Recommended STS activities in 2003

Map:  
       

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

    Legend

    Table of PPA characteristics in 2003

State  Area Distance   N     Max   Max   Backgr. Priority Delimit   Action    Action Comment
PPA ID sqkm    km    traps  catch before  moths    index   index  recommended taken
NC-  5    1   81.8      1      4     0   0.158      1.91    0.45      -      delimit    
NC- 11   27   71.9     47     16   100   0.184      4.94    4.50    treat     treat 
NC- 46    1   69.1      1      3     0   0.113      1.71    0.47      -         -   
NC- 47    1   50.2      1      3     0   0.136      1.59    0.42      -         -   
NC- 48    1   80.2      1      3     0   0.202      1.61    0.42      -         -   
NC-100    3   50.8      2      4     0   0.190      1.73    0.49      -         -   
NC-101   24   44.0      8      9     1   0.408      2.44    0.78   delimit   delimit
NC-102    1   69.4      1      3     1   0.279      1.73    0.47      -         -   
NC-120    1   79.9      1      3     0   0.219      1.59    0.37      -         -   
VA- 47    1   43.6      1      3     0   0.147      1.54    0.37      -         -   
VA-198    1   42.3      1      3     2   0.196      1.90    0.45      -         -   
VA-211    1   36.1      1      8     1   0.492      2.11    0.42      -         -   

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