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Th# temporal efficiency of the Pherocon® AM trap in capturing adult western corn rootworms, Diabrotica virqifera virqifera LeConte, was studied over a ten-day period in two fields of corn following corn with different infestation levels. Traps were either replaced every two days or remained in the field for the entire period and were either unbaited or baited with a Conrel® fiber. The field infestation level difference was not detected by trap captures and the use of these traps baited with Conrel fibers is not recommended for population estimation. Unbaited traps replaced every two days captured more beetles than similar traps left in the field for ten days, but when the traps were baited with pheromone the opposite was true. The temporal efficiency of the unbaited traps declined at a rate of 1.8% per day over the length of the study; however, the temporal efficiency of the baited traps increased at a rate of 4.8% per day. A two-plant count, counting the number of beetles on each of two plants, was taken at two-day intervals near each trap. Comparisons of counts near five two-day traps with counts near one ten-day trap for both fields determined that

The western corn rootworm synthetic sex pheromone: optimal concentration and source, area of influence, and male response disruption