Report on STS actions in 2009 vs. Decision Algorithm in 2008

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        275           11            3            0
 Delimited        180          103            5           39
  Treated          18           16           40            7

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  90   62     11.7    29   175     37     0.1020   7.36   1.85     
VA  86   83     33.4    63    14     25     0.0250   4.89   3.03     
VA  85    2     34.2     8    13     10     0.0220   4.46   1.99

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

IN 106    9     19.1     9    14      5     0.7620   3.20   1.21
OH  33    1     65.1     4    11      0     0.0190   3.02   1.89
OH 502    1     32.5     3     5      4     0.1000   2.99   1.39     
MN  53    5     60.9    25    19      1     0.6520   2.97   3.77
MN  71   76     39.9   124    14      4     0.8510   2.92   6.52

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

WV   8   98     17.5    11    17     12     0.2360   4.77   0.45     
VA  70    1     10.2     1    22     22     0.2450   4.32   0.29     
VA  79    1     19.7     1    20      6     0.1210   4.20   0.29     
WV  17    1     15.0     1     7      2     0.2280   2.83   0.32     
WV  25    6     14.9     2     5      7     0.4410   2.71   0.29     
VA  89    2     10.9     3     7     19     0.1000   2.66   1.07     
VA 143    1     11.1     1    10     20     0.4950   2.51   0.50     
VA  36   27      3.4    59    52      7     0.6040   2.34   5.65     
VA  61    4      5.2     2    18     10     0.3610   2.31   0.32     
WI 722   28     70.2    12     8      2     0.6850   2.31   1.14
WI 721    1     62.3     1     6      2     0.4690   2.30   0.55

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 500    4     35.0     9    25      1     0.5220   3.28   1.62     
WI 151   12     22.0    15    13      4     1.0440   2.21   1.72     
WI 160    3     51.0     5     5      5     0.8030   2.13   1.05     
WI  88   11     79.8     4     6      1     0.5240   2.06   0.48     
WI 412   15     19.2     8    10      2     0.9250   2.05   0.85
WI 186    3     16.9     5    12      4     1.4300   1.94   1.25     
WI 579    2     17.1     2    10      4     1.3720   1.88   0.88
WI 179    6     18.1     6    11      4     1.4380   1.81   0.93     
WI 157    2     21.2     4    13      3     1.3090   1.79   1.15     
WI 395    6     25.6     3    13      2     1.2480   1.75   0.53
WI 176    2     22.2     4     8      3     1.2090   1.75   1.07     
WI 400   47     52.3    21    10      1     1.0330   1.72   1.66
WI 231   31     14.6    41    17      4     1.5690   1.50   3.83     
WI 123    1     32.1     1     9      1     1.0770   1.46   0.45     
WI 740   10     24.9     4    11      1     1.2800   1.32   0.50
WI 745   22     23.6     8    11      1     1.5430   0.79   0.79
WI 750    6     10.2     1    11      1     1.2740   0.40   0.27
OH 119    2     31.4     4     0      4     0.1310   0.02   1.32
WI 407  127      6.7   100    17      5     1.6710   0.00   3.15
WI 504   19      0.5     8    27      3     1.6660   0.00   0.80     
WI 209   35      1.6    17    22      3     1.7980   0.00   1.54     
IN   1    4     10.6     0    -1      4     1.2800   0.00   0.14
WI 748    8      1.1     2    18      3     1.8940   0.00   0.32
WI 746    7      2.8     3    40      2     2.4050   0.00   0.46
WI 401   51      1.2    28    15      5     1.7950   0.00   2.09

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   2   87     70.8    22    10      3     0.0180   3.72   1.01     
