Identification of an odor lure in field trials.

(a) Schematic of assay with a yellow sticky trap holding 3-odor blend lured trap and solvent trap on contra-lateral side. (b) Mean number of ACPs caught per trap per week (*, p = 0.01, n = 7 weeks, paired t-test; Data normally distributed, p>0.10, Kolmogorov-Smirnov test). (c) Mean preference index of ACP on 3-odor blend lured traps. n = 7. (d) Schematic representing the integrative Push and Pull strategy for ACP. Prolonged activators can potentially mask odor-mediated attraction of ACP to citrus trees. Additionally, ACP can be lured away from citrus by attractive odorants released by traps set elsewhere.

(a) 搭载3种气味混合物诱芯的黄色粘虫诱捕器与对侧布设溶剂对照诱捕器的试验装置示意图。(b) 每周每诱捕器捕获的亚洲柑橘木虱（ACP）平均数量（*，p=0.01，n=7周，配对t检验；数据符合正态分布，p>0.10，柯尔莫哥洛夫-斯米尔诺夫检验）。(c) 亚洲柑橘木虱对3种气味混合物诱捕器的平均偏好指数，n=7。(d) 针对亚洲柑橘木虱的整合式推-拉防控策略示意图。长效激活剂可潜在掩盖其通过气味介导的对柑橘植株的趋性；此外，通过在其他区域布设释放引诱性气味物质的诱捕器，可将其诱离柑橘植株。