Report on STS actions in 1999 vs. Decision Algorithm in 1998

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        170           30           11            0
 Delimited        117           46           12           59
  Treated           3            8           30            2

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 

VA  86  459     17.8   378   245    104     0.2140   8.17   3.29
VA 134   10     36.6    29    14    258     0.0590   4.94   3.65
VA 162    1     27.6     5    12     54     0.0500   4.27   1.92
VA 146   15     31.6    29     9    110     0.0410   3.82   3.07
VA  84    2     32.8     8    11     10     0.1700   3.59   3.20
VA 142    1     33.0     2     6     22     0.0410   3.24   1.37
VA  85    1     39.8     4     7     17     0.1690   3.10   1.97
VA 144    1     42.8     5     5      8     0.0350   3.08   2.58
VA 123    1     41.0     4     5      5     0.0540   3.04   2.08
IN 254   32     97.9    98    11      -     0.1230   2.90   9.09
VA 107   25     10.1    22    47      1     0.2240   2.83   2.13

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 131   14     41.8    49   109     23     0.0500   7.38   5.30
VA  91    8     36.8    18    15      8     0.1900   4.12   2.40
VA  81   16     48.1    40    10     41     0.1600   3.97   4.16
VA  76    4     48.8    10     9     11     0.1240   3.77   1.92
VA  90   14     42.8    18    19      1     0.1900   3.43   1.95
WI 148   91     23.3    45     6      6     0.0900   3.33   1.98
WI 156   88     10.9    33    13     19     0.3710   3.10   1.50
WI  35   35     81.8    21     5      6     0.2550   2.94   1.90
IL   4  140     37.9   121    21      -     0.6800   2.93   3.46
VA  79    2     38.1     9     6     29     0.1610   2.87   3.12
NC 137    1     72.0     3     4      4     0.0150   2.86   1.97
WV  43    2     80.5     9     4      7     0.0270   2.85   2.37

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 

NC 155  110      7.0    19   430    600     1.3030   8.83   0.69
NC 157    4     12.2     2   314      9     0.7060   6.42   0.33
VA 148    1     23.7     1    24     51     0.0520   5.40   0.42
VA 114   10      9.9     4    54     26     0.2380   5.30   0.50
VA 135    1     23.5     1    12     39     0.0680   4.58   0.26
NC 154    1      0.4     1    76    134     0.6090   4.32   0.34
VA 143    1     29.0     2    11     54     0.0500   4.18   1.18
VA 117    1     12.3     1    22      7     0.1850   3.95   0.47
WV  36   46     14.9     4     8      6     0.2250   3.56   0.32
VA 140    1     44.5     1     7      5     0.0370   3.48   0.92
WI  82    8     54.8     8     7      6     0.4030   3.12   1.02
MI 379    1     85.8     1    11      -     0.0090   3.02   0.26
MI 380    1     80.7     1    11      -     0.0000   3.02   0.26
OH 258    1     79.3     1     3      5     0.2880   2.98   0.47
VA  87    3     41.2     4     8      3     0.1770   2.89   1.16
WI 104    1     36.7     1     8      5     0.4910   2.84   0.53
NC 147    1     45.6     3     4      4     0.0290   2.76   1.11
NC 112    1     65.0     1     4      3     0.0170   2.69   0.74
OH 177    4     21.6     3    13      -     0.4100   2.67   0.62
OH 163    1     46.6     2     4      -     0.0470   2.67   0.55
WI  27    1     99.9     1     4      3     0.1040   2.67   0.66
IL   7   23     25.0     7    16      -     0.7580   2.53   0.68
WI 421    1     18.0     1     5      6     0.4660   2.48   0.87
WI  55    4     68.4     2     5      3     0.3590   2.46   0.41
VA  88    3      0.7     2    86     37     0.3980   2.45   0.38
VA 138    1     41.4     1     3      6     0.0390   2.40   0.45
WI 109    1     45.9     1     5      2     0.3100   2.39   0.55
VA 124    1     27.8     1     6      1     0.0760   2.37   0.47
WV  39    1     20.3     1     5      1     0.2670   2.34   0.26
OH 157    1     74.9     3     3      -     0.1720   2.34   0.92

