Report on STS actions in 2010 vs. Decision Algorithm in 2009

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        102           20            0            0
 Delimited        157          136            4          102
  Treated          23           26           50            4

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 

MN  10    1     65.6     4     5      6     0.0130   3.12   2.87     
WI 134    8     50.6     9     4      7     0.0780   3.02   1.24     
WI 514    6     15.7    10     4     12     0.2370   2.96   1.68     
WV   1    1     76.0     4     4      6     0.0040   2.87   1.45

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  93  121     10.1    16    49    175     0.0790   6.04   0.53
VA  66    1      4.0     1   195     20     0.3040   4.75   0.32
WI  20    1     25.0     1     8      8     0.5790   3.80   0.50
WI 208    1     25.3     1     6     18     0.4660   3.51   0.92
VA  72    5     16.5     4     8      4     0.1760   3.12   0.87
WI  40    9     22.4     4     5      9     0.2790   3.08   0.54
WI 159    1     25.4     1     7     11     0.2950   3.00   0.45
WI  23    1     55.6     1     4      7     0.0620   2.98   0.55
WI 551    5     27.5     4     7     10     0.3060   2.84   0.64
WI 204    1     71.7     1     3     10     0.0790   2.72   0.55
WI 202    1     70.6     1     3      5     0.0680   2.70   0.53
WI  38    1     42.0     1     4      9     0.0620   2.68   0.58
WI 211    1     58.5     1     3      7     0.0980   2.60   0.53
WI 209    1     61.8     1     3     11     0.0940   2.59   0.55
WI 146    3     95.3     1     3      2     0.0430   2.55   0.42
VA  73  194      9.0     9    11     14     0.3460   2.55   0.19
WI 153    1     38.4     1     3      6     0.1020   2.52   0.53
WI 155    1     36.6     1     4      5     0.1570   2.39   0.45
WI 149    1     38.0     1     4      6     0.1190   2.39   0.58
WI  72    1     22.0     1     3      8     0.2280   2.38   0.79

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 243    5     17.7     1     8     16     0.8070   3.28   0.26
WI 244    9     10.5     4    12     14     0.9960   2.46   0.54
OH  53    1     22.2     1     8      2     0.7130   2.29   0.47     
OH 102    1     41.6     4     3      5     0.0670   2.28   1.58     
WI 239   24     10.4    29    10     36     0.9940   2.24   2.82
OH  50    1     35.5     4     8      0     0.2400   2.18   1.37     
WI  32    1     21.7     1     6     36     0.3750   2.15   0.97
WI  80    7      7.7    13    10     14     0.5810   2.13   1.81     
WI  34   14      5.9    16    12     14     0.4140   2.03   1.73
OH   9    3      9.3     8    10      5     0.4380   2.01   1.66     
WI  25    1      9.7     1    10      6     0.3390   1.92   0.53     
OH   8    1     15.5     2     4      1     0.3310   1.89   1.21     
OH  65    9      9.3     9    14      6     0.9030   1.88   1.21     
WI 156    2     19.7     2     6      3     0.3930   1.70   0.75
IL  47    5      2.0    11    12     19     0.4190   1.55   1.81     
WI  30   17      7.4     7    12     17     1.0400   1.52   0.72
OH   7    3      4.6    11    12      8     0.4970   1.44   2.68     
IN  52    1      7.1     1    27      3     1.2430   1.39   0.79     
WI 519    4      1.2     4    16     17     0.7670   1.31   0.73
WI 530   23      9.7     6     9     13     0.6460   1.30   0.59
WI  84   12      3.1     6    12     15     0.7300   1.29   0.69
WI  37   28      4.5    19    29     12     0.6620   1.14   1.81
IL  74   15      2.7     3    18      6     0.2440   1.11   0.32
WI  29   19      2.1    32    15     13     0.4770   1.00   3.21     
IN  51    1      6.5     1    11      3     1.2550   0.34   0.68     
WI 173    2      4.3     2     7     12     0.4350   0.27   0.66
WI  55   14      4.6     7    12     12     0.8390   0.02   0.76

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 

IN  29    2     27.9     4    12     20     0.2500   4.54   1.17     
OH  22    3     70.6     2    37      2     0.1260   4.53   0.40
WI  41    6     18.3     3    12     15     0.4640   4.51   0.52
IL   6    1     43.8     1    12      7     0.0900   4.44   0.53
IL  10    1     52.7     1     7      7     0.0340   3.83   0.84
WI 552   26     92.3    12    10      3     0.0520   3.77   1.15
IL  78    1     10.5     1    14     10     0.0840   3.57   1.03
