Sharif Shukri, Liénard Emmanuel, Duvallet Gérard, Etienne Lucas, Mongellaz Clément, Grisez Christelle, Franc Michel, Bouhsira Emilie, Jacquiet Philippe
UMR INRAE ENVT 1225, Interactions Hôtes Agents Pathogènes, Université de Toulouse, 31076 Toulouse, France.
CEFE, Université de Montpellier, CNRS, EPHE, IRD, Université Paul Valéry Montpellier 3, 34000 Montpellier, France.
Insects. 2020 Aug 27;11(9):575. doi: 10.3390/insects11090575.
is considered as a major pest of livestock worldwide. Insecticides have been extensively used to control this pest but resistance to these chemical compounds is now reported in many countries. Therefore, a more sustainable and efficient control is needed. Seven different types of blue screens, with reflectances around 460 nm, were tested during summer 2016 in southwestern France to evaluate their attractiveness and their specificity for stable flies. Height of the screen and orientation (east or west) of a blue screen were also considered. High levels of captures were recorded during this study (from 141 to 7301 individuals per blue screen and per day) whereas the numbers of tabanids and pollinator insects remained extremely low (less than 10 individuals per screen and per day). No significant difference in attractiveness has been shown between the different types of blue screens. The lower half of the blue screens caught significantly more stable flies (70%) than the higher half (30%). The "east" side of the screen attracted 60% of stable flies but this was not significantly different from the west side. These results are highlighting the interest in these blue polyethylene screens for controlling stable flies in cattle farms, in comparison with more expensive blue fabrics.
被认为是全球牲畜的主要害虫。杀虫剂已被广泛用于控制这种害虫,但现在许多国家都报告了对这些化合物的抗性。因此,需要一种更可持续和高效的控制方法。2016年夏季,在法国西南部对七种不同类型的蓝色屏幕进行了测试,其反射率约为460纳米,以评估它们对厩螫蝇的吸引力和特异性。还考虑了屏幕的高度和蓝色屏幕的朝向(东或西)。在这项研究中记录到了高水平的捕获量(每个蓝色屏幕每天捕获141至7301只个体),而虻类和传粉昆虫的数量仍然极低(每个屏幕每天少于10只个体)。不同类型的蓝色屏幕在吸引力方面没有显示出显著差异。蓝色屏幕的下半部分捕获的厩螫蝇(70%)比上半部分(30%)明显更多。屏幕的“东侧”吸引了60%的厩螫蝇,但这与西侧没有显著差异。与更昂贵的蓝色织物相比,这些结果凸显了这些蓝色聚乙烯屏幕在控制奶牛场厩螫蝇方面的价值。