.  Priority Delimit  View
PPA ID  sq.km    km    traps catch before abundance   index   index  comments 

IN  39    1     18.5     3    15     12     0.0510   4.94   1.08     
VA  78    1     17.9     1    22      8     0.0980   4.75   0.39
VA   5    1     30.4     1    11     12     0.3040   4.75   0.92     
OH  88    9     13.5     3    21     12     0.3020   4.66   0.40
WI 128    1     47.6     1    13     13     0.3270   4.38   0.58
VA 130    1     24.3     1     7     32     0.2280   4.10   0.74
WI 184    1     76.4     1    19      3     0.2110   4.05   0.37
VA   3    1     32.5     1     7     18     0.3060   4.00   0.87     
OH   6    1      2.4     1    75     35     0.5610   3.91   0.29
WV  81    2     35.8     2     8      7     0.2620   3.84   0.96     
OH  46   18     42.7     5    17      2     0.0630   3.82   0.51
IN  22    1     21.5     3    15      3     0.1270   3.80   1.08     
VA 121    1     16.8     1    10     23     0.4520   3.75   0.84     
OH 118    2     38.0     4    11      7     0.0490   3.71   0.96
WI 138   11     28.2     3    15      8     0.4420   3.70   0.36
VA 114    1     19.8     1     8     14     0.2110   3.70   0.45
VA 118    1     28.1     1     6      9     0.2110   3.67   0.92     
WV  77    3     48.3     3     6      9     0.2380   3.66   0.96     
OH 138    6     98.8     3    12      2     0.0390   3.63   0.47
OH 112    1     32.4     1    23      0     0.1050   3.62   0.47
WI   5   11     93.7     5     7      6     0.0800   3.60   0.60     
IN  25    1     19.0     2     8     15     0.3540   3.54   0.92
VA 101    8     11.0     8    23     14     0.5560   3.53   1.09     
WV  27   78     22.4    22    12      3     0.2430   3.51   1.13     
WV   1    4     26.3     4     6     11     0.0670   3.50   0.97
OH 116    1     24.2     1    13      2     0.1650   3.46   0.47
WV  56    1     39.8     1     6     15     0.1740   3.46   0.95     
OH   7    1     62.6     3     6     10     0.0590   3.43   1.03
VA  92    1     19.1     1     7      8     0.2180   3.37   0.50
OH  35    1     15.3     1     6      7     0.2580   3.36   0.45
WV  67    3     10.8     3    16     15     0.3980   3.36   1.00     
IN   8    1     46.7     2     7      4     0.0050   3.34   0.74
VA  55    1     43.8     1     6      4     0.0790   3.32   0.45
WI  64   21     76.8     4     7      3     0.0920   3.31   0.40
WV  58    1     27.6     1     6      7     0.1770   3.24   0.42
IN   4    1     21.2     2     5     36     0.0610   3.22   1.11
VA  52    7     29.5     7     5     16     0.1720   3.22   1.12     
VA 103    1     51.7     1     4      6     0.1250   3.19   0.87     
VA  40   18     13.8     6     6      7     0.1980   3.16   0.61
OH  93    1     35.8     2    14      0     0.0330   3.13   0.74
OH  51   52     76.4    13     9      1     0.0220   3.12   0.96
OH  32    1     21.5     1     5      6     0.1820   3.10   0.50
OH 133    6     11.6     3    10     10     0.1900   3.09   0.44
WV  87    1     24.0     1     8      4     0.3540   3.09   0.97     
IN  33    2     13.6     2    13      4     0.5380   3.08   0.49
OH  90    1     18.4     1     6      3     0.1690   3.07   0.39
OH  56    8     15.3     3     8     13     0.1380   3.06   0.39
OH  37   25      9.1     8    11     12     0.2840   3.05   0.77
VA  65    1     31.0     2     4      4     0.1870   3.01   1.08     
WI 205    3     21.3     2     9     22     0.5450   3.00   0.56
VA  87    1     11.2     1    12     12     0.4820   2.97   0.42
VA  44    4     40.3     3     3     22     0.2150   2.96   0.68     
WI 147    1     29.9     1     6      5     0.1860   2.95   0.84
OH  75    1     21.7     1     5      8     0.1040   2.92   0.47
VA  72    1     35.6     1     3      3     0.1200   2.92   0.95
VA  73    1     38.9     1     3      4     0.0970   2.91   0.92
WV  29    1     48.6     1     4      4     0.0660   2.90   0.92