WI 163    6     92.6     3     7      2     0.0440   3.34   0.50     
IL  29    2     36.7     4     5      8     0.0480   3.32   1.17
WI 203    1     33.1     1     8      9     0.1470   3.29   0.74
IL  13    1     41.3     1     5      8     0.0350   3.27   0.76     
WI 187    1     92.0     1     4      4     0.0260   3.05   1.03
IL  36    1     37.0     1     4      9     0.0750   3.02   0.71
WI  46   12     39.9     4     5     11     0.0610   2.99   0.46
OH 100    3     46.9     5     5      4     0.0530   2.95   1.05     
IL  63    9     26.9     7     5      2     0.1310   2.88   0.94
VA  48    7      8.9    13    19      5     0.1590   2.77   1.66     
WI  42   16      9.8    15    16     39     1.0540   2.76   1.56
WV  22   26      9.1    10    18      9     0.3990   2.76   0.96     
VA   8    1     31.1     4     5      3     0.0480   2.72   1.39
WV  15    4     15.7     3     6      3     0.2170   2.58   0.52     
WI  27    6     12.9    12    12     35     0.4460   2.57   1.80
IL 501    1     70.6     2     3      3     0.0240   2.55   0.79     
IL   1    1     69.2     1     3      3     0.0240   2.53   0.55     
IL  58    1     20.9     2     3     20     0.0810   2.45   1.29
WI  31    1     22.3     1     7     17     0.3570   2.45   0.84

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 

WI 280   14     17.9     7     8     16     0.8050   3.29   0.76
WI 282   21     10.8     8    12     14     0.9970   2.54   0.79
IN  24    1      7.4     2    18      8     0.6410   2.29   1.47
OH  54   16     19.9     4     8      2     0.7040   2.29   0.42
IN  22    1     38.1     1     3      3     0.2190   2.29   0.42
IN  11    1     24.2     1     4      2     0.2880   2.26   0.42
IN  62    1     34.6     1     4      2     0.2330   2.25   0.45
VA 121    1     15.8     2     3      5     0.1970   2.25   1.11
OH  12    6     15.2     2     6      1     0.3310   2.25   0.29
VA  47   12     17.3     4     4      2     0.1280   2.23   0.46
WI 145    1     83.2     1     3      1     0.0320   2.22   0.50
NC   1    1     31.7     1     4      1     0.0920   2.21   0.39
WI 188    1     83.4     1     3      1     0.0350   2.20   0.53
WV   3    1     58.6     1     3      2     0.0220   2.20   0.42
IN  36    1     33.6     1     3      3     0.2400   2.20   0.74
OH 122    1     38.5     1     3      3     0.1990   2.19   0.47
IN  17    3     26.5     3     3      5     0.3070   2.19   0.85
IN  13    1     23.8     1     3      5     0.2820   2.19   0.95
IN  34    1     52.5     1     3      2     0.1350   2.17   0.47
OH 124    4     36.0     2     4      2     0.2770   2.17   0.40
WI  10    1     69.3     1     3      1     0.0770   2.17   0.55
OH  21    1     42.1     1     3      3     0.2180   2.16   0.63
WI 279   25     86.6    11     2      3     0.0150   2.15   1.06
MN 676    8     42.0     2     2      5     0.0510   2.14   0.32
MN 674    9     40.4     7     2     13     0.0540   2.13   0.94
OH 126    1     63.4     1     4      1     0.1710   2.13   0.39
OH  44    1     51.6     1     3     11     0.1980   2.13   0.63
MN  78    4     25.0    11    35      4     2.2010   2.13   1.84
MN 675    8     41.8    29     2     13     0.0530   2.12   3.90
MN 677    8     42.0     2     2      3     0.0470   2.12   0.28
OH   2    1     21.3     1     4      2     0.3260   2.12   0.45
MN  56    1     68.9     1     3      4     0.3840   2.12   0.45
IN  31   12     11.8     9     5     19     0.3810   2.11   1.03
VA  38    1     23.7     1     3      2     0.1310   2.11   0.42
IN  44    1     49.2     1     3      2     0.1280   2.11   0.45
WI 528   12     65.0     4     2      2     0.0450   2.11   0.46
IN  14    1     33.8     1     3      2     0.2220   2.10   0.63
IN  15    1     19.4     1     3      4     0.3400   2.09   0.53
MN  58    1     67.9     1     3      4     0.4070   2.08   0.47
OH  19    1     60.8     1     3      2     0.1630   2.08   0.42
OH  96    1     31.1     1     4      1     0.1400   2.08   0.53
WI 278   25     79.3    23     2     10     0.0470   2.07   2.22
MN 673    9     98.8    12     2      3     0.0180   2.06   1.61
WI 165    1      9.6     1     7     11     0.5200   2.06   0.76
IN  42    1     14.2     1     4      4     0.5260   2.06   0.39
OH  89    9     32.6     4     4      1     0.0890   2.06   0.54
