Burkett Douglas A, Knight Ronald, Dennett James A, Sherwood Van, Rowton Edgar, Coleman Russell E
407th Air Expeditionary Group, United States Air Force, Tallil Air Base, Iraq.
J Med Entomol. 2007 Mar;44(2):381-4. doi: 10.1603/0022-2585-44.2.381.
We evaluated the effectiveness of commercially available light traps and sticky traps baited with chemical light sticks for the collection of phlebotomine sand flies. Evaluations were conducted at Tallil Air Base, Iraq, in 2003. In an initial study, a Centers for Disease Control and Prevention (CDC)-style trap with UV bulb collected significantly more sand flies than did an up-draft CDC trap, a standard down-draft CDC trap (STD-CDC), or a sticky strap with a green chemical light stick. In a subsequent study, we found that the addition of chemical light sticks to sticky traps resulted in a significant increase in the number of sand flies collected compared with sticky traps without the light sticks. These data indicate that 1) the CDC light trap with an UV bulb is an effective alternative to the standard CDC light trap for collecting phlebotomine sand flies in Iraq, and 2) that the addition of a chemical light stick to a sticky trap can result in a field-expedient tool for the collection of sand flies.
我们评估了市售诱虫灯和用化学荧光棒诱饵的粘虫板对采集白蛉的效果。评估于2003年在伊拉克塔利勒空军基地进行。在初步研究中,带有紫外线灯泡的疾病控制与预防中心(CDC)式诱捕器收集到的白蛉明显多于上吸式CDC诱捕器、标准下吸式CDC诱捕器(STD-CDC)或带有绿色化学荧光棒的粘带。在后续研究中,我们发现与没有荧光棒的粘虫板相比,在粘虫板上添加化学荧光棒会使收集到的白蛉数量显著增加。这些数据表明,1)带有紫外线灯泡的CDC诱虫灯是在伊拉克采集白蛉时替代标准CDC诱虫灯的有效选择,2)在粘虫板上添加化学荧光棒可形成一种便于野外采集白蛉的工具。