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陷阱颜色和放置高度对山核桃果园中食菌小蠹捕获量的影响

Effects of Trap Color and Placement Height on the Capture of Ambrosia Beetles in Pecan Orchards.

作者信息

Acharya Rajendra, Veerlapati Shivakumar, Koirala Madhav, Sawyer Andrew, Barman Apurba K

机构信息

Department of Entomology, University of Georgia, Tifton, GA 31793, USA.

University of Georgia Extension, Statesboro, GA 30458, USA.

出版信息

Insects. 2025 May 28;16(6):569. doi: 10.3390/insects16060569.

Abstract

Ambrosia beetles (Coleoptera: Curculionidae: Scolytinae) in the tribe Xyleborini are economically important pests of woody ornamentals, tree nuts, and fruit orchards, including pecans in the United States. Among them, the granulate ambrosia beetle, (Motschulsky), is the most common species in pecan orchards in Georgia. Various traps, including ethanol-mediated Lindgren multi-funnel traps, panel traps, bottle traps, sticky cards, and ethanol-infused wooden bolts, are used in ambrosia beetle monitoring programs. Trap color and placement height are important factors that increase trap effectiveness. To improve trap effectiveness for ambrosia beetles, we conducted a color and height preference experiment under field conditions using six different colored sticky cards, including black, blue, green, red, transparent, and yellow, placing them at three different heights (15, 60, and 120 cm from ground level). The results show that red and transparent sticky cards consistently captured a higher number of ambrosia beetles, whereas yellow-colored sticky cards consistently captured a lower number of ambrosia beetles compared to all other tested colors of sticky cards. A similar trend was observed with in field and laboratory settings. Among the evaluated trap heights, more ambrosia beetles, including , were consistently captured in the sticky cards placed at a height of 60 cm from the ground surface. Additionally, we monitored natural infestations of ambrosia beetles in commercial pecan orchards in Georgia and found more damage to pecan trees near the ground surface (45 cm) compared to the upper parts. We also recorded three ambrosia beetle species, , the black stem borer, (Blandford), and the Southeast Asian ambrosia beetle, (Blandford). Among them, (90.50%) was the most abundant species in the pecan orchards. Therefore, red and transparent sticky cards placed at a height of 45 to 60 cm could improve the trap efficacy and can be used for monitoring ambrosia beetles in pecan orchards.

摘要

射小蠹族(鞘翅目:象甲科:齿小蠹亚科)的食菌小蠹是木本观赏植物、坚果树和果园(包括美国的山核桃园)的重要经济害虫。其中,颗粒食菌小蠹(Motschulsky)是佐治亚州山核桃园最常见的物种。食菌小蠹监测项目使用了各种诱捕器,包括乙醇介导的Lindgren多漏斗诱捕器、平板诱捕器、瓶式诱捕器、粘虫板和注入乙醇的木螺栓。诱捕器颜色和放置高度是提高诱捕器效率的重要因素。为了提高食菌小蠹诱捕器的效率,我们在田间条件下使用六种不同颜色的粘虫板(包括黑色、蓝色、绿色、红色、透明色和黄色)进行了颜色和高度偏好实验,并将它们放置在三个不同高度(距离地面15、60和120厘米)。结果表明,与所有其他测试颜色的粘虫板相比,红色和透明粘虫板捕获的食菌小蠹数量始终较高,而黄色粘虫板捕获的食菌小蠹数量始终较低。在田间和实验室环境中对颗粒食菌小蠹也观察到了类似趋势。在评估的诱捕器高度中,放置在距离地面60厘米高度的粘虫板始终捕获到更多的食菌小蠹,包括颗粒食菌小蠹。此外,我们监测了佐治亚州商业山核桃园食菌小蠹的自然侵染情况,发现与上部相比,靠近地面(45厘米)的山核桃树受到的损害更大。我们还记录了三种食菌小蠹物种,即颗粒食菌小蠹、黑茎小蠹(Blandford)和东南亚食菌小蠹(Blandford)。其中,颗粒食菌小蠹(90.50%)是山核桃园中数量最多的物种。因此,放置在45至60厘米高度的红色和透明粘虫板可以提高诱捕效果,可用于监测山核桃园中的食菌小蠹。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/5274/12192780/5f3ebfbd71fa/insects-16-00569-g001.jpg

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