OH 127    1     60.1     1     5      0     0.1860   2.05   0.37
VA  83    1     39.9     1     4      1     0.1810   2.05   0.39
WV   2    1     68.5     1     3      1     0.0070   2.05   0.39
WI 521   10     75.9     2     2      2     0.0450   2.04   0.25
IA 608   12     75.2     3     2      2     0.0330   2.04   0.34
OH 123    1     52.4     1     3      2     0.2080   2.02   0.53
VA  56    1     23.4     1     4      1     0.1430   2.02   0.53
WI 281   12      9.7     6    10     16     0.9230   2.01   0.69
OH 106    1     17.2     1     3      1     0.0700   2.00   0.45
OH  68    4     50.8     2     4      1     0.2420   2.00   0.38
WI 506    9     34.7    11     2      8     0.1000   2.00   1.47
OH  14    4     36.5     3     3      2     0.2050   2.00   0.54
OH  24    1     50.4     1     5      0     0.2140   2.00   0.47
OH  64    1     17.7     1     8      0     0.3540   1.98   0.42
WI 505   12     58.3     4     2      2     0.0940   1.98   0.46
VA  53    1     11.0     1    10      1     0.1610   1.97   0.42
OH  36   29     41.6     6     4      1     0.2640   1.97   0.57
WI  58    2     10.6     2    11     10     0.5580   1.96   0.56
MN 678    6     73.9     6     2      3     0.0230   1.96   0.90
WI 556   12     40.2    16     2      6     0.0160   1.95   1.84
OH  75    3     29.8     2     6      1     0.5340   1.95   0.47
NC 514    2     54.7     4     3      2     0.2790   1.94   1.00
WI 527   25     87.5     9     2      1     0.0170   1.93   0.87
NC   6    1     44.1     1     4      0     0.0970   1.92   0.37
VA 116    1      6.6     1    11     11     0.2350   1.92   0.76
OH   3    1     47.3     1     3      1     0.1450   1.91   0.47
NC   3    1     35.1     1     4      0     0.0730   1.91   0.63
IA   4    1     52.2     1     3      0     0.0200   1.90   0.39
OH  59    1     20.0     1     5      1     0.4420   1.90   0.39
NC 531    9     45.5     3     2      2     0.0250   1.90   0.40
IA   3    1     67.1     1     3      0     0.0080   1.89   0.45
OH  80   14     18.1     6     9      0     0.6150   1.89   0.65
NC 538    6     58.0    12     2      2     0.0410   1.87   1.69
MN 614    9     93.2     4     2      1     0.0070   1.87   0.54
IA 607    6     98.4     1     2      1     0.0250   1.87   0.20
IA 610   59     54.8    54     2      4     0.0940   1.87   3.60
OH  42    1     12.4     1     9      1     0.3530   1.84   0.45
IL  14    1     12.1     1     3     13     0.0930   1.82   0.66
MN  62   14     69.6     5     9      1     0.9920   1.82   0.54
OH   1    1     37.7     1     3      1     0.2140   1.81   0.45
NC 517    6     85.3     2     2      1     0.0060   1.80   0.29
OH  30    1     52.6     1     4      0     0.1680   1.78   0.47
VA  77    1     43.4     1     4      0     0.1760   1.77   0.45
OH  56    1     22.2     1     4      1     0.3880   1.76   0.45
MN  41    1     29.6     1    37      1     2.1240   1.76   0.39
NC 526    8     66.1     1     2      1     0.0030   1.75   0.18
OH 128    1     18.8     1     4      1     0.3100   1.73   0.45
OH  66    6     50.2     2     4      0     0.2480   1.73   0.31
OH  52    1     29.9     1     5      0     0.2540   1.72   0.47
NC 530    9     39.4     2     2      1     0.0420   1.70   0.27
MN 640    6     85.2     4     1      4     0.0080   1.69   0.74
VA   6    1     45.9     1     3      0     0.0320   1.69   0.45
WI 555   20     32.6     7     2      1     0.0460   1.68   0.70
IL  76    1      8.4     1     5      7     0.1030   1.67   0.37
OH  62    7     45.3     2     4      0     0.2930   1.67   0.29
OH   4    1     23.0     1     3      1     0.3190   1.67   0.47
WI 140    1      8.5     1    10      7     0.2760   1.66   0.55     
OH  93    1     42.1     1     3      0     0.0620   1.66   0.42
MN 619    6     85.0     9     1      5     0.0170   1.66   1.30
MN 639    4     90.7     4     1      6     0.0040   1.66   0.98
OH  15    1     72.9     1     3      0     0.1580   1.65   0.37
IL 514    9      1.4     1    24     14     0.9630   1.65   0.13
IN  48    1     49.8     1     3      0     0.1260   1.65   0.47
OH   5    1     21.7     1     3      1     0.3420   1.64   0.47
OH   6    4     21.5     2     4      0     0.3210   1.64   0.38
NC 520    9     29.2     2     2      1     0.0860   1.63   0.27
OH  47    1     36.1     1     3      1     0.2260   1.62   0.42
