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评估BG-Sentinel诱蚊器作为一种管理工具在意大利城市环境中减少白纹伊蚊滋扰的效果。

Evaluation of BG-Sentinel Trap as a Management Tool to Reduce Aedes albopictus Nuisance in an Urban Environment in Italy.

作者信息

Englbrecht Christian, Gordon Scott, Venturelli Claudio, Rose Andreas, Geier Martin

机构信息

1  Institut für Zoologie, Universität Regensburg, Universitätsstrasse 31, 93053 Regensburg, Germany.

出版信息

J Am Mosq Control Assoc. 2015 Mar;31(1):16-25. doi: 10.2987/14-6444.1.

Abstract

Since its introduction and establishment in Italy during the early 1990s, the Asian tiger mosquito, Aedes albopictus, has spread over large parts of Italy and other Mediterranean countries. Aedes albopictus is both a nuisance and a competent vector for various arthropod-borne pathogens. Although efficient traps for Ae. albopictus exist and are used for population monitoring, their use as a control tool has not yet been studied. We evaluated Biogents BG-Sentinel mosquito traps, used with the BG Lure, as control tools in northern Italy. The trial was performed as a controlled experiment in which 3 intervention sites, equipped with 7 or 8 BG-Sentinel traps each, were matched with 3 comparable control sites. Trap density ranged from 1 trap per 150 m² to 1 per 350 m². Mosquito populations were monitored at both the intervention and control sites with weekly human landing collections (HLC) and ovitraps. Between 64% and 87% fewer Ae. albopictus individuals were collected by HLC at the intervention sites with the BG-Sentinel mosquito traps, as compared to the untreated control sites. These results indicate that the sustained use and proper placement of efficient mosquito traps can significantly reduce Ae. albopictus biting pressure.

摘要

自20世纪90年代初在意大利引入并定殖以来,白纹伊蚊这一亚洲虎蚊已扩散至意大利大部分地区及其他地中海国家。白纹伊蚊既是一种令人讨厌的蚊虫,也是多种节肢动物传播病原体的有效传播媒介。虽然存在用于白纹伊蚊的高效诱捕器并用于种群监测,但尚未研究将其用作控制工具的情况。我们评估了与BG引诱剂一起使用的Biogents BG-哨兵蚊虫诱捕器在意大利北部作为控制工具的效果。该试验作为一项对照实验进行,其中3个干预地点各配备7个或8个BG-哨兵诱捕器,并与3个可比的对照地点相匹配。诱捕器密度范围为每150平方米1个诱捕器至每350平方米1个诱捕器。在干预地点和对照地点,均通过每周一次的人饵诱捕法(HLC)和诱蚊产卵器监测蚊虫种群。与未处理的对照地点相比,在使用BG-哨兵蚊虫诱捕器的干预地点,通过HLC收集到的白纹伊蚊个体数量减少了64%至87%。这些结果表明,持续使用高效蚊虫诱捕器并合理放置可显著降低白纹伊蚊的叮咬压力。

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