WI 188    5     43.9     2     5     39     0.1600   2.90   0.30
WV   2    1     16.9     1     4     37     0.0990   2.84   0.29
WI  30    1     20.7     1     6      7     0.2950   2.83   0.55
VA 119    1     29.3     2     3     11     0.1380   2.82   1.18     
OH 114    1     25.9     1    10      0     0.1040   2.81   0.47
VA  77    1     42.6     1     3      8     0.0880   2.81   0.79
OH  53    6     57.4     3     5      3     0.0310   2.80   0.44
OH  15   33     27.3     8     7      4     0.0760   2.80   0.74
VA  85    3     48.1     3     3      5     0.1280   2.80   1.03     
WI 149    1     29.6     1     5      5     0.1830   2.77   0.87
WI  22  188     73.6    37     8      1     0.1620   2.77   0.79
VA  63    1     34.7     1     4      6     0.1690   2.76   1.00     
WV  59    1     32.1     2     4      7     0.2550   2.74   1.26     
NC   4    1     62.6     1     6      1     0.0320   2.74   0.71     
WI  70   45     25.1    13     9      4     0.6510   2.74   1.05
IL  22    1     26.1     1    10      0     0.1170   2.73   0.42
OH 139    1     77.5     2     4      3     0.0430   2.72   0.87
WV  86    7     15.5     9     8      4     0.4980   2.67   1.28     
WV  75   36     57.1    37     3      6     0.1820   2.66   3.32     
OH  21    1     19.7     1     7      3     0.0790   2.65   0.45
WI  46   29     25.8     6     7     33     0.7740   2.64   0.57
VA  62    4     31.7     3     4      4     0.1980   2.63   0.81     
VA 122    4     33.4     4     3     11     0.1580   2.63   0.98     
WI 126    9     28.5     5    10      4     0.7870   2.62   0.67
NC   6    1     53.2     1     3      5     0.0460   2.61   1.05
WI 141   11     16.9    14     8     28     0.6690   2.60   1.67
WI 154    1     15.8     1     7      4     0.3320   2.58   0.97
NC   3    1     61.7     1     5      1     0.0310   2.57   0.79     
VA 113    1     51.8     1     3      4     0.1210   2.57   0.50
OH  47    1     66.5     1     3      4     0.0180   2.55   0.89
OH  33   34      3.9     7    23     14     0.4750   2.53   0.64
OH  12    1     44.1     5     4      5     0.0570   2.53   1.82
VA  88    1     37.0     2     3      6     0.1520   2.51   1.21     
WI  42    1     38.8     1    13      1     0.6180   2.50   0.39
OH 117    1     20.5     1     6      1     0.1700   2.49   0.42
WV  35    1     15.6     1     5      3     0.2480   2.47   0.42
OH 126    4     36.9     2     4      3     0.0560   2.47   0.38
VA  46    1     62.7     1     4      0     0.0980   2.46   0.42
IN   3    1     33.8     3     3      7     0.0590   2.44   1.24
VA 116    1     25.3     1     3      5     0.1720   2.43   0.42
NC  14    1     49.7     1     3      5     0.0540   2.42   0.76
WV  54    1     52.5     1     3      3     0.0650   2.42   0.63
NC  15    1     63.1     2     3      2     0.0340   2.40   1.13
OH 103    1     99.6     1     3      2     0.0190   2.40   0.47
VA   7    1      2.6     1    91     13     0.6990   2.38   0.37
NC   7    1     55.6     2     3      3     0.0450   2.38   1.21
IN  12    1     20.8     1     5      1     0.0420   2.37   0.45
OH  45    1     91.3     1     5      0     0.0110   2.36   0.45
OH 113    1     34.7     1     3      3     0.1060   2.36   0.50
VA  90    1     29.2     1     3      7     0.1670   2.36   0.92     
WI  12   19     47.5     5     8      1     0.4450   2.34   0.50
WI  80    1     20.9     1     5      4     0.4120   2.32   0.34     
VA 120    1     11.9     1     5      8     0.1960   2.32   0.42
WV  31    1     29.5     1     3      3     0.1350   2.32   0.42
OH  23    1     16.8     1     5      2     0.0640   2.31   0.42
OH 119    1     36.8     1     4      3     0.0600   2.30   0.45
OH 105    1     40.0     4     3     25     0.0860   2.30   1.61

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    For more information, please contact Patrick Tobin or Andy Roberts
    Maintained By Jiang Wu