OH  33    1     41.9     1     4      0     0.3600   1.61   0.47
MN 643    4     86.1     2     1      4     0.0340   1.61   0.70
OH 120    1     24.0     1     6      0     0.5860   1.60   0.39
OH  13    1     42.1     1     3      0     0.1860   1.60   0.47
VA  43    1      8.7     1     6      5     0.1800   1.59   0.47
IN 503   12    100.0     2     2      0     0.0140   1.59   0.23
MN 628    4     88.5     5     1      3     0.0320   1.59   1.14
VA  80    1     44.6     1     3      0     0.1730   1.58   0.47
MN 615    4     97.1     8     1      5     0.0020   1.58   1.62
OH  27    1     52.7     1     3      0     0.1850   1.57   0.47
OH  35    1     40.9     1     4      0     0.3890   1.57   0.45
VA  87    1     38.8     1     3      0     0.1750   1.56   0.47
OH 121    1     28.0     1     3      0     0.1160   1.56   0.87
MN 589    6     94.6     1     2      -     0.1110   1.56   0.22
NC 535    7     93.3     1     2      0     0.0220   1.55   0.19
NC 537    9     94.4     2     2      0     0.0270   1.54   0.27
NC 527    7     67.1     1     2      0     0.0040   1.53   0.19
OH  26    1     45.5     1     3      0     0.2440   1.52   0.47
OH  37    1     18.6     1     3      1     0.3270   1.51   0.50
NC 519    7     45.5     1     2      1     0.1500   1.51   0.22
OH 125    1     38.8     1     3      0     0.1540   1.51   0.47
MN 645   11     84.1    83     1      4     0.0510   1.51   9.93
MN  63    1     62.8     1     5      1     0.8340   1.51   0.45
MN  49    1    100.0     1     3      -     0.3240   1.51   0.50
IN  59    1     30.5     1     3      0     0.2830   1.50   0.42
NC 536    6     45.4     3     2      1     0.0990   1.50   0.44
OH  74    1     43.7     1     3      0     0.2380   1.50   0.45
MN  65    1     58.7     1     6      1     0.9810   1.48   0.37
OH  16    1     24.4     1     3      0     0.2590   1.48   0.47
OH  70    3     37.3     2     4      0     0.4290   1.48   0.43
OH  32    1     44.6     1     3      0     0.2720   1.48   0.39
NC 532    9     27.9     4     2      0     0.0970   1.48   0.54
NC 528    9     41.2     3     2      0     0.0220   1.47   0.40
MN  61    1     63.2     1     3      4     0.8230   1.47   0.61
WI 105    2     11.2     2     4      8     0.3540   1.47   0.58
WI 166    1      9.5     1     5     14     0.5310   1.47   0.82
NC 509    9     45.0     5     2      0     0.0290   1.44   0.67
OH  48    1     43.8     1     3      0     0.2380   1.44   0.58
OH  28    1     45.8     1     3      0     0.3160   1.43   0.42
WI 106    1      9.3     1     6      7     0.3750   1.43   0.47
MN 587    1     76.7     1     3      0     0.4060   1.42   0.42
OH  45    2     34.2     2     3      0     0.3050   1.41   0.56
VA  50    1      3.6     1    15      6     0.2100   1.38   0.37
MN  77    5     29.4     4    33      1     2.2310   1.37   0.58
OH  58    1     13.2     1     7      0     0.5800   1.36   0.45
MN 637    8     91.1    10     1      3     0.0090   1.35   1.23
MN 633    5     97.9     2     1      2     0.0050   1.35   0.46
MN 647    9     97.3     3     1      2     0.0080   1.34   0.40
NC 511   12     77.3     2     2      1     0.3720   1.34   0.23
VA  35    1     10.9     1     5      1     0.2190   1.34   0.42
WI 104    1     10.3     1     4      5     0.3780   1.33   0.58
NC  22    6     38.6     1     2      0     0.1050   1.32   0.21
IL 515   79     33.3    29     1     13     0.0630   1.31   1.47
IN   7    1     23.8     1     3      0     0.4730   1.30   0.45
MN  57    2     76.4     2     3      1     0.6660   1.27   0.49
IL  15    1      8.2     1     4     13     0.1220   1.27   0.50
NC 515   29     69.9    75     1      2     0.0020   1.27   7.10
NC  23    8     38.0     2     2      0     0.1180   1.26   0.29
IA 611   21     68.5    22     1      2     0.0960   1.25   2.18
VA 118    1     11.4     1     3      2     0.2100   1.25   0.45
MN 101    1     18.7     1     3      2     0.7720   1.24   0.42
WI 139    1     11.7     1     4      4     0.2150   1.21   0.47
MN  64    1     60.6     1     3      2     0.9150   1.17   0.37
NC 510   12     29.6     2     3      0     0.5460   1.16   0.23
IL  16    1      3.0     1    11      7     0.1600   1.16   0.39
IL  52   23     21.9    14     1     10     0.0800   1.15   1.37
NC 500   33     30.3     5     1      1     0.0430   1.14   0.46
