Allan Sandra A, George Justin, Stelinski Lukasz L, Lapointe Stephen L
Center for Medical, Agricultural and Agricultural Entomology, Agricultural Research Service, United States Department of Agriculture, Gainesville, FL 32608, USA.
US Horticultural Research Laboratory, Agricultural Research Service, United States Department of Agriculture, 2001 South Rock Road, Fort Pierce, FL 34945, USA.
Insects. 2020 Jul 16;11(7):452. doi: 10.3390/insects11070452.
Laboratory assays were conducted to evaluate responses of to various aspects of visual cues associated with traps in an effort to improve trap effectiveness. Addition of white or UV violet but not yellow light-emitting diodes (LEDs) increased attraction to standard yellow adhesive traps moderately (11-17%), with no difference in attraction between white or UV violet LEDs. Addition of a black border on yellow traps enhanced collections. However, there were no differences between attraction to black patterns on traps. Comparisons were made between different commercial paints, some with UV-reflecting properties or fluorescence. A yellow paint with UV reflectance, used for painting bird decoys (decoy yellow), was more attractive than the standard yellow Olson sticky trap. Addition of white or green pigment to increase intensity or enhance green reflectance, respectively, did not increase attraction. Alteration of reflectance of Olson traps with addition of UV-reflecting or fluorescent pigments did not enhance attraction of . In field comparisons, decoy yellow and fluorescent yellow sticky traps were more attractive to than Olson yellow.
进行了实验室测定,以评估[具体对象]对与诱捕器相关的各种视觉线索方面的反应,旨在提高诱捕器的有效性。添加白色或紫外紫光发光二极管(LED)而非黄色LED适度增加了对标准黄色粘性诱捕器的吸引力(11%-17%),白色或紫外紫光LED之间的吸引力无差异。在黄色诱捕器上添加黑色边框可增加捕获量。然而,诱捕器上黑色图案的吸引力之间没有差异。对不同的商业涂料进行了比较,有些具有紫外线反射特性或荧光特性。一种用于绘制鸟类诱饵的具有紫外线反射率的黄色涂料(诱饵黄)比标准的黄色奥尔森粘性诱捕器更具吸引力。分别添加白色或绿色颜料以增加强度或增强绿色反射率,并未增加吸引力。添加紫外线反射或荧光颜料改变奥尔森诱捕器的反射率,并未增强[具体对象]的吸引力。在田间比较中,诱饵黄和荧光黄粘性诱捕器比奥尔森黄对[具体对象]更具吸引力。