VA 522    3     39.1     3    10      4     0.2690   3.57   0.83     
WI 174    5     28.9     5    36      2     0.9580   2.89   1.05     
MN  68   78     45.2    48    14      3     0.7540   2.75   2.46
MN  70   87     28.1    91    19      2     0.9330   2.74   4.18     
VA 158    1     28.6     2     4      4     0.3380   2.65   1.21     
WI 225   12     34.4    15    13      5     0.9900   2.65   1.72     
WI 398  137     46.5    46    11      1     0.4640   2.64   1.34
WI 131   13     37.9     6    10      3     0.6460   2.63   0.67     
WI 531    8     32.4     6     9      5     0.7320   2.62   0.83     
WI 393   24     29.3    17    17      3     0.9140   2.61   1.65
WI 114  287     70.0   108    16      3     1.1540   2.58   1.51     
MN 510    5     65.4    18     5      5     0.4880   2.58   2.69     
WI 244   14     35.6    11     8      3     0.5760   2.55   1.19     
WI 396  225     15.7   149    40      6     2.1930   2.44   2.65
WI 394   23     25.0    23    14      5     1.1610   2.35   2.25

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

VA 167    7     48.1     2     4      4     0.4500   2.52   0.32
MN  34   14     83.3    41     7      2     0.6190   2.30   4.43
OH  37    1     30.1     1     3      3     0.1520   2.30   0.66     
MN  74    6     31.5     3    15      0     0.7570   2.30   0.40
OH  40    8     22.5     3     3      3     0.1160   2.29   0.39     
IL 124   15     85.1     3     6      0     0.1580   2.28   0.32
WV  40    1     51.6     1     3      2     0.0490   2.28   0.37     
WI 601   13     44.7     6    13      2     0.9960   2.27   0.67
WI 451   26     76.3    12     5      2     0.3720   2.27   1.15
OH  16    1     61.6     1     3      2     0.0580   2.26   0.47     
IL 163    8     26.6     3    11      2     0.8680   2.26   0.37
IL 140    8     67.8     3     5      1     0.2360   2.26   0.38
WI 744    8     25.0     5    26      2     1.3630   2.23   0.62
WI 607   20     20.5     9    16      2     1.0990   2.23   0.90
IN 101   24     28.2    17     5      2     0.3680   2.22   1.65     
OH 500    1     46.0     1     3      2     0.0880   2.22   0.42     
WI 718    1     87.0     1     9      1     0.7120   2.22   0.55
VA 139    1     58.4     1     3      1     0.1250   2.21   0.47     
OH 108    1     38.5     1     3      2     0.1010   2.21   0.50     
MN 136    1     64.2     1     7      1     0.5120   2.21   0.58
IL 159    6     43.2     2     9      0     0.4260   2.20   0.31
WI 444    1     81.9     1     5      1     0.3110   2.20   0.50
WI 491   12     51.2     8     7      1     0.5100   2.20   0.92
WI 597   46     39.4    18     8      1     0.5660   2.19   1.44
MN  55    4     71.3     7     4      2     0.2880   2.19   1.44
IL 151    1     28.1     1     6      2     0.5720   2.19   0.53
IL 179    1     43.1     1     3      2     0.0630   2.19   0.45
WI 543   48     51.3    18    13      1     0.8810   2.19   1.40
IL 165   16     30.8     5    12      0     0.6590   2.18   0.52
IL 174    1     30.9     1     5      1     0.2490   2.18   0.39
VA   1    8     61.2     2     4      0     0.1000   2.18   0.29     
IA   1    6     54.3     6     4      2     0.2630   2.18   0.98
OH   2    1     57.7     1     3      2     0.1060   2.18   0.45     
IL 106    5     36.3     2     6      2     0.5340   2.18   0.31     
OH  98    9     25.6     7     3      2     0.0980   2.17   0.94     
NC 511    6     56.7     8     2      5     0.0340   2.16   1.11     
NC 518    9     65.8     8     2     10     0.0400   2.16   1.07     