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 

NC 165    5     19.0    21     8      1     0.5070   2.60   3.02
VA  49    1     60.5    15     4      1     0.0310   2.24   4.47
WI 178    5     19.8     7     4      3     0.3790   2.22   1.27
WI 128   24      3.8    12    20      6     0.5780   1.12   1.17
WI 401    4      5.5     2    12      7     0.9080   0.32   0.49

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 

VA 109    2     20.8     3    31      6     0.2080   4.61   1.09
VA  95    5     35.4     5    43      0     0.1930   3.83   1.05
WI 126    3     24.9     2    19      4     0.5060   3.50   0.49
VA 160    1     40.3     1    19      1     0.1720   3.48   0.82
WI  46   19     86.2     9     5     15     0.0830   3.07   0.90
VA  99    1     28.8     2    15      0     0.1900   2.88   1.11
VA  93    1     40.2     1     9      1     0.1760   2.75   0.89
WI  69    7     66.0     6     4      4     0.0840   2.48   1.11

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 

OH 168    1     35.0     1     6      -     0.1530   2.30   0.32
WI  57    1     69.6     1     5      1     0.1580   2.29   0.50
WI  96   23     33.0    10     8      4     0.5710   2.28   0.98
OH 171    8     24.0     4     8      -     0.2950   2.26   0.48
OH 136   47     24.4    13    19      -     0.8020   2.26   1.03
VA  71    1     58.9     1     6      0     0.0820   2.26   0.45
VA  60    1     37.8     3     3      3     0.0350   2.24   1.16
OH 175   12     19.7     3     8      -     0.2930   2.24   0.34
WI 183    6     20.4     4     4      3     0.3970   2.22   0.63
WI  38   37     74.0    24     4      2     0.3080   2.20   2.13
WI  97    6     33.8     3     8      2     0.5020   2.20   0.52
WI  45   16     72.0     8     4      2     0.3010   2.19   0.83
WI  77    1     49.3     1     7      1     0.4650   2.17   0.47
OH 146    1     32.4     1    10      -     0.7740   2.17   0.32
WI 110    1     22.9     1     6      2     0.4340   2.14   0.55
WI  21   29     87.6    14     6      0     0.2950   2.14   1.32
OH 192    1     27.3     2     6      -     0.1780   2.13   0.68
IL   6    4     21.3     4    11      -     0.7610   2.13   0.82
IL  21   13     14.2     6    11      -     0.4890   2.09   0.67
OH 130    1     21.5     2    23      -     0.7800   2.08   0.66
WI  42    4     80.0     2     4      1     0.2640   2.08   0.43
WI  15    1     93.0     1     3      2     0.2310   2.08   0.53
IL   8    1     14.6     1    12      0     0.8230   2.07   0.61
WI 419    1     68.7     1     4      1     0.2530   2.05   0.50
WI 393   12     47.9     9     2      5     0.0300   2.05   1.03
IN  88   75     17.3    30    10      0     0.5240   2.03   1.60
WI  71    1     50.8     1     5      1     0.4040   2.03   0.58
WI  34    1     99.8     1     3      1     0.1290   2.01   0.61
WI 117   12     13.2    10    10      2     0.6440   2.01   1.15
WI 396   10     14.2     3     5      4     0.6600   2.01   0.38
WI  44    1     97.7     1     3      1     0.1220   2.01   0.55
OH 162    1     40.3     2     6      -     0.2860   1.99   0.63
OH 179    1     45.9     1     6      -     0.3180   1.98   0.29
OH 176    1     59.5     1     5      -     0.2240   1.97   0.29
WI  99    1     36.3     1     8      2     0.5850   1.97   0.47
OH 181    1     27.3     3     7      -     0.4200   1.95   1.05
IL   2    1     38.1     1     5      -     0.3340   1.95   0.29
IN  97    6     50.6     8     8      -     0.5540   1.94   1.16
NC 164    9     35.8     2     3      1     0.2050   1.94   0.27
WI 103    7     27.9     4     7      2     0.5200   1.93   0.58
WI 395   16     28.7     5     2      3     0.0610   1.92   0.52
WI  51    1     65.3     1     4      1     0.3610   1.91   0.50
WI  17    3     96.1     4     3      1     0.2210   1.90   0.85
IL   9   26     14.7    20     9      -     0.5700   1.89   1.92
OH 148    5     20.5     4    11      -     1.0260   1.89   0.58
WI  62    1     57.3     1     4      1     0.3750   1.88   0.50
OH 126    8     28.3     6    15      -     0.7250   1.86   0.69
WI 386    9     60.9     4     3      3     0.4850   1.84   0.54
