Report on STS actions in 2011 vs. Decision Algorithm in 2010

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        151            7            0            0
 Delimited        190          135            6            1
  Treated          25           26           55            5

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 

OH  53    6      9.1    10    37     24     0.2520   4.71   1.53     
WV  15    1     76.4     4     5      4     0.0040   3.07   1.53     
VA 107    1     24.5     5     5      6     0.1040   3.03   1.61     
OH  61    1     38.9     5     6      3     0.0530   2.91   1.74     
MN  41   16     50.3    18     4      6     0.2680   2.90   1.87     
WV  38    1     59.9     4     5      3     0.0130   2.84   1.37

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 

VA   1  148     16.6    21   102     49     0.0850   7.85   0.57
VA  33   47     14.8    12    16      8     0.1280   4.40   0.95
IL  49   38      1.6     6   246     38     1.4240   4.12   0.53
VA  77    1     37.4     1     6      4     0.0510   3.24   0.37
VA  76    1     14.6     1     6      4     0.1810   2.92   0.32     
VA  74    4     15.2     2     4      3     0.1270   2.60   0.33     
VA  93    1      8.0     1    12      9     0.2050   2.56   0.32

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 

WI 125    2     19.4     2     9      2     0.3900   2.19   0.58
WI 133   19     11.5    10    20      4     0.6130   2.17   1.00     
WI 114    1     50.1     1     4      2     0.2030   2.12   0.55
WI 123    3     11.6     3    10      9     0.6530   2.12   0.71
OH  52    1     49.5     2     3      2     0.0570   2.10   0.89     
OH 148    1     48.4     1     3      2     0.0620   2.09   0.71     
VA 100    1      8.3     5    12      4     0.0970   2.09   1.79     
OH  69    1     14.7     3     3      6     0.1180   2.06   1.89     
VA  47    2      5.2     5    18      6     0.2100   2.02   1.34     
WI 198   67      9.3    37    13      7     0.7010   2.00   2.20
WI 155  112      8.4    53    16     11     0.4970   2.00   1.89
VA  38   13      1.1    44    20     27     0.2820   1.90   4.89     
WI 127   64      1.4    69    40     29     0.8840   1.89   4.27
WI  22    1     74.0     1     3      1     0.2020   1.80   0.55
IL  17   26      2.1    22    34     11     0.5540   1.72   2.12     
WI 187   81      1.7    40    50     13     0.4860   1.48   1.97     
IA  13    4     80.0     2     3      0     0.3270   1.44   0.40     
WI 140    1     29.6     1     5      0     0.1520   1.17   0.50
OH 150    1     31.9     4     1      8     0.2210   1.13   2.55     
IN  63    8      3.0     8    35      2     0.6450   1.12   1.01
WI 142    1      4.4     3     7     32     0.4420   0.70   1.34
MN  72  255      0.9    92    10     29     0.2330   0.44   1.44
WI 504    1      2.4     1    15      2     1.3930   0.00   0.55     
WI 285    1      4.2     0    -1     10     0.9560   0.00   0.24
WI 301    1     19.6     0    -1      0     1.0780   0.00   0.32     
WI 235    1      0.7     1    10      1     1.3090   0.00   0.53
WI 302    1      2.1     0    -1      6     1.5050   0.00   0.42     
WI 241    8      7.6     4    12      1     1.3400   0.00   0.59     
WI 299    1      1.1     1     8      5     1.2860   0.00   0.82     
WI 184    1      1.2     1    12     10     0.6190   0.00   0.53

