Recommended STS activities in 2010
Map:



Click near the border to see a neghboring map
Click on treatment blocks (red) to see details

    Legend

    Table of PPA characteristics in 2010

State  Area Distance   N     Max   Max   Backgr. Priority Delimit   Action    Action Comment
PPA ID sqkm    km    traps  catch before  moths    index   index  recommended taken
WI-240    1   13.3      1     11     1   1.134      0.95    0.47      -      delimit
WI-241    8    7.6      4     12     1   1.340      0.00    0.59      -       treat     
WI-242    9   17.1      6     10     0   0.839      1.41    0.80      -      delimit
WI-243    1   21.9      1      3     1   0.654      0.88    0.55      -         -   
WI-244    1    5.7      1      8     3   1.068      0.00    0.47      -         -   
WI-245    2    1.5      2     11     3   0.936      0.00    0.58      -      delimit
WI-246    4   14.8      4      6     4   0.512      2.17    0.89      -         -   
WI-247    1    9.9      1      3     2   0.633      0.00    0.55      -         -   
WI-248    1    3.4      1      4     4   0.785      0.00    0.87      -         -   
WI-249    5    0.6      5      7     4   0.768      0.00    0.80      -         -   
WI-302    1    2.1      0     -1     6   1.505      0.00    0.42      -       treat     
WI-304    1  -17.9      0     -1     7   1.313      0.00    0.26      -       treat     

ID = Identification number of the potential problem area (see the map).
Distance =
 
Distance from the beginning of the STS action zone, km. Negative distance means that the PPA is in the monitoring zone.
N traps = Number of traps in the problem area.
Max catch = Maximum number of moths captured within the problem area.
Max before = Maximum number of moths captured in a 3-km neighborhood in the previous year.
Priority index = Shows the priority for STS action (either treatment or delimiting).
Delimit index = Shows how well the area was delimited in the previous year.
Backgr. moths = Mean log moth counts in a 25-km neighborhood.

See details in: Decision algorithm explained.

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