WI  66    1     53.6     1     4      1     0.4050   1.84   0.58
OH 127    1     35.6     2    13      -     0.7200   1.84   0.61
WI  68    1     53.0     1     3      2     0.3670   1.84   0.50
IN 113    1     44.4     3     9      -     0.7070   1.83   0.87
WI 394    6     76.7     2     2      1     0.0140   1.82   0.38
WI  26    6     86.7     2     3      1     0.2670   1.81   0.35
OH 169    4     61.7     7     4      -     0.1970   1.81   1.12
OH 188    1     38.9     2     4      -     0.1640   1.81   0.61
IN  68    1     98.1     1     3      -     0.0740   1.80   0.53
WI 390    8     73.0     3     2      1     0.0130   1.80   0.41
WI  23    1     91.0     1     4      0     0.2860   1.79   0.55
WI 385    7     61.8     2     3      2     0.4220   1.78   0.35
OH 195    1     30.0     1     3      -     0.1150   1.78   0.39
WI 392    9     53.1     4     2      2     0.0520   1.78   0.54
NC 106    1     55.3     1     3      0     0.0460   1.77   0.29
IL   1    1     92.7     1     3      -     0.1160   1.74   0.34
IN 263   15     41.2     3     6      -     0.4780   1.71   0.32
IL  33    1     19.7     1     5      -     0.3680   1.70   0.45
WI 389   12     48.9     4     4      1     0.5200   1.69   0.46
IL 220    1     30.2     1     4      -     0.2440   1.69   0.29
OH 122    2     35.2     5    11      -     0.7640   1.69   1.11
WI  54    1     66.6     1     3      1     0.3470   1.68   0.58
WI 388    5     50.2     2     3      2     0.4800   1.68   0.40
IN 285    2     23.2     2     5      -     0.3770   1.66   0.56
WI 371    1     63.2     1     3      1     0.3640   1.65   0.53
IN  90   97     56.5    24     5      -     0.4670   1.64   0.99
WI  67   27     48.2    15     3      1     0.3650   1.64   1.44
IN 114    5     29.9     7    10      0     0.7690   1.64   1.08
IL   3    1     55.7     1     5      -     0.4830   1.62   0.29
WI 187    6      4.6     3    15     10     0.5300   1.61   0.53
IL  19    1     24.2     1     4      -     0.3180   1.58   0.42
IL 199    4     45.0     1     9      -     0.9100   1.58   0.30
IN  63   41     42.3     6     3      -     0.1790   1.56   0.51
IN 280   30     36.9    20     4      0     0.3540   1.55   1.88
WI  79    1     47.8     1     3      1     0.4260   1.54   0.55
IN 281   13     29.4     4     4      -     0.3450   1.54   0.44
OH 154    1     35.3     1     5      -     0.4160   1.53   0.42
IL  12    1     39.1     1     3      -     0.1960   1.53   0.26
IL  11   27     15.0     8     5      -     0.5030   1.51   0.77
WI 175    5      8.8     4     8      5     0.3640   1.51   0.65
OH 186    1     41.1     1     3      -     0.2400   1.48   0.37
IN 214    6     90.1     2     2      -     0.0820   1.46   0.37
WI 384    9     83.4     2     2      1     0.2930   1.46   0.27
IN 218    9     91.4     1     2      -     0.0920   1.45   0.13
OH 131    1     27.5     4    11      -     0.7640   1.45   1.11
IN 115    5     55.8     3     5      -     0.6200   1.45   0.61
IL  44    1     44.0     1     3      -     0.2710   1.44   0.29
WI 391    8     43.7     5     3      1     0.5030   1.43   0.64
IN 301   12     86.3     6     2      -     0.1280   1.39   0.69
IN 102   17     42.3     4     5      -     0.6500   1.38   0.41
IL  16    1     25.7     1     3      -     0.3000   1.37   0.37
IN 279    1     51.1     1     3      -     0.3330   1.37   0.32
IL  10    1     22.5     1     3      -     0.2900   1.37   0.39
IN  72    1     30.6     2     3      -     0.3130   1.36   0.58
IN 221    6     74.2     1     2      -     0.1120   1.36   0.13
IL 203    9     70.3     1     2      -     0.1320   1.36   0.13
IN 215    4     45.8     2     2      -     0.0940   1.36   0.38
WI 387    9     59.1     5     2      1     0.3410   1.35   0.67
IN 212    9     48.6     2     2      -     0.1030   1.35   0.27
IN 282    1     43.3     2     3      -     0.3470   1.32   0.63
IN 223   15     69.6     2     2      -     0.1190   1.32   0.21
IL 202    9     43.6     2     2      -     0.1290   1.31   0.27
IL 201    8     50.9     1     2      -     0.1410   1.30   0.11
IN 217   16     52.9     6     2      -     0.1440   1.30   0.62