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 108    6     16.4     3   500      4     0.1360   7.27   0.43
OH 190    2     27.1     3    36    221     0.0870   6.81   1.05     
OH  30    1     21.2     1    38      4     0.1700   5.08   0.66
OH 104  113     40.5    32    31      4     0.0910   4.68   1.13
IL  16   22     92.3    12    10      8     0.0520   4.17   1.18
WI  47    5     41.4     6    14      6     0.1570   3.97   1.02
WI  73    1     21.7     1     9     40     0.1560   3.93   0.71
VA  98    1     15.0     2    13      5     0.0760   3.89   0.92
VA  99    1      7.1     1    92      4     0.1050   3.83   0.82
OH  39    1     70.9     1    11      4     0.0810   3.75   0.58     
WI  69    3     40.0     2    12      7     0.1950   3.69   0.65     
IN 137    1      9.0     1    11     11     0.1700   3.22   0.92     
WI  59   22     34.5    12     9      4     0.2310   3.10   1.18     
WI 146    1     14.4     1    11      8     0.4070   2.98   0.82
NC   3    1     34.9     4     4      4     0.0450   2.79   1.32     
IL  14   10      1.7     6    78     18     0.5840   2.78   0.75
VA  82    1     18.2     4     4      5     0.0360   2.72   1.53
WI 101    1     49.4     1    11      1     0.1040   2.72   0.50     
WI 202   11     34.6     8    16      2     0.7040   2.66   0.96
IA  41  213     83.4    68     8      2     0.4310   2.66   1.28     
IN 180  138      8.0    97    18     13     0.7690   2.61   2.81     
VA 110    1      7.0     2    18     10     0.2220   2.60   0.79
OH  59    4     20.9     8     4      4     0.1750   2.51   1.73     
IA  21   23     54.9    23     5      2     0.1830   2.50   2.25
IA  44   31     74.1    11    11      0     0.5070   2.36   1.03     
OH  95    1     45.5     2     3      5     0.0440   2.32   0.89