OH  63    1     24.7     1     3      0     0.3780   1.13   0.42
WI 561   36      6.8    13     6      9     0.6270   1.11   1.17
KY 500    9     83.7     3     1      0     0.0000   1.09   0.40
KY 501    7     75.3     2     1      0     0.0110   1.06   0.32
NC  24    9     51.4     2     2      0     0.3200   1.06   0.27
WI 120   50     19.0     7     1     13     0.2080   1.01   0.53
WI  94    1      6.6     1     6      5     0.4820   0.99   0.47     
VA  40    1      7.0     1     5      5     0.2470   0.99   0.37
VA  13    1      4.7     2    27      0     0.0940   0.98   0.89
VA 544   20     42.6    13     1      0     0.0820   0.97   1.29
OH 119   36     18.2    34     4    177     1.3360   0.94   3.05
VA 510   19     25.3     3     2      1     0.6670   0.94   0.30
VA 543    1     10.6     1     3      2     0.0660   0.91   0.42
IN  70  309      0.6   298    18     18     1.2500   0.87   3.86
NC 521    7     79.9    13     1      5     0.3820   0.82   1.66
WI 122   12     14.9     2     1     13     0.3250   0.78   0.23
WI 557  175     16.6    11     2     21     0.4600   0.72   0.25
VA  99  100     15.1    25     1     52     0.1540   0.70   1.00
WI 220    1      1.4     1     9     13     0.6240   0.64   0.50
IN  40    1      0.8     2    14     10     0.6750   0.62   0.84
VA 541    1      7.9     1     4     11     0.2150   0.61   0.84
VA  25    1      6.2     1     6      1     0.0630   0.58   0.29
VA  33    1      6.0     1     4      4     0.2990   0.51   0.45
MN  18    9      5.5    11     8      9     0.8870   0.48   1.47
WI 511    1      1.4     1     9     16     0.7250   0.42   0.50
WI 113   22     78.9     3     0      6     0.0360   0.40   0.29
OH  49    1      9.5     1     3      3     0.4100   0.39   0.45
OH 112   20     13.9     1     1      8     0.3620   0.39   0.10
WI  70    1      8.2     1     3     13     0.5720   0.37   0.61
IN   2    4      2.4     8    11      5     0.6960   0.33   1.49
VA  26    1      6.1     1     6      0     0.0820   0.33   0.39
IL  55   45     56.6    17     0      9     0.0420   0.32   1.38
VA 129    9     13.2     7     1      0     0.1000   0.30   0.94
IN   5    1      5.5     1    11      2     0.9430   0.30   0.58
MN 638    6     98.9    13     0      3     0.0140   0.26   1.80
MN 618    8     92.0    18     0      3     0.0170   0.25   2.15
IL 516   39     72.4    26     0     11     0.0340   0.25   2.26
MN 622    9     92.6    12     0      4     0.0200   0.25   1.61
OH 117   16     25.5     5     1     14     0.6380   0.24   0.52
VA  32    1      5.4     1     3      4     0.1850   0.23   0.47
MN 668   71     58.1    17     0     11     0.0290   0.23   0.95
NC 533    7     88.5     1     0      0     0.0020   0.19   0.15
VA 101   14      8.4     4     2     16     0.3340   0.16   0.43
NC 525    9     51.5     1     0      0     0.0030   0.11   0.13
MN 666   15     57.7     3     0      5     0.0240   0.11   0.32
WI  75    6      5.6     9     6     12     0.2430   0.09   1.43
NC 529    9     36.7     1     0      0     0.0380   0.08   0.13
WI 549    9     25.0     2     0      9     0.1460   0.02   0.27
WI  71    1      1.3     1    13     19     0.5480   0.01   0.50
WI 110   19     67.2     5     0      8     0.1000   0.00   0.50
MN  86   69      0.0    22    29      8     1.6950   0.00   1.27
VA 128    5      0.3     3     1      1     0.6160   0.00   0.61
WI  96    1      1.7     1     9      4     0.6640   0.00   0.50     
IN  68   63      9.6    10     1      9     0.5070   0.00   0.63
OH  43    1      8.7     2     4      0     0.3640   0.00   0.66
WI 116   10     25.9     1     0     10     0.2220   0.00   0.13
WI 129   17     29.4     6     0     13     0.1030   0.00   0.62
WI  86    1      3.2     1     5     11     0.2680   0.00   0.68
WV   6    1      4.9     1     3      1     0.1500   0.00   0.34
MN 102    1      1.6     1     8      1     0.6000   0.00   0.45
WI 117   21     22.5     2     0      9     0.2510   0.00   0.20
WI 550   28     18.2     5     0     14     0.2790   0.00   0.48
VA 102   24     13.6     5     0      7     0.1240   0.00   0.49
OH 109   20     22.2     4     0      9     0.3560   0.00   0.40
VA 112   24      7.9     3     0     75     0.5880   0.00   0.29
IN  63   15     16.9     1     0     14     0.3970   0.00   0.11
IL  21    1      0.9     1     5     11     0.1510   0.00   0.39