MN  64   42     52.1    36     8      2     0.7260   2.16   3.03
OH 501    1     27.7     1     4      1     0.2270   2.16   0.45     
WI 536   11     51.6    13     7      3     0.7910   2.15   1.55
OH  79    3     43.1     2     3      2     0.0850   2.15   0.47     
MN 509   39     77.8    29     4      2     0.3360   2.14   2.53     
NC 513    9     49.7     3     2      6     0.0420   2.14   0.40     
NC 516    5     92.3     6     2      7     0.0330   2.13   1.14     
WI 560    1     55.1     1    10      2     0.9880   2.13   0.58
WI 734   21     85.4    11    10      1     0.8610   2.13   1.09
IN 125    1     13.7     1    11      2     0.7820   2.12   0.45
WI 644    5     27.7     4     8      3     0.7150   2.12   0.65
VA 148   15     23.1     5     5      1     0.2820   2.12   0.53
WI 565    1     17.3     1    36      4     2.1730   2.11   0.84
MN  37   30     88.1    25     4      1     0.2320   2.10   2.35
IL 139    1     81.3     1     5      0     0.1670   2.10   0.47
WI 494    6     97.4     3     6      1     0.5370   2.10   0.53
OH  13    1     82.3     1     3      1     0.0460   2.09   0.47     
IN 507   54     29.9    24     5      2     0.4720   2.09   1.72     
IL 120    1     24.9     1     7      2     0.5650   2.09   0.42
VA 137    1     37.7     1     3      1     0.0640   2.09   1.11     
WI 487    1     53.6     1     6      1     0.4940   2.09   0.53
WI 571   82     39.6    35    12      2     1.0240   2.08   1.71
MN  54    3     70.3     2     5      1     0.3800   2.07   0.62
OH  66    1     40.8     1     4      1     0.0880   2.07   0.37     
WI 713    5     91.5     4     6      1     0.5650   2.06   0.67
WI 583    2     54.8     2    12      2     1.1230   2.06   0.58
IL 166    1     25.0     1    12      0     0.7540   2.05   0.39
OH  23    1     62.8     1     4      0     0.0570   2.05   0.45     
MN  47    1     82.9     1     4      1     0.2650   2.05   0.71
IN 100    1     33.8     1     3      3     0.2840   2.04   0.71
IN 102    1     32.7     1     5      1     0.3570   2.04   0.55
IL 142    1     60.1     1     4      1     0.2450   2.04   0.37
IN 508    1     24.8     4     4      4     0.6130   2.02   1.63     
MN  66   27     49.7    26     8      1     0.6910   2.02   2.49
WI 440   21     91.8     9     4      1     0.3160   2.02   0.89
MN 512    1     54.9     1     7      1     0.5880   2.01   0.53     
IL 168    1     33.0     1     8      0     0.4890   2.01   0.42
IL 102   26     61.2     9     5      0     0.2390   2.01   0.87
WI 616    1     32.1     2     8      1     0.6900   2.00   0.76
WI 752   18     79.3    10     4      4     0.7500   2.00   1.01
MN  41    1     86.3     1     3      2     0.2600   1.99   0.82
OH  36    1     44.8     1     3      1     0.0440   1.99   0.45     
MN  40    1     88.2     1     3      2     0.2630   1.99   0.74
IL 126    1     97.4     1     4      0     0.1420   1.97   0.39
IN 126   11     60.0     5     4      1     0.2290   1.96   0.60
WI 619    3     28.2     3     9      1     0.7870   1.96   0.71
IN 123   68     41.6    20     5      1     0.3960   1.96   1.17
WI 617    1     42.5     1    11      1     0.8620   1.95   0.58
IL 111    1     66.6     1     4      0     0.1620   1.94   0.39
MN  17   10     99.7     6     7      -     0.5500   1.94   0.75
WI 478    3     56.1     2     6      1     0.5170   1.94   0.45
IA   3   59     64.3    28     4      1     0.3060   1.94   1.86     
NC 510    4     54.9     1     2      2     0.0840   1.89   0.29     
NC 502   33     77.9    75     2      2     0.0680   1.89   6.91     