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 

IA  48    1     69.7     1    11      0     0.5150   2.28   0.45     
IL  77    6     45.1     3     4      3     0.2560   2.28   0.55
NC   4    1     39.2     1     4      1     0.0350   2.28   0.45     
IL  56    3     11.7     2     7     14     0.3290   2.27   0.58     
WI  97   22     23.4     9     5      2     0.2250   2.27   0.88     
MN  34    1     47.9     1     3      2     0.2250   2.27   0.87
OH  60    1     16.6     1     5      1     0.1370   2.27   1.13     
IN 127    1     21.7     1     9      2     0.7420   2.27   0.50     
IL  10    1     42.4     1     5      1     0.1630   2.27   0.42     
MN  60    1     44.4     1     5      1     0.1670   2.26   0.42
VA 136    1     27.7     1     3      8     0.0410   2.26   0.42     
WI  35    1     85.5     1     4      1     0.1100   2.26   0.55
MN  57    1     23.6     1     3     26     0.1350   2.25   0.45
OH 154    1     59.4     1     3      2     0.0440   2.23   0.45     
VA  87    1     16.8     1     4      2     0.1290   2.22   0.39
IL  82    1     70.1     2    11      0     0.5600   2.21   0.74
WI  87    9     41.0     8     4      4     0.4280   2.21   1.07     
WI  53    1     30.6     1     5      2     0.3220   2.20   0.55     
IN 128    8     52.0     3     5      1     0.2750   2.20   0.41     
WI  24  118     45.4    37     6      1     0.3590   2.20   1.25
IA  28    1     55.7     3     4      1     0.1270   2.19   1.05     
IL  72    1     58.0     1     3      2     0.0560   2.18   0.42     
OH  54    3     45.2     2     4      1     0.1030   2.17   0.42
IL  54   62     60.9    14     8      1     0.5520   2.17   0.89     
IA  43    1     74.7     1     8      0     0.4320   2.16   0.37     
OH 111    1     32.4     1     3      2     0.0750   2.16   0.47
WI  98    1     39.7     1     4      8     0.1610   2.16   0.47
IL  27    7     60.9     7     5      0     0.1020   2.14   1.06     
IN 122    1     53.9     1     5      1     0.3180   2.13   0.50     
IN  78   65     28.9    18     6      2     0.5220   2.13   1.10
IL   6    8     64.9    11     3      4     0.2480   2.13   1.40     
WI  48    1     56.7     1     5      1     0.2820   2.13   0.50     
MN  12   43     84.1    12     6      0     0.2780   2.11   1.00     
WI  62    1     26.7     1     5      2     0.4010   2.11   0.53     
IN 126   64     32.7    16     6      2     0.5680   2.11   0.99     
MN 111    1     12.2     1     4      3     0.1300   2.10   0.89     
VA 133    1     20.2     1     3      2     0.0280   2.10   0.45     
MN  97    1     45.0     2     3      1     0.2140   2.08   0.92     
IL  20    1     16.1     2     4      3     0.2780   2.07   0.97     
IL  39    1     39.2     1     3      3     0.2700   2.07   0.63     
IL  57   12     31.2     4     6      0     0.0930   2.07   0.46     
VA 105    1     11.4     1     5      6     0.1120   2.07   0.63     
OH 117    1     35.1     1     4      1     0.1620   2.06   0.45
IN 123    1     48.3     1     4      2     0.3730   2.06   0.42     
VA 124    1      7.6     4    11      6     0.2310   2.05   1.32     
OH  98    1     45.7     1     3      1     0.0650   2.05   0.50
WI 108    1     25.3     1     7      2     0.3630   2.04   0.58     
VA  85    1      9.6     1     7      5     0.1090   2.04   0.74
IL  68    1     42.1     2     3     12     0.2400   2.03   0.89
IL  64    1     14.0     1     4      1     0.1760   2.02   0.45
IN  92   66     72.3    19     3      2     0.2460   2.01   1.14     
WI  33   15     69.8    15     3      2     0.2190   2.00   1.59     
WI  83   29     30.0    13     5      1     0.2500   1.99   1.23     
IA  57    1     82.1     1     6      0     0.3730   1.99   0.47     
MN  17   41     72.8    62     4      1     0.2900   1.97   5.28
WI 213   70     23.9    26    16      1     0.9680   1.97   1.48     
IN 182    1     24.4     1     6      2     0.6920   1.97   0.45     
OH 125    1     59.7     1     3      1     0.1390   1.96   0.47
OH 191    1     19.1     1     5      0     0.1940   1.96   0.47     
IN 169    1     96.8     1     4      0     0.1490   1.96   0.32     
WI   7    1     96.9     1     3      1     0.1430   1.96   0.53     
OH 116    1     29.9     1     3      2     0.2100   1.94   0.45
VA  86    1     13.7     1     7      0     0.1330   1.94   0.79