WI 126   25     14.2     3     0     11     0.3060   0.00   0.29
IL  19    1      2.4     1     4      7     0.1350   0.00   0.37
OH  29    1      6.4     1     4      1     0.3430   0.00   0.39
MN  24    9      1.2     5    34      2     1.6850   0.00   0.67
VA 120    1      5.2     1     4      2     0.2800   0.00   0.42
OH 107    1      4.9     1     3      1     0.1610   0.00   0.34
VA  15    1      1.9     2    18      0     0.1470   0.00   1.08
VA  14    1      3.3     2     7      0     0.1180   0.00   1.00
VA 119    2      4.4     1     3      4     0.3240   0.00   0.32
MN 667   39     54.8    39     0     10     0.0190   0.00   3.40
OH 115   15     14.8     4     0      5     0.8820   0.00   0.42
MN 680  111     37.6    39     0     14     0.0510   0.00   1.41

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 513   34     22.7    24  1096   1018     0.4260  12.73   2.19
OH  83   55     13.6    26   221    184     0.5910   8.80   1.84
IL   7   27     29.7    44    74     87     0.1200   7.95   4.21
OH 104  124      3.8   115   392    411     1.4240   7.19   3.71
WI 240  275     34.5   159    38     34     0.2600   6.54   2.31
OH  39   20     45.1    15    37     44     0.1870   6.38   1.49
OH  79   10     63.9    21    59      8     0.0470   5.87   2.64
WI 193   31     39.2    34    18     18     0.3020   5.74   3.18
WI  16   10     21.7    14    40     17     0.1530   5.69   1.76
VA   7   17     22.8    14    31      9     0.0630   5.16   1.44
VA  34    1     22.6     3    29      8     0.1380   5.07   1.21
NC  11    7     62.2    27    33      5     0.1520   4.85   3.39
NC 508   76     30.6    61    42      3     0.0770   4.83   3.21
OH 101    1     59.1     5    21      7     0.0130   4.80   1.68
MN  39  183     35.9   175    26     14     0.7950   4.72   3.83
WI 199    2     29.1     4    12     20     0.4920   4.72   1.32
OH  23    1     27.4     3    44      3     0.2520   4.66   1.84
OH  25   16     35.5    13    24      6     0.2330   4.48   1.35
VA  20    3     27.8    10    27      3     0.0300   4.44   1.97
WI  17  403     59.0   171     8     12     0.0730   4.26   1.70
MN  79  120     18.2   108    40     20     1.7200   4.20   3.60
WI 132    1     93.4     4    13      4     0.0260   4.19   1.68
OH 500    1      6.3     3    68     32     0.7790   4.15   2.11     
VA   9    1     28.5     4    20      3     0.0360   4.10   2.79
VA   1    5     52.5     9    16      3     0.0240   4.06   1.58
NC   7    3     60.9    15    11      7     0.1140   4.01   3.51
WI 508  102     49.1    68     8     11     0.0610   3.98   2.67
VA  22    2     23.7     6    16      3     0.0320   3.92   1.45
WV   8   52     26.9    50    13      5     0.1920   3.79   3.69
OH  46    1     22.3     5    16      5     0.3620   3.76   2.13
OH  55   32     17.9    25    22      6     0.7980   3.74   2.32
WI 150   86     41.9    42     8     17     0.1170   3.57   1.95
TN   1    1     69.0    12     8      4     0.0220   3.48   5.21     
WV  12    1     20.2     4    10      5     0.1840   3.47   1.47
WI   6   43     58.7    20     8      5     0.0770   3.44   1.66
WV   7    9     42.1     9     7      5     0.0830   3.43   1.21
VA  63    2     23.5     7    13      3     0.2250   3.41   1.64
OH  61    1     12.4     3    30      6     0.8430   3.35   1.84
WV  16   40     16.5    14    10      5     0.2880   3.31   1.21
WI   1   20     66.8    24     5      5     0.0580   3.28   2.39
WV  20    1     25.5     5     7      5     0.1870   3.20   1.74
IN  37  120     38.6    56     6      7     0.2120   3.20   1.87
VA   3    1     37.5     4     5      4     0.0170   3.18   1.42     
IN  35    5      7.4    11    24     11     0.4120   3.14   1.66
WI  36   37     15.5    26    15     12     0.5480   3.13   2.31
OH  69   94      0.4    92   203     12     0.9100   3.10   3.91
IL  57    6     34.5     9     4      7     0.0510   3.09   1.43
WI  59   28     11.0    13    10      9     0.4130   3.07   1.24
OH  51    1     21.6     4     7      9     0.5760   2.97   1.74
WI 217   42      3.4    24    32     15     0.4250   2.88   2.02

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 

IL  40    1     17.5     1    11     13     0.1830   4.70   0.39
WI 195    1     41.3     2     9     12     0.2460   4.44   1.05
IL  33    1     13.0     1    17      8     0.2120   4.39   0.42