IL 132    1     80.2     1     4      0     0.1870   1.88   0.45
MN  30    6     94.4     3     4      0     0.2200   1.87   0.53
VA  63   15      6.6     3    12      5     0.3340   1.86   0.32
IL 133    1     64.1     1     4      0     0.1990   1.86   0.45
MN 102    1     78.3     1     4      0     0.1940   1.85   0.47
IL 171    1     26.7     1     8      0     0.6180   1.85   0.47
MN 511   52     96.9    13     6      1     0.6990   1.85   0.96     
WI 549    1     47.7     1     9      1     0.8840   1.85   0.53
MN  32    1     94.2     1     3      1     0.2440   1.84   0.53
WI 512    3     42.4     7    12      3     1.4760   1.83   1.43     
NC 504    4     43.4     1     2      4     0.1570   1.83   0.25     
IL 118    1     22.7     1     8      1     0.6920   1.83   0.42
WI 541   15     28.7    17     8      4     1.1830   1.83   1.80
KY 500   14     88.0     4     2      1     0.0040   1.82   0.43     
MN  25    5     96.9     4     7      0     0.6330   1.82   0.61
MN  99    1     92.6     1     6      0     0.5260   1.82   0.68
IN 154   53     30.4    12     4      3     0.5570   1.82   0.87
IL 162    1     23.2     1    11      1     0.9810   1.81   0.42
MN  44    1     84.4     1     4      0     0.2640   1.81   0.50
MN  42    1     85.0     2     3      1     0.2480   1.81   0.84
WI 559    5     15.7     4    12      4     1.2360   1.81   0.91
WI 554   11     26.4    10    18      3     1.7860   1.80   1.20
MN  62    1     59.2     1     7      0     0.5910   1.80   0.47
WI 596    1     49.0     1    10      1     0.9610   1.80   0.53
WI 573    6     33.6     4     6      1     0.6550   1.80   0.60
IL  83    1     71.1     1     3      1     0.2380   1.79   0.42     
MN  59    1     69.2     2     3      1     0.2380   1.79   1.11
IL 154    1     30.4     1     6      1     0.6690   1.78   0.55
IL 153    1     99.2     1     3      0     0.0930   1.78   0.26
WI 702    1     15.7     1    10      1     0.9710   1.77   0.47
NC 514   15     38.2     2     2      2     0.2130   1.77   0.21     
MN  65    1     55.2     1     4      2     0.5760   1.77   0.47
WI 555    1     34.3     1    11      1     0.8430   1.77   0.55
IN 152   31     18.6     8     5      1     0.5580   1.76   0.75
MN  43    2     74.6    11     4      2     0.6250   1.76   3.03
IL 176    1     31.5     1     3      1     0.2340   1.75   0.39
MN 110    1     97.0     1     6      0     0.5880   1.74   0.39
WI 756   16     15.4    11    12      4     1.1790   1.73   1.14
IL 170    1     31.7     1     6      0     0.5100   1.72   0.39
MN  35   18     83.1    10     4      0     0.3060   1.72   1.01
IA 519  142     44.9    59     4      1     0.4610   1.72   1.66     
MN  49    1     84.6     2     3      0     0.1210   1.72   0.74
WI 544    1     30.5     1    10      1     1.0950   1.71   0.55
WI 754   24     26.2    22    12      4     1.6560   1.70   2.14
WI 590    1     26.9     1    13      1     1.2190   1.70   0.55
WI 436    4     97.5     3     3      0     0.1730   1.69   0.57
IN 155    1     20.5     1     3      5     0.5410   1.69   0.87
WI 714    9     45.4     5    17      1     1.5350   1.69   0.67
MN  48    1     77.9     1     4      0     0.3540   1.67   0.53
IL  99   26     59.3     8     4      0     0.3390   1.66   0.77     
MN  36    1     93.7     1     3      0     0.1950   1.66   0.55
IL 148    1     39.4     1     4      0     0.3570   1.65   0.37
IL 127    1     77.4     2     3      -     0.1790   1.65   0.58
WI 684   61     11.6    27    10      3     0.8350   1.65   1.75
NC 506    7     58.7    20     2      4     0.1590   1.65   2.49     
