I2D
Cunuhtiye Probabl Шу
□ Scout + BiItIiroiiI O Control Δ Pencap M
Figure 1. Cumulative Probabilty Functions for Profits, All Regions
Georgia farmers may apply Scout or Baythroid and
potentially reduce environmental degradation in ad-
dition to selecting a risk efficient chemical based on
profits. They may also select Scout, Orthene, or
Baythroid for risk efficiency associated with yield
and Baythroid for risk efficient damage control.
Louisiana farmers may ch∞se Orthene or Baythroid
for risk efficiency associated with profit, Orthene for
yield efficiency, and Baythroid for damage control.
Considering years 1988 and 1989 separately, with
all regions combined, Penncap M enters the risk
efficient sets for profit and yield in 1988, and for
profit and damage in 1989. S∞ut still remains in the
efficient set for profit, yield, and damage for each
separate year, with the exception of the efficient set
90