IA   3    4     92.5     3     5      0     0.2970   1.94   0.57     
OH 122    1     96.1     1     3      0     0.0340   1.93   0.42     
IA  38   12     67.1     3     5      0     0.2660   1.93   0.34     
IN  81    1     12.6     3     7      6     0.7950   1.92   1.24
WI  84    1     30.7     1     4      1     0.2170   1.90   0.50
WI  77    5      8.5     3    16      6     0.6830   1.90   0.58     
IA  18    1     66.8     1     4      0     0.1600   1.89   0.39     
WI 182   25     45.1    11     7      1     0.5610   1.89   1.06
WI 156    1     30.8     1     8      1     0.1930   1.88   0.55
IL  26    1     55.8     1     3      1     0.0920   1.88   0.50     
IL  37    1     17.7     1    10      0     0.5240   1.88   0.45     
IL  31    1     53.5     1     3      1     0.1310   1.88   0.45     
IN 134    6     32.2     2     3      2     0.2710   1.88   0.33     
IA   7    1     90.7     2     5      0     0.3400   1.88   0.68     
NC   8    1     80.4     1     3      0     0.0110   1.87   0.42
OH  21    1     98.6     1     3      0     0.0300   1.87   0.45     
IA  61    1     70.7     1     6      0     0.4460   1.87   0.53     
MN  22    1     73.5     1     3      1     0.2030   1.86   0.37
WI 192    1     28.5     1     6      1     0.5490   1.85   0.50
IL  75   24     43.1     8     5      1     0.3690   1.85   0.78
IL  73   20     46.5     9     8      0     0.4590   1.85   0.90
WI 154    1     18.7     1     4      1     0.2880   1.84   0.55     
MN  96    1     76.2     1     4      0     0.2090   1.84   0.50     
VA 125    1     17.2     1     3      1     0.1460   1.83   0.42     
IN  75    1     66.4     1     4      0     0.2130   1.83   0.47
OH 121    1     55.9     1     3      1     0.1530   1.83   0.47
MN  21   10     90.5    12     3      1     0.2560   1.80   1.51     
IN  69    2     31.6     5     3      4     0.5180   1.80   1.24
IA  60    1     83.0     1     4      1     0.4530   1.79   0.37     
WI 176    3     32.5     2     6      0     0.4240   1.79   0.56     
OH  67    1      5.4     1    12      8     0.3190   1.77   0.47     
IA  55    1     63.2     1     4      0     0.2390   1.77   0.42     
MN  51   21     48.7     7     3      0     0.0390   1.77   0.69
NC  10    1     32.8     1     3      0     0.0220   1.76   0.45
VA 122    1      9.9     1     9      2     0.1460   1.76   0.50     
WI  11    1     76.0     1     3      1     0.2430   1.76   0.47     
IN  76    9     38.0     3     6      0     0.5360   1.75   0.40
WI  72    6     48.9     3     5      0     0.3780   1.74   0.51     
MN 108    1     17.2     1     3      0     0.0460   1.74   0.45     
MN  19    1     76.7     1     4      0     0.2790   1.74   0.45
MN  20    5     76.7     3     4      0     0.2860   1.73   0.51
IA  23    1     66.7     1     3      0     0.1170   1.73   0.47     
MN  24    1     69.4     1     4      0     0.2890   1.72   0.53     
WI 119    1     24.2     1     8      0     0.3250   1.71   0.53
VA 113    1      7.6     1    10      4     0.2880   1.71   0.37     
OH 128    1     14.5     1     4      0     0.1340   1.70   0.66
IN  58   38      2.0   122    11     21     0.1940   1.70  10.74     
IL  55    1     27.5     1     3      1     0.1970   1.70   0.39     
IA  15    1     96.1     2     3      0     0.1610   1.69   0.71
MN  27    1     65.1     1     3      1     0.3070   1.69   0.47
IA  30    1     42.0     1     4      0     0.2140   1.69   0.50     
IA  11    8     81.3     3     4      0     0.3250   1.69   0.41     
IA   6    1     92.0     1     4      0     0.3410   1.69   0.45
IA  52    1     97.8     1     3      0     0.1650   1.69   0.45     
IA  17    8     89.4     3     3      0     0.1530   1.69   0.38     
IA  24   16     46.6     6     3      1     0.2560   1.69   0.62     
IA  20    1     75.9     1     3      0     0.1470   1.68   0.45
IN 131    1     37.8     1     4      0     0.2780   1.68   0.39     
IL  58    1     14.6     1     4      2     0.3230   1.68   0.45
IA  22   16     91.0     5     3      0     0.1660   1.67   0.52     
IA  26    1     83.8     1     3      0     0.1620   1.66   0.42     
WI   5    1     92.9     1     3      0     0.1870   1.65   0.45     
IA  62    1     94.2     1     4      0     0.3800   1.65   0.42     
WI  74    1     53.7     1     4      0     0.3370   1.64   0.53     