WI 574    5     24.9     4    12      2     1.0390   1.62   0.83
IL 167    1     38.0     1     4      0     0.3370   1.60   0.47
MN  33   11     86.9     4     6      0     0.6950   1.59   0.48
WI 424    1     95.7     1     3      0     0.2430   1.58   0.58
IA   2    1     54.4     2     3      0     0.2110   1.56   0.89     
NC 508   11     89.1     2     2      0     0.0220   1.55   0.24     
IL 155    1     58.5     1     3      0     0.2250   1.54   0.45
WI 743    2     31.3     4    17      3     1.9270   1.53   1.05
IL  84    1     70.8     1     3      0     0.2730   1.51   0.32
IL  85    1     66.5     1     3      0     0.2740   1.49   0.39     
MN 117    1     91.5     1     3      1     0.5260   1.46   2.03
WI 421    1     95.2     2     3      0     0.3380   1.46   0.76
IN 109    1     22.1     2     3      4     0.7550   1.46   0.87
MN  38    1     95.0     1     3      0     0.3440   1.45   0.50
OH  25    1     12.6     1     3      3     0.1940   1.45   0.32     
MN  73    1     40.9     1     4      0     0.4740   1.43   0.34
MN  67    1     57.2     1     3      0     0.3310   1.41   0.55
WI 739    2     30.2     2    17      2     1.8640   1.40   0.58
MN  72    1     37.1     1     6      2     1.0210   1.39   0.47
MN 257   11     91.3     6     2      0     0.1390   1.39   0.72
WI 726    6     33.9     4    20      1     1.9110   1.34   0.64
WI 529    1     68.6     1     3      0     0.3880   1.34   0.34     
IL 160    8     28.5     3     7      0     0.8610   1.30   0.38
MN 105    1     60.9     1     3      0     0.4060   1.30   0.39
MN 513    1     63.0     1     3      0     0.4180   1.29   0.39     
MN 508    9     42.5     2     5      0     0.8080   1.24   0.27     
MN 258   17     96.8     7     1      1     0.0520   1.23   0.72
MN 266   14      2.7    11     7     13     0.1080   1.20   1.19
WI 568    4     13.2     3    14      3     1.4720   1.12   0.55
OH  15    1     11.0     1     3      4     0.2870   1.08   0.42     
NC  22    1     61.7     5     1      4     0.0840   1.07   1.68
WI 463    3     60.0     3     7      1     1.3710   1.07   0.65
WI 557    1     33.0     1     5      1     0.8560   0.99   0.58
IN 153   15     11.2     4     9      1     0.9700   0.98   0.42
MN 262   16     69.2     8     1      0     0.0620   0.98   0.83
MN 515    8     41.8     3     5      0     0.9910   0.97   0.38     
OH   9    2      8.2     2     8      1     0.4520   0.91   0.51     
MN 259   16     76.0     8     1      0     0.1320   0.90   0.83
WI 742    1     42.6     1     7      2     1.6750   0.86   0.58
WI 705    1     13.2     1     6      1     1.0560   0.76   0.45
MN 260    8     53.7     1     3      0     0.8270   0.76   0.17
IL 125    1      9.1     1    13      2     0.9030   0.75   0.47
WI 653   68      5.6    36     9      6     0.6840   0.72   2.11
MN 514    8     52.8     3     2      0     0.6350   0.68   0.39     
WI 638   10      8.7     9     9      3     1.0070   0.58   1.13
WI 668   13      9.8     7    12      2     1.0260   0.56   0.78
MN 261    4     58.4    40     1      1     0.5580   0.54   6.61
WI 755   16     11.7     6    11      2     1.3140   0.49   0.62
IN 514    1      4.4     1    11     12     1.2960   0.37   1.26     
WI 588    1     27.2     1     3      1     1.2370   0.33   0.50
IN  92    1      6.2     2    13      0     0.6550   0.32   1.42
IL 137    1     10.5     1     9      0     0.6580   0.29   0.39
WI 587    1      9.8     2    11      4     1.2880   0.23   1.03
WI 514    1      8.9     2    10      5     1.3110   0.15   1.21     