IL 197    9     65.7     1     2      -     0.2560   1.29   0.13
IN  73    1     21.0     2     3      -     0.3620   1.27   0.53
IL 214    1     18.6     1     3      -     0.3810   1.25   0.42
IN 224    8     64.5     1     2      -     0.1680   1.24   0.11
IN 286    8     33.6     2     3      -     0.3620   1.24   0.25
IL 198    6     46.3     1     2      -     0.2890   1.23   0.13
IL 204    5     46.8     1     2      -     0.1930   1.23   0.16
WV 160    6     87.8    17     1     44     0.0360   1.23   2.35
IN 219   18     51.5     7     2      -     0.2230   1.20   0.71
IL 200    9     45.3     1     2      -     0.2260   1.18   0.13
IN 226   16     59.4     4     2      -     0.2160   1.13   0.42
IN 228   18     44.1    12     4      -     0.7290   1.08   1.22
NC 169    5     42.3     2     1      8     0.0430   1.08   0.36
IN 227   16     53.5    10     2      -     0.3200   0.99   1.04
WI 125    1      8.6     1     8      4     0.6840   0.97   0.55
IN 229   15     47.3     7     4      -     0.8150   0.95   0.74
IN 211   20     13.4    40     4      -     0.5250   0.93   3.98
WI 184    2      5.0     4     8      8     0.5450   0.85   1.20
IL  15    1     11.7     1     6      -     0.5880   0.83   0.42
OH 233    8     21.1    22     7      -     0.9640   0.69   2.70
WI 149    1      7.7     1    10      4     0.5470   0.64   0.55
WI 129   10      5.4     6    11      4     0.6710   0.51   0.75
OH 182    1      7.2    14    10      -     0.4910   0.43   4.42
IL  34    4      7.4     2    12      -     0.6710   0.42   0.49
WI 374    1      5.0     1    16      4     0.5430   0.39   0.58
WI 142   20      2.3    16    15      8     0.5140   0.34   1.59
WI 132    1      6.1     1     8      2     0.3720   0.32   0.58
IN 216    1     10.6     2     3      -     0.4270   0.20   0.58
IN  55   12      7.3     3    10      -     0.6950   0.18   0.34
OH 237    1     20.5     1     3      -     0.7970   0.17   0.71
WV 161    6     90.9     1     0     17     0.0360   0.14   0.21
VA 171   29     84.2     7     0     29     0.0370   0.13   0.66
IL 205    9      3.2     4    10      5     1.1560   0.05   0.54
WI 136    1      4.8     2     3      6     0.3840   0.00   1.03
IN  64    4      9.1     4     4      -     0.5330   0.00   0.70
IL  26    1      6.5     1    10      -     0.7720   0.00   0.47
IN  80   13      5.9    14     9      -     0.5860   0.00   1.55
IN 118    1      6.0     1    14      -     0.8260   0.00   0.37
OH 196    1      4.7     1     3      -     0.2440   0.00   0.37
IN 246    1      5.6     2     4      -     0.5240   0.00   0.58
WI 217    1      3.1     1     4      3     0.1330   0.00   0.50
IL  46    2      7.1     2     8      -     0.7560   0.00   0.51
WV 166    7     17.4     5     0     10     0.0790   0.00   0.89
OH 234   16     80.9     4     0      -     0.2390   0.00   0.42
IN 213    1      6.5     2     4      -     0.5000   0.00   0.68
IL  23    1      7.5     1     8      -     0.7240   0.00   0.53
IL  14    1      3.0     1    14      -     1.1150   0.00   0.53
IL 208    4      1.8     2    11      -     1.0390   0.00   0.49
NC 170   13     31.8     3     0     18     0.0930   0.00   0.33
NC 167   10     54.4     8     0     48     0.2100   0.00   1.01
NC 171   11     30.7     3     0     27     0.1090   0.00   0.36
IN 291    6      4.2     6     8      -     0.3720   0.00   0.90
NC 166   14     57.1     3     0     16     0.2050   0.00   0.32
NC 168    4     36.8     1     0     16     0.0890   0.00   0.29
OH 180    1      8.1     1     3      -     0.4850   0.00   1.39
VA 174    5     18.0     1     0     37     0.0360   0.00   0.23
VA 172    4     52.6     1     0      7     0.0140   0.00   0.22
VA 173   10     40.2     2     0     20     0.2000   0.00   0.25
OH 194    1      4.0     1     3      -     0.2670   0.00   0.26
OH 232    6      4.9     3    11      -     1.0740   0.00   0.50
WV 165    8     26.4     1     0      6     0.0340   0.00   0.17
WV 162   13     47.9    10     0     16     0.0410   0.00   1.11
WV 163   10     38.0     2     0     10     0.0390   0.00   0.25
WV 164   17     23.4     5     0      5     0.0450   0.00   0.51