IA  53    1     92.6     1     3      0     0.2030   1.63   0.42     
WI 100    1     33.8     1     4      0     0.2600   1.61   0.53     
MN  18    1     88.4     1     3      0     0.2320   1.58   0.37
IA  34    1     79.4     1     3      0     0.2160   1.58   0.42     
WI 183    1     29.7     1     3      2     0.4590   1.57   0.61
WV  44    1     17.6     1     3      0     0.1570   1.57   0.71     
IA  54    1     97.9     1     3      -     0.2590   1.57   0.37     
IA  75    1     96.4     1     3      0     0.2600   1.56   0.53     
WI   6    1     81.9     2     3      0     0.2540   1.54   0.71     
OH 115    2     11.6     2     6      2     0.3260   1.54   0.51
MN  10    1     93.0     1     3      0     0.2710   1.54   0.45     
IN 188    1     13.6     2     3      4     0.4510   1.52   1.13     
IA  45    6     93.2     2     3      0     0.3030   1.51   0.31     
IN 171    2      0.4     2    25     10     0.5780   1.51   0.92     
WI 137    1     14.2     1     7      1     0.6370   1.51   0.45     
WI 106    1     15.7     1     3      0     0.2160   1.50   0.79
IL  67    1     51.1     1     3      0     0.2430   1.48   0.45
IL   8    1     43.4     1     3      0     0.2090   1.47   0.39     
MN  23    1     74.0     1     3      0     0.3000   1.47   0.55     
IA  51    1     70.1     1     3      0     0.2960   1.46   0.47     
MN  25    1     66.4     1     3      0     0.3040   1.45   0.42
IA  58    1     97.1     1     3      0     0.3610   1.44   0.47     
OH 195    1      5.0     1    12      9     0.4690   1.44   0.42     
IN 164    1      5.7     1    10      6     0.5360   1.42   0.92     
VA  84    6      9.2     3     4      4     0.1030   1.42   0.64
WI 242    9     17.1     6    10      0     0.8390   1.41   0.80
WI 231    1     36.1     1     7      0     0.6480   1.40   0.50
WI 224    1     28.8     1    10      0     0.8690   1.40   0.55
WI  90    1     36.8     1     3      0     0.2590   1.39   0.50
VA 135    1     10.0     1     7      1     0.2980   1.39   0.50     
WI 138    1     12.2     1     9      1     0.6140   1.36   0.55
IL  59    4      9.0     2    12      2     0.4330   1.35   0.36     
IL  29    1     33.6     1     3      0     0.1380   1.34   0.39
WI  96    6     32.2     4     3      0     0.2640   1.33   0.59
WI 135    1     26.0     1     5      0     0.1730   1.28   0.50     
IN 157    2      6.5     2     7      9     0.5290   1.24   0.90     
WI 153    1     24.7     1     5      0     0.1760   1.19   0.53
VA 102    1     10.6     4     3      5     0.1090   1.18   1.45     
IN 139    1      2.3     2     8     16     0.2280   1.10   1.50     
WI 234    1     16.6     1    11      0     1.1110   1.10   0.45
IN 133    1     11.8     1     4      4     0.7500   1.03   0.71     
MN  86   26      6.6     7     4      9     0.1330   1.03   0.67     
VA 131    1      8.9     1     6      1     0.1310   0.98   0.71     
WI 120    1      6.9     1     5     12     0.3560   0.96   0.63
WI 240    1     13.3     1    11      1     1.1340   0.95   0.47     
OH  57    1      5.7     1     7      9     0.4800   0.88   0.47     
IL  70    1     10.2     1     7      0     0.3690   0.81   0.47     
WI 130   25      7.5    10     9      3     0.7270   0.68   0.97     
WI 141    1     10.9     1     6      1     0.6290   0.65   0.47
IN  83    4      6.9     4     5      9     0.7190   0.36   0.84
WI  89    4      3.4     3    10      7     0.7770   0.19   0.59     
IN 152    1      6.6     1     8      2     0.8360   0.14   0.53     
IN 120    1      0.7     2    18      3     0.5640   0.12   1.11     
WI 173    1      2.1     1     7      9     0.5610   0.09   0.79     
OH  96    1      2.8     1    13      2     0.2370   0.08   0.42     
WI 164    1      1.1     1     7      3     0.5420   0.00   0.55
IL  22    1      1.3     1    13      1     0.5300   0.00   0.42     
IN  80    1      5.6     1     8      2     0.9130   0.00   0.39
MN  85    1      1.4     3     3     23     0.1230   0.00   1.11     
VA 500    1     30.2     0    -1      5     0.0980   0.00   0.21     
WI 245    2      1.5     2    11      3     0.9360   0.00   0.58
IN 150    7      2.4     8     8      4     0.9560   0.00   1.04     
IN 138    1      1.1     3     4     16     0.2290   0.00   2.08     
WI 166    1      4.7     1     3      9     0.5010   0.00   0.66