WI 686    1      3.9     2    11      3     0.5480   0.12   0.92
IL 131   12      8.0     4    10      2     0.8120   0.12   0.46
MN 263   15     76.0    13     0      0     0.0830   0.05   1.38
IN 151    9      4.3     2     5      2     0.4650   0.00   0.27
MN 255   16     99.1     0    -1      -     0.1770   0.00   0.00
IN  96    6      3.7     3    18      0     0.8150   0.00   0.44
WI 663    3      2.3     2     8      4     0.9040   0.00   0.52
IN 512    1      3.0     1    10     73     1.4790   0.00   0.47     
WI 753    1     68.9     0    -1      0     0.3820   0.00   0.21
WI 576   27      7.3    35    14      5     1.3850   0.00   3.35
VA 168    9      2.6     1     0      7     0.4770   0.00   0.13
IN  94    6      1.4    15    11      0     0.7700   0.00   2.40
WI 501    1      5.0     1    12      2     1.3540   0.00   0.55     
MN 256    8     95.8     0    -1      -     0.1550   0.00   0.00
WI 687    1      2.0     1    11      2     0.9890   0.00   0.58
IN 511   32      1.7    10    10      8     1.1500   0.00   0.93     
MN  86    1      1.3     1     3      1     0.1350   0.00   0.84
MN 518   16      5.0    20     3      1     0.5440   0.00   2.08     
MN 517   10      4.2     3     4      1     0.4550   0.00   0.38

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 500   34     26.0    18  1282    846     0.1370  12.94   1.64
OH  69   79     17.1    36   148     39     0.5920   7.15   1.82
VA  74   23     23.8    35    75     33     0.1250   7.12   3.42
IN 145   82      2.8   138   699    230     1.2730   6.97   6.73
OH  77   33     23.1    61   177     12     0.4050   6.47   5.62
VA   5  169     35.3   165    50     18     0.3230   6.23   3.91
VA  12   95     26.5   102    52     15     0.2790   6.00   4.29
OH  59    3     14.8    12    32     42     0.1980   5.93   2.52
VA  81    2     35.3     8    21    113     0.0590   5.47   2.31
OH 116    1     46.8     3    35      7     0.0350   5.25   1.50
OH  32    2     60.7     7    44      3     0.0150   5.04   2.05
IN 515    3     10.0     8    59     41     0.9970   4.82   1.63     
IL  75  229     25.9   108    87      6     0.8770   4.82   1.89
OH  74    3     34.0    12    14     10     0.2800   4.20   2.90
IL  80  145     68.9    62    11     10     0.1950   4.19   1.71
VA  60  132     15.6    60     9     12     0.2100   4.05   1.82
IL  76  299     29.1   195    17      9     0.4230   3.97   2.61
VA  41    9     15.6    20    16      5     0.3880   3.83   2.68
VA 159    1     27.2     2    11      6     0.3460   3.82   1.21
OH  76   46     39.3    51    10      7     0.1720   3.70   4.08
VA  13   76     32.8    78     7     16     0.1080   3.62   4.10
WI 120    5     54.1     9    17      5     0.5820   3.49   1.38
NC  13    1     61.0     5     6     20     0.0240   3.46   2.21
OH  26   20     19.8    16     8      6     0.1480   3.45   1.59
WI 513   56     23.3    35    35      5     0.9460   3.41   2.43     
NC   3    1     69.7     4     7      3     0.0150   3.34   1.61
WI  67   63     73.2    36     8      6     0.3940   3.34   2.26
WI 390  503     91.1   223    10      3     0.3430   3.25   1.77
IN  85   85     22.5    73    14      5     0.7070   3.23   3.43
OH  19   21     27.9    17     9      3     0.1210   3.21   1.68
VA  46   11     20.4    12     7      6     0.3890   3.20   1.44
IL  74   71     48.8    36     9      5     0.3880   3.18   2.02     
MN  57   80     63.6    98    11      3     0.4590   3.09   4.90
NC   5    1     83.2     4     5      4     0.0960   3.06   1.29
MN 264   54     14.4    47    15      3     0.5930   3.04   3.37
