Because of intensive reliance on pesticide use for managing pests on greenhouse crops, arthropod resistance to pesticides has repeatedly left greenhouse growers with severe pest management challenges and few ready-to-use alternatives. Growers thus are actively seeking simple, cost-effective alter...
Because of intensive reliance on pesticide use for managing pests on greenhouse crops, arthropod resistance to pesticides has repeatedly left greenhouse growers with severe pest management challenges and few ready-to-use alternatives. Growers thus are actively seeking simple, cost-effective alternative solutions to pesticides. The Sanderson lab therefore seeks to develop integrated pest management tactics that are less likely to lead to resistance problems, emphasizing a biological control approach. Past research contributions for both the scientific community and eventually for growers have included studies on the biology, behavior, and applied ecology of important greenhouse arthropod pests, as well as of a range of arthropod predators and parasitoids, as well as fungal pathogens of insects. Some studies have evaluated the integration of pesticides with natural enemies. Fundamental studies of arthropod biology and behavior are always encouraged, but usually with a view toward some aspect of solving pest management challenges.