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 

OH 501   58     17.1    46   146     36     0.4630   7.56   3.11     
OH 502    8     26.9    28   164     12     0.2620   6.67   3.30     
VA  61   13     29.0    23   116      7     0.0470   6.34   2.55     
IL  48   20     15.9    31   129     14     0.6780   6.26   3.09     
WI 281  479     45.1   578    95      8     0.2540   6.11   4.83
MN  94  595     43.7   599    95      8     0.2730   6.09   4.03     
OH  40    5     51.1    14    38     17     0.1030   5.89   2.21     
VA  52   34     12.4    23   115     10     0.2790   5.86   2.10     
IL   9   52     26.4    52    24     74     0.3020   5.31   3.83     
IL  79    1     15.1     4    67      7     0.3880   5.22   1.50
OH  24    1     50.3     4    31      8     0.0410   5.18   1.76     
IL  44    4     25.0     7    28     11     0.4230   4.82   1.55     
OH  51   65     57.0    47    19      7     0.1280   4.62   2.87     
OH 110    2     43.1     8    12     21     0.0660   4.42   1.96     
OH 108   34     13.5    20    24     12     0.1310   4.41   1.83
NC   6   11     33.8    13    17      6     0.0690   4.38   1.55     
WI  21   53     91.1    36    11     10     0.1130   4.34   2.62
OH 105    4     25.2    14    26      3     0.1230   4.32   2.61
IL  40    3     18.9    10    15     17     0.5540   4.11   2.10     
MN  43   33     41.0    46     8     16     0.2780   4.06   4.24     
WI  68   32     19.5    32    18      9     0.5310   4.01   2.97     
IL  43   11     30.7    19    13      8     0.3380   3.97   2.27     
NC   7   16     34.3    21    13      4     0.0810   3.85   2.18
IL  41    8     30.7    23    14      6     0.3570   3.81   2.73     
IN 142   92      1.3    64    90     18     0.3780   3.77   2.78     
WI  39   10     78.0    17    16      2     0.1260   3.75   2.14
WI  56    8     53.4    12    10      7     0.0900   3.74   1.48     
IL  78   10     37.0    12    13      6     0.2840   3.72   1.51
WI  76   27     58.3    35     9      7     0.1110   3.65   3.35
OH  41   15     43.7    12    12      4     0.1640   3.60   1.27
OH 142    2     86.7     6     6     37     0.0370   3.54   2.20     
MN  49    7     34.8     9     6     12     0.2230   3.48   1.23
VA  41   11     43.5    11     9      3     0.0090   3.43   1.32     
WI 128   52     22.6    19    14      7     0.2810   3.42   1.40
MN  42   15     44.1    31     5     10     0.2510   3.30   3.28
VA  29    1     10.0     5    14     11     0.3070   3.26   1.61     
WI 122   32     47.0    16     7      7     0.1560   3.25   1.48     
IL  84    4      7.2     8    48     24     1.2050   3.24   1.43
IN  79   82     52.5    45     9      3     0.2170   3.21   2.19
OH 157    1     40.6     5     7      4     0.1330   3.17   1.68     
VA  30    2     12.8     5     8     14     0.2570   3.16   1.32     
IN 148    1     26.7     3     6      4     0.1410   3.11   1.47     
WI  49    7     24.3    10    10      5     0.5050   3.11   1.34
IA   9  239     72.1    95     9      3     0.3210   3.06   1.59
OH  25   81     29.5    50     9      3     0.2810   3.05   2.47
WI  42    1     69.7     3     7      3     0.0760   2.96   1.39     
MN  83  145     11.3    65     6     29     0.1900   2.93   1.79     
OH  58   10     23.1    28     8      3     0.2810   2.91   3.52     
WI  55    1     29.5     2     5      8     0.1550   2.91   1.32
IN  88   48     64.1    24     5      7     0.2470   2.90   1.87     
WI  15    1     85.5     3     6      3     0.1690   2.90   1.29     
VA 109    3      1.4     8    69     15     0.2070   2.89   1.59     
OH 150    1     32.1     4     4      8     0.1520   2.82   2.37     
WI  63  652     32.4   221     8      5     0.5240   2.82   1.36
NC   9    3     29.2     8     4     15     0.0180   2.81   1.76