WI 352  523     30.3   223    21      7     1.1980   2.96   1.71
OH 121    4     24.8    14     5      7     0.2230   2.96   2.49
IL  82   66     43.6    31     9      4     0.5240   2.85   1.87     
MN  56   25     65.2    26    10      2     0.4320   2.83   2.51     
WI 105    5     60.8     8     6      6     0.5090   2.82   1.29

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  62    1     29.1     2   184     28     0.1320   7.84   0.63
VA  76    1     10.0     1    98     38     0.2270   6.10   0.34
OH  78   80      6.4    10   411    107     1.6170   5.91   0.50
OH  64    1     12.4     2    59     24     0.2850   5.65   0.55
VA 141    2     34.5     2    14      8     0.2910   4.43   0.90
VA  14    1     33.1     1     9     12     0.2130   3.96   0.66
VA 162    2     27.8     2    16      2     0.0850   3.73   0.83
VA 140    1     40.8     1     7      6     0.2680   3.57   1.00
VA  58    1     29.3     3     8      6     0.2270   3.55   1.18
VA  15    2     17.5     2     9     13     0.3990   3.55   0.90
VA  71    1     35.2     1     7      4     0.0590   3.45   0.47
VA 155    1     41.3     1     6      8     0.2170   3.43   0.84
IN 114   17     34.9     5    20      2     0.5460   3.34   0.51
VA   4    1     51.8     1     6      4     0.1900   3.29   0.42
OH  43    1     22.9     1     6      9     0.2460   3.28   0.50
WV   2   26     45.9     8     7      4     0.1600   3.26   0.77
VA  66    2     17.0     2     5     12     0.1970   3.19   0.51
OH  38    1     30.3     1     9      2     0.1810   3.18   0.42
IN 121   12     17.5     4    19      3     0.7340   3.16   0.46
OH  57    1     71.3     2     8      2     0.0380   3.15   0.95     
OH 111    3     21.0     2     6      5     0.3100   3.14   0.43
WV   1    1     83.6     1     6      2     0.0270   3.00   0.47
WV  16    6     16.8     4     9      4     0.4440   2.98   0.55
OH  67   81      6.1    10   161      1     0.5960   2.94   0.49
IL 157    2     31.0     3    12      5     0.7450   2.93   0.94
OH  61    5     -0.0     3   562      1     0.3530   2.92   0.44
NC   4    1     78.8     1     7      1     0.0220   2.92   0.55
OH  50  104      9.8    13    12     24     0.4590   2.92   0.50
OH  49   27     24.0     7     5      5     0.1920   2.92   0.67
OH 110    1     27.8     1     6      3     0.2400   2.91   0.42
OH  51    1      9.8     1    13     11     0.5000   2.89   0.34
MN 114    1     26.7     1    20      1     0.7550   2.87   0.92
WV  14    1     26.0     1     6      4     0.2970   2.86   0.42
WV   5   31     36.1     9     5      4     0.2420   2.83   0.84
WV  41    6     44.2     2     5      3     0.1670   2.82   0.31
IL 158    6     20.5     6    11      5     0.8460   2.81   1.03
OH 106    1     64.8     1     7      1     0.0530   2.81   0.47
NC  16    1     64.6     1     5      3     0.0570   2.80   0.55
MN  80   11     18.0    10     8      2     0.3640   2.77   1.20
WV  15    1     27.1     1     5      4     0.2520   2.77   0.47
IL 117   30     55.3     6     6      2     0.1700   2.75   0.56
WI 737   50     43.2    34     9      4     0.5830   2.73   2.58
OH  27    1     60.8     4     5      2     0.0240   2.73   1.32
VA  80    1     11.1     1    11      6     0.1580   2.70   0.29
WI 676   62     15.1    36    10      5     0.7870   2.69   2.29
NC  10   39     40.9    19     4      5     0.1840   2.68   1.65
MN  69    6     45.7    21    11      3     0.7460   2.68   2.91
WV  10    3     28.4     2     5      3     0.2630   2.67   0.49
IL 136   10     44.1     3     6      2     0.2340   2.66   0.38