WI  15   19     32.3     8     9     19     0.4170   4.20   0.80
OH 517    4      7.5     2    36    148     0.5600   4.15   0.32
IL  64    1     20.4     1    10      7     0.1810   4.12   0.39
IL  39    8     23.5     3     8     11     0.1330   4.08   0.37
WI  19    1     31.3     1     8     11     0.4180   4.02   0.53
OH 103    3     38.6     2    21      2     0.0830   3.98   0.45
IL  41    1     17.8     1     7     13     0.1840   3.87   0.39
WI 194    1     37.1     1     6     15     0.3180   3.86   0.53
IL  12   27     85.6     5     8      5     0.0320   3.80   0.48
IL  72   72     18.9    17    10      7     0.1450   3.71   0.94
IL   5    1     43.2     1     6      7     0.0850   3.71   0.55
IL  38    1     23.6     1     6     13     0.1360   3.68   0.47
IN  46    1     66.8     2     7      8     0.0820   3.67   0.87
VA 113    1     19.8     1     8     21     0.1560   3.62   0.47
WV   9  102     17.3    12     7     17     0.1430   3.58   0.47
WI 191   19     48.9     8     5     10     0.1390   3.56   0.80
VA 114    1     29.3     3     7      6     0.0630   3.56   1.13
IN  19    5     16.1     3    13      4     0.4750   3.52   0.51
OH  86    1     43.4     1    17      1     0.0560   3.51   0.47
WI  12    1     29.7     1     8      7     0.0870   3.46   0.55     
MN 520    1     35.6     1     5     14     0.0500   3.41   0.87
IL  43    1      9.3     1    14     19     0.4430   3.40   0.47
IN  23    3     22.3     2     9      5     0.3960   3.40   0.51
VA  62    1     17.6     1    14      3     0.2640   3.37   0.39
MN   6    6     95.8     3    10      1     0.0050   3.34   0.50
MN 521    4     37.3     4     5      6     0.0470   3.34   0.92
IL  73    4     25.1     2     8      4     0.1140   3.33   0.48
OH  90    7     19.2     3    12      3     0.1690   3.33   0.38
OH  31   18     29.4     5    10      4     0.2690   3.28   0.51
WI  13   12     54.3     6     7      5     0.0810   3.28   0.69     
VA  39   24     15.4     8     6      9     0.1720   3.22   0.78
WV  24    6     18.0     4    12      3     0.3120   3.19   0.56
WI 154   31     41.1    10     5      9     0.1090   3.19   0.93
IL   2   12     65.0     5     4      7     0.0480   3.18   0.57
IL   9    1     16.8     1     6      4     0.1190   3.16   0.39
WI 148    1     41.4     2     6      7     0.0920   3.15   0.92
IL  68    1     63.1     1     4      4     0.0270   3.12   0.45
IN  41    1     15.6     1     9      4     0.4850   3.09   0.42
WI   3    1     88.1     1     4      5     0.0360   3.07   0.50
WI 133    1     56.5     1     4      7     0.0830   3.07   0.47
MN  17    1     34.3     2     4      9     0.0520   3.06   1.16
MN 533    1     84.8     2     5      3     0.0120   3.04   1.05
IL  37    4     30.7     3     4      6     0.0910   3.04   0.57
WV  21    1     22.7     2     6      6     0.2410   3.04   0.95
IL  18    1     79.6     1     4      4     0.0220   3.02   0.39
NC 507    1     33.4     1    15      0     0.1290   3.02   0.42
WI 152    1     48.7     1     4      6     0.0700   3.02   0.53
WI 198   18     42.1     8     8      5     0.1410   3.01   0.81     
WI 151    1     26.9     1     7      7     0.1840   2.99   0.58
OH  20    3     45.7     2     7      3     0.2080   2.96   0.47
IL  70    4     41.4     1     4      3     0.0820   2.95   0.32
WI  47    1     21.0     1     4      5     0.1560   2.91   0.47
VA   4    1     27.2     1     5      3     0.0680   2.86   0.42
IN  39   23     20.8     7     8      3     0.4200   2.85   0.68
WI 507    2     14.7     2     5      9     0.3900   2.83   0.64
WI 520    1     73.7     1     5      2     0.0450   2.82   0.47
IN  33    1     22.7     1     6      2     0.2290   2.82   0.45
WI  50    1     33.4     1     4      4     0.1250   2.80   0.50
VA  58    1     15.0     1    11      1     0.2450   2.79   0.50
IL   4    1     51.1     1     3      3     0.0720   2.79   0.50
WI  11    1     48.5     4     5      7     0.1060   2.78   1.66
IL   3    1     62.8     1     4      2     0.0490   2.77   0.47
WI 147    1     86.7     1     3      5     0.0610   2.76   0.58
MN  11   12     58.0    20     4      6     0.2730   2.76   2.30
IL  59    1     15.4     1     4     20     0.0890   2.75   0.63
VA  44    1     24.1     1     6      2     0.0970   2.75   0.39
WI 200    4     76.7     4     3     10     0.0730   2.74   1.01