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 

VA  96   27     23.6    10   999   1096     0.1460  13.27   0.96     
VA 106    1     16.8     1    21      6     0.1110   4.48   0.71     
MN  55    1     33.9     1     9     12     0.2800   4.24   0.45
WV  26    1     14.5     2    11     12     0.0800   4.19   0.71     
OH  68   49     25.6    15    11      8     0.1300   4.17   1.15     
MN  47    1     94.9     1     5     17     0.1450   3.99   0.42
IN 141    1     14.4     1    10      7     0.2090   3.99   0.74     
IN 146    1     15.9     1     8      9     0.2190   3.94   0.45     
MN  67    1     62.1     1     5     20     0.2090   3.93   0.50     
OH 170    4     14.7     2     9     11     0.2130   3.83   0.36     
MN  77    1     19.4     1     5     26     0.2640   3.65   0.39
MN  91    4     22.9     7     6      6     0.0320   3.40   1.19     
MN  46   24     68.6     8     4      9     0.1700   3.37   0.78     
OH  66    1      7.7     1    16     39     0.1490   3.36   0.47
VA  32    1     17.9     1    14      1     0.1490   3.25   0.37     
MN  80    1     24.8     1     3     23     0.2290   3.21   0.42
OH  27    1     37.5     1     6      5     0.0820   3.21   0.42     
MN  50    1     36.4     1     5     14     0.2450   3.21   0.97     
OH  28    1     17.5     1    11      1     0.4140   3.17   0.45     
MN  68    1     16.2     1     5     22     0.2470   3.17   0.34
WI  95    1     60.0     1     7      4     0.1320   3.17   0.89     
MN  79    1     23.8     1     3     23     0.2380   3.15   0.39
OH 123    1     89.2     1     7      2     0.0370   3.13   0.47     
MN 102    1     12.7     1     6     14     0.2480   3.13   0.34     
OH 151    1     30.1     1     5      6     0.1550   3.12   0.53     
IL  71    1     54.0     1     5      7     0.0600   3.08   0.76
VA 104    1     20.4     1     6      4     0.0950   3.08   0.63
MN  76    1     22.9     1     3     26     0.2470   3.08   0.45
MN  66    5     55.9     2     3     21     0.2180   3.07   0.31     
MN 110   27     51.3     5     3     21     0.2200   3.07   0.48     
WI  41    1     59.9     1    10      1     0.0750   3.03   0.53
MN  64    1     24.4     2     4     37     0.2310   3.02   1.03
OH  38    1     22.2     1     4      7     0.1140   3.02   0.47     
VA  27    1     20.7     2     6      4     0.1560   2.99   1.00     
IN 144    1     11.2     1     8      6     0.2470   2.99   0.87     
OH 101    1     16.2     1     5      3     0.0720   2.96   0.42     
MN  61    1     44.9     1     3     14     0.2080   2.95   0.34     
WI  38    3     78.1     1     7      2     0.1120   2.93   0.36
IL  28   12     45.8     9    14      0     0.1170   2.93   1.03     
VA  80   23     45.1     6     8      1     0.0240   2.92   0.59     
IN 160    1     71.0     1    10      1     0.2410   2.92   0.50     
WI  71    1     65.1     1     6      3     0.1490   2.92   0.55
OH 173    1     15.6     1     7      1     0.1410   2.91   0.47     
VA 114    1     33.1     1     6      2     0.0320   2.88   0.50     
WI  44    1     29.1     2     6     18     0.4450   2.86   1.16     
WI  40    5     26.2     4     7      4     0.4550   2.86   0.68
MN  65    1     27.3     1     3     33     0.2370   2.86   0.50
WI  78    1     26.4     1     6      7     0.2900   2.85   0.79     
WI  45   11     23.0     9     6      6     0.5160   2.85   1.08
MN  84    1     20.7     1     3     19     0.2080   2.85   0.74     
OH  93    1     91.7     1     7      1     0.0750   2.84   0.50     
IL  21    1     85.1     1     4      4     0.0460   2.83   0.55
MN  59   61     23.7    17     5     17     0.1890   2.83   1.10     
WI  66    3     67.5     3     5      3     0.1230   2.80   1.00
WI  29   17     79.5     9     6      2     0.0820   2.79   0.92
MN  81   11     12.2     4     5     34     0.1880   2.79   0.48
VA 101    1     25.5     1     5      3     0.0730   2.77   0.61     
MN  40    1     40.3     4     4      3     0.2010   2.77   1.66
IN  73   51     30.4    17    12      2     0.6220   2.76   1.27
VA  63    1     10.2     1    18      4     0.2400   2.75   0.61     
MN  70    1     23.2     1     3     35     0.2620   2.73   0.39
VA 115    1     32.0     1     5      2     0.0340   2.71   0.47     
VA 121    5      5.9     5    25     11     0.3460   2.71   0.90     
MN  37    1     51.7     1     4      3     0.2740   2.69   0.92
MN  31    6     55.3     2     4      3     0.2590   2.67   0.35
WI  52    2     29.3     4     5      9     0.3590   2.63   1.15
WI 117    1     46.2     1     5      7     0.1170   2.60   0.61
MN  30    6     63.4     8     4      3     0.2500   2.60   1.26
IL  33    1     24.4     1    10      2     0.2980   2.60   0.47     