WI 612  420     19.9   117    12      4     0.7110   2.66   1.11
IL 156    1     30.2     2    10      3     0.6670   2.64   1.00
VA  82    5     33.6     8     4      7     0.0370   2.62   1.29
NC  15    1     67.7     1     3      8     0.0290   2.61   0.84
OH  46    1     20.2     1     4      9     0.2360   2.61   0.45
OH  18   15     45.9     5     6      1     0.0920   2.61   0.53
WI 439    1     87.7     1    10      0     0.3040   2.59   0.53
IN 138    1     77.1     1     8      0     0.1200   2.59   0.47
NC   2    1     32.2     1     3      5     0.1010   2.58   1.08
OH  73    1     53.9     5     4      3     0.0960   2.57   2.50     
WV  45    1     27.3     1     5      2     0.2380   2.57   0.45
OH  12    1     15.3     1     5      3     0.2590   2.57   0.39
WV   6    1     39.4     1     4      3     0.2180   2.56   0.47
IL 161   33     17.4     8    20      2     1.0040   2.55   0.74
WV   4    1     34.7     1     4      3     0.1940   2.53   0.45
WI 720   33     57.4    36     7      3     0.5080   2.53   3.31
OH  75    1     48.0     1     5      2     0.1160   2.53   0.45
IL  90  288     58.1    61     9      2     0.5900   2.52   0.85     
WI 660   74     23.2    35    11      3     0.7730   2.52   1.89
OH  22    1     65.1     1     5      1     0.0460   2.51   0.47
WI 457   69     67.2    45     5      3     0.3450   2.51   2.60
VA 147    5     22.7     9     5      3     0.2900   2.50   1.55
IN 120    1     97.9     1     5      1     0.0900   2.49   0.37
WI 719    2     50.1     2     7      3     0.5150   2.49   0.62
WI 665   94     37.7    33     9      1     0.4200   2.48   1.40
MN  50   33     72.9    41     6      2     0.3650   2.48   3.77
VA  11    1     49.8     1     3      5     0.0910   2.47   0.95
OH  63   55     73.4    15     5      1     0.0740   2.46   1.06
IL 119   13     37.6     5     8      1     0.2860   2.45   0.56
VA 142    1     45.3     1     3      4     0.1000   2.44   1.00
VA  72    1      5.9     1    84      -     0.3310   2.44   0.29
VA  16    1     41.5     1     3      5     0.0580   2.44   0.45
IL 114    1     48.1     1     4      3     0.2300   2.43   0.45
IL 107    1     43.8     1     6      2     0.3990   2.42   0.45
NC  14    1     46.3     1     5      1     0.1200   2.42   0.37
IN 500    3     15.6     2    11      2     0.8280   2.42   0.47     
IN 131    8     51.5     3     7      1     0.2640   2.41   0.40
OH  68    1     58.1     2     3      3     0.0710   2.41   1.05     
WI 567   95     57.4    45    11      4     1.0460   2.41   1.89
IN 501    1     14.8     3     8      4     0.8160   2.41   1.08     
IL 181    3      1.8     4    78      8     0.7690   2.39   1.05
IL 173    1     22.8     1     8      3     0.7200   2.39   0.45
OH 120    1     43.0     4     3      3     0.0960   2.39   1.63
IL 116    1     50.0     1     7      0     0.2030   2.38   0.42
WI 732  196     64.1    74    10      4     0.9890   2.37   1.51
VA 146    1     36.5     4     3     12     0.0540   2.37   2.08
IL  89   88     53.0    20    10      1     0.6210   2.35   0.91
WI 716    1     87.5     1    10      1     0.6940   2.34   0.58
VA 156    1     33.0     3     3      3     0.0620   2.33   1.21
WV  11    4     27.5     2     4      3     0.3330   2.33   0.38
WI 741    1     42.4     1    26      1     1.2870   2.32   0.42
IL 112    1     54.3     1     4      2     0.2170   2.31   0.42
WI 569  128     46.6    43    12      3     1.0740   2.30   1.34
VA  44    3     27.4     2     5      1     0.2670   2.30   0.47

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