Golden Frances V, Britch Seth C, Aldridge Robert L, Wittie Jeremy, Gutierrez Arturo, Snelling Melissa, Henke Jennifer A, Linthicum Kenneth J
J Am Mosq Control Assoc. 2018 Mar;34(1):63-66. doi: 10.2987/17-6703.1.
The invasive is an important disease vector increasing in frequency in hot-arid regions of the USA such as the Southwest. Within hot-arid surroundings this mosquito may be confined to peridomestic locations that tend to be cooler and humid, such as in lush, irrigated ornamental vegetation surrounding homes. However, to reach these habitat refugia, ultra-low volume (ULV) applications of insecticides targeting this mosquito must retain efficacy after being sprayed from the air or street where hot-arid conditions are prevalent. We investigated the efficacy of a biologically based larvicide, spinosad (Natular 2EC), applied as a ULV in a hot-arid environment targeting . We found that this pesticide is able to penetrate this environment and has the potential to act as a residual.
这种侵入性蚊子是一种重要的疾病传播媒介,在美国西南部等炎热干旱地区的出现频率正在增加。在炎热干旱的环境中,这种蚊子可能局限于周边环境较为凉爽湿润的区域,比如房屋周围繁茂的灌溉观赏植被中。然而,为了到达这些栖息地避难所,针对这种蚊子的超低容量(ULV)杀虫剂喷雾必须在炎热干旱的空气中或街道上喷洒后仍保持效力。我们研究了一种基于生物的杀幼虫剂多杀菌素(Natular 2EC)在炎热干旱环境中作为超低容量喷雾针对[蚊子名称未给出]的效果。我们发现这种杀虫剂能够渗透到这种环境中,并有可能起到残留作用。