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 

VA 103   40     20.8    74   164     66     0.2100   8.18   6.38
WV  48  170     21.1    99   101     19     0.1670   6.75   2.33
VA  52    3     98.5    14   167      5     0.0180   6.73   2.84
NC 104    1     41.0     3   152      8     0.1180   6.69   1.63
VA  96   14     26.3    31    46     72     0.2010   6.43   3.35
VA  89   30     52.0    72    71     10     0.1720   6.05   6.77
WV  47    1     53.4     4    34     10     0.0210   5.41   2.53
VA 110   44     17.0    42    72      4     0.2000   5.28   3.45
VA  70    1     66.9     3    34      5     0.0710   4.91   2.05
VA 126    5     48.2     7    36      4     0.0460   4.88   1.34
WV  42    1     80.8     4    23      5     0.0210   4.69   1.71
WI 121  174     16.4   150    28     11     0.2630   4.55   3.45
VA  80   25     55.5    72    12     16     0.1410   4.45   6.96
NC 149   10     93.4    31     9      9     0.0310   4.17   3.90
VA  77    2     49.2     8    17      5     0.1360   3.99   2.60
NC 139    4     56.5    15     8      8     0.0230   3.95   3.23
NC  68    1     82.4     3     8      9     0.0330   3.94   2.05
WI  76  404     35.2   212    14     15     0.5590   3.93   2.10
WI  61    7     59.3    16    25      3     0.4380   3.88   2.05
WI  65   38     56.9    17    21      4     0.4640   3.67   1.50
NC 121    1     41.9     7     6      9     0.0310   3.38   3.61
WI 105  108     17.9    53    13      7     0.4310   3.38   1.96
WI 106   15     19.2    15    15      5     0.6430   3.36   1.59
WI 113  151     10.3   203    19     14     0.5040   3.36   5.38
WI 134   44     13.9    33    18      8     0.5560   3.27   2.71
WI  98  230     29.9    88    11      4     0.3560   3.10   1.53
WI  53   38     66.7    24    10      3     0.3750   3.09   2.11
WI 238   49     10.6    53    21      6     0.6580   2.93   4.08
WI  93  131     28.5    66    10      4     0.5910   2.87   2.02
WI  81   50     59.8    65     5      5     0.0860   2.83   4.93