WI  57    1     71.5     1     6      1     0.1260   2.59   0.53
OH  94    1     45.7     1     6      1     0.0570   2.59   0.42     
IN  86    4     41.1     7     5      3     0.2220   2.59   1.32
WI  80    1     62.2     1     5      2     0.1540   2.57   0.53     
IL  18    1     16.8     1     8      2     0.2910   2.57   0.45     
MN  52    1     41.5     1     3      8     0.2790   2.56   0.42
OH 129    1     25.6     2     4      3     0.1270   2.55   1.00
MN  54    1     39.0     1     3      8     0.2780   2.55   0.37
MN  95    1     39.4     1     3      9     0.2630   2.54   0.68     
VA 120    1     11.0     1    12      4     0.2670   2.54   0.47     
MN  45    1     43.1     1     3     10     0.2890   2.54   0.92
IN 140    1      7.6     1     9     16     0.2120   2.53   0.92     
MN  87    6     23.9     6     3      9     0.1500   2.52   1.00     
MN  39    8     54.0     7     3      6     0.2540   2.51   0.94
WI  54   24     13.5    11     8      5     0.5830   2.49   1.07     
MN  28    1     80.3     1     3      4     0.1700   2.49   0.37     
IL  32   19     40.3    19     4      4     0.1900   2.48   1.91
IN 121    1     19.7     1     9      1     0.3670   2.48   1.00     
WI 163    6     24.2     6     5      3     0.2960   2.48   1.13
WI  79    1     55.3     3     5      3     0.0970   2.48   1.11     
MN  89    1     27.9     1     4      2     0.1090   2.47   0.42     
WI 118   22     17.4    17     7      2     0.2970   2.46   1.67
MN  75    1     14.1     1     3     22     0.2670   2.46   0.45
MN  36    1     57.0     1     3      4     0.2500   2.46   1.00
MN  48    1     34.3     1     3      7     0.1800   2.46   0.71     
WI 129   81     33.6    21     8      3     0.4710   2.45   1.04     
IN 176    1     21.4     1     5      3     0.3820   2.45   0.84     
WI  19    1     75.1     2     3      5     0.0300   2.45   1.08
IA  37    7     76.9     3     9      0     0.2990   2.44   0.40     
OH 131    1     41.0     1     3      5     0.1040   2.44   0.45     
MN  53    1     34.6     1     3     13     0.2500   2.44   0.53
IN  59    1     29.1     1     3      3     0.1390   2.43   0.53
IA  19  191     45.7    86     5      3     0.2810   2.42   1.80
IL   7    4     60.6     2     4      3     0.2200   2.42   0.49     
MN 107    4     17.2     2     4      2     0.0980   2.42   0.40     
OH  70   80     27.3    24     4      3     0.1690   2.42   1.20     
OH 136    1     58.2     1     5      1     0.0650   2.42   0.47     
OH 165    1     58.7     3     3      3     0.0340   2.41   1.82     
OH  47    9     69.8     3     6      0     0.0380   2.41   0.40     
MN  88   12     23.8     5     3      3     0.1160   2.41   0.57     
IL  24    6     74.9     3     4      2     0.0550   2.40   0.43     
WI 282    1     86.7     1     3      4     0.0830   2.39   0.71
WV  37    1     67.7     2     3      3     0.0050   2.39   1.03     
WI 103    1     17.5     1     8      3     0.4530   2.39   0.53
OH 124    1     45.4     1     5      1     0.1100   2.37   0.42
WI  36    1     38.6     2     4      4     0.3190   2.37   1.18
WI 115    1     45.5     1     6      2     0.3690   2.37   0.50
IA  59    1     67.8     1    10      0     0.3740   2.37   0.53     
IL  23    1     26.6     1     9      0     0.1320   2.36   0.45
MN  98    1     14.6     1     3     13     0.2690   2.36   0.42     
IN 125   38     54.9    10     5      2     0.3030   2.36   0.88     
MN  29    6     61.7     7     4      2     0.2340   2.35   1.06
OH 153    1     52.1     1     3      3     0.0620   2.35   0.76     
MN 101    1     39.1     1     3      -     0.1960   2.34   0.29     
OH 162    1     37.2     1     4      2     0.1530   2.34   0.47     
IL  13    4     21.5     2     5      3     0.3160   2.33   0.41
IN 187    1     14.4     1     5      4     0.4450   2.33   1.00     
MN  90    1     19.3     1     3      3     0.0670   2.33   0.47     
WV   6    1     52.5     1     4      1     0.0060   2.32   0.45     
WI 186    1     28.3     1     7      2     0.4780   2.32   0.58
OH 188    1     36.1     2     3      4     0.1470   2.32   0.76     
OH  86    1     53.5     1     3      5     0.0480   2.31   0.47
WI 132    1     41.4     1     5      3     0.3300   2.31   0.68
WI   3    1     91.8     1     5      1     0.2130   2.31   0.55     
WV  39    1     25.1     1     3      3     0.0630   2.31   0.79     
WI 110    1     52.1     1     4      3     0.1840   2.30   0.55

Post-treatment evaluation of mating disruption is missing

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

TN   1    1     66.0    49     1      8     0.0220   1.22  17.03     
WI 155    1      8.4     1     0      9     0.6680   0.00   0.42

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