IN  20    1     12.1     3     8     14     0.5350   2.74   1.37
IN  28    1     13.2     1     8      5     0.5390   2.74   0.71
IL  32    1     31.5     1     3      5     0.0980   2.73   0.47
WI  89    1     18.7     1     4      5     0.1350   2.73   0.47
IN  30   30     62.6     8     5      2     0.0750   2.73   0.75
NC   4    1     72.4     1     5      2     0.0340   2.72   0.42
WI 186    1     85.7     1     4      2     0.0270   2.72   0.82
WV   5    1     42.0     1     4      7     0.1070   2.72   0.95
OH  34    1     16.4     1     7      3     0.3250   2.72   0.47
WI 197    1     40.0     1     3     12     0.2720   2.71   0.95
IN  27    1     14.4     1     8      3     0.5260   2.70   0.76
IL  69    1     41.4     1     3      6     0.0780   2.68   0.53
WI   8    1     80.1     1     3      3     0.0800   2.67   0.58
WV  19    1      8.3     1    10     16     0.2170   2.65   0.32
WI 501    1     25.6     1     3      8     0.0960   2.62   0.92
VA 117    1     20.9     1     5      2     0.0340   2.62   0.42
VA  18    1     21.5     1     5      2     0.0330   2.62   0.42
OH  72   48     36.7    14     9      1     0.3210   2.61   1.09
MN 526    1     66.1     1     3      5     0.1180   2.61   1.37
WI 526    1     66.0     1     3      5     0.1210   2.60   1.42
IN  16    1     24.5     1     4      4     0.2980   2.60   0.89
MN 519    1     99.1     1     3      3     0.0050   2.59   0.58
WI 102    1     22.0     1     4      6     0.1830   2.59   0.55
MN  12    1     44.1     1    14      3     1.2400   2.58   0.39
IL  25    1     46.8     1     3      6     0.0360   2.58   0.87
WI 215    1     53.8     1     3     10     0.0940   2.58   0.97
WI 172    1     97.3     1     3      3     0.0160   2.57   0.84     
IN  18    1     10.7     1    10      7     0.5520   2.57   0.53
IL   8    1     22.0     1     4      6     0.1140   2.57   0.55
MN 524    1     70.8     2     3      4     0.0160   2.56   0.97
IN  60   50     27.2    16     6      2     0.2830   2.56   1.21
IL  42    1     21.7     1     3      4     0.1520   2.56   0.45
WI 512    1     22.5     1     3      5     0.1300   2.54   0.53
WI   9    1     52.2     2     4      7     0.0940   2.54   1.16
WI   5    1     58.3     2     3      5     0.0400   2.54   1.13
MN  60    1     62.9    19     3      6     0.1560   2.53   6.58
WI 185    1     62.8     9     3      6     0.1600   2.53   4.21
MN   7    1     84.8     5     3      4     0.0080   2.52   2.37
WI 216    1     49.6     2     3     10     0.1160   2.52   0.89
WI 226    1     21.8     2     5     12     0.1430   2.51   0.82
VA  59    3     25.8     5     4      7     0.1780   2.51   1.16
OH  85    1     60.7     1     4      2     0.0380   2.51   0.45
IL  71    1     34.4     2     3      8     0.1060   2.48   0.95
MN  59    9     70.8     5    12      1     0.7130   2.48   0.67
WI   7    1     71.9     1     3      5     0.0620   2.47   0.50
WI  68    1      9.6     1     9     13     0.5210   2.46   0.50
WI 205    1     29.9     1     3     11     0.4520   2.46   0.53
WI  18    1     58.6     1     3      4     0.0700   2.46   0.53
WV   4    1     47.2     1     4      2     0.0240   2.45   0.45
WV  17    1     27.4     1     5      2     0.1880   2.44   0.47
IN  21    1     43.4     1     4      2     0.1930   2.44   0.47
MN  66    5     53.6     3    10      2     0.9190   2.43   0.50
IN  38    1     20.5     1     4      3     0.3210   2.43   0.47
IL  17    1     16.1     1     3      7     0.0670   2.43   0.50
VA  31    4      9.7     2    10      5     0.2710   2.43   0.40
VA 546    1     55.2     1     3      3     0.0230   2.41   0.45
WI 135    8     43.3     3     3     13     0.0700   2.41   0.40
WI  56    1     27.6     1     3      9     0.1530   2.41   0.74
OH  77   14     50.1    17     5      1     0.1060   2.37   1.84
IL  65    1     10.7     1     6     19     0.3910   2.37   0.42
IA   6    1     89.5     1     3      1     0.0050   2.36   0.53
WV  10    1     22.7     1     3      6     0.1060   2.35   0.45
WI 160    2     15.8     2     8      9     0.5670   2.35   0.60
MN  69    1     48.6     1    15      3     1.3690   2.35   0.50
OH  92    1     69.5     1     4      1     0.0350   2.33   0.39
VA   5    1     35.8     3     3      3     0.0480   2.30   1.21

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