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 

OH 160   58     56.8     5    19      -     0.0990   3.86   0.34
VA  83    3     44.9     3    12      5     0.1560   3.59   1.00
WV  50    1      1.7     1    66     36     0.6170   3.57   0.29
WV  46   40     12.8     7    14      8     0.3650   3.52   0.60
OH 155   20     83.4     3    10      -     0.1670   3.43   0.30
WI 210   34     18.4    13    10      5     0.5390   3.28   1.19
NC 152    1     53.0     1     5      5     0.0300   3.20   0.47
WI  60    1     58.9     2     8      4     0.3470   3.08   0.87
OH 143   99     67.2    13    10      -     0.4040   3.03   0.53
WI 116    1     19.0     1    11      3     0.4100   2.95   0.63
WI 122    4     33.9     2     8      3     0.1420   2.95   0.46
WI  94    8     47.5     4     9      3     0.4260   2.94   0.54
WI  40    4     96.2     3     6      2     0.0730   2.91   0.59
NC 127    1     57.2     1     6      2     0.0290   2.90   0.45
WI 158    1     31.4     1     5      2     0.0390   2.78   0.58
VA  74    1     31.0     1     7      3     0.1110   2.76   0.45
IL 222    6     22.0     3     6      5     0.5610   2.75   0.46
WI 111   17     22.0    13     9      8     0.5730   2.72   1.33
OH 256    1     57.3     1    11      -     0.5990   2.71   0.34
WI 177    1     27.4     1     5      4     0.3480   2.71   0.55
OH 164    1     45.1     1     6      -     0.0870   2.71   0.29
IN 120   11     58.9     7    14      -     0.6210   2.68   0.84
OH 254    1     55.8     1    10      -     0.5930   2.64   0.42
WI 123   33     44.1    16     5      3     0.2670   2.63   1.47
IL  22   26     17.2    16    14      -     0.4080   2.60   1.54
WI 120    8     22.5     5     9      3     0.2700   2.59   0.68
WI  47    1     77.8     1     7      1     0.2660   2.59   0.50
VA  73    1     45.7     3     4      5     0.1170   2.56   2.58
WV  45    5     37.9     3     4      3     0.0670   2.56   0.48
NC 156    1     36.2     1     5      1     0.1300   2.54   0.50
WI 135    6     11.9     4    18      6     0.5290   2.47   0.63
WI 243    1     22.6     1     4      2     0.0210   2.45   0.55
VA  78    1     19.0     1     7      3     0.1240   2.43   0.37
WI 147    1     24.3     1     4      4     0.1890   2.43   0.39
NC 141    1     49.9     1     3      6     0.0290   2.43   0.45
OH 193    2     21.2     2     6      -     0.1490   2.38   0.51
WI 140    1     39.6     1     3      2     0.0270   2.38   0.53
WV  56    1     13.6     1    13      0     0.0890   2.36   0.45
VA  75    1     64.0     1     4      2     0.0990   2.36   0.39
OH 125    1     64.3     1     7      -     0.6060   2.33   0.42
VA  54    1     54.4     1     3      4     0.0290   2.33   0.76
OH 235    1     63.3     1     7      -     0.6110   2.32   0.39
WI 114    1     36.6     1     5      3     0.1620   2.31   0.50
WI 100    6     38.1     3     5      3     0.2410   2.31   0.44
WI  50    1     91.7     1     3      2     0.0480   2.31   0.55
WV  53    1      7.5     1    13     11     0.4880   2.30   0.32

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