Entomological light traps use sources of artificial light, most commonly with a strong short-wavelength component (Jonason et al.2014; White et al.2016; Donners et al.2018), to sample the abundance and diversity of insect communities. Light traps have several well-established sampling biases (M...
UV light sensitivity is prevalent in nocturnal animals, even dichromats such as rodents, owls and deep-sea fishes23,67,68. UV contrast is a foraging cue for moths, for example nectar guides in many-night blooming flowers69, and UV light is commonly used as an attractant to moth traps70,...
Many insects that are active at night, such as cockchafers, crickets and moths, are attracted to light (Owens and Lewis, 2018). Moths (Lepidoptera) are an important part of the terrestrial food web (Rich and Longcore, 2006) and the main nocturnal pollinator of flowers (Macgregor et al.,...
wide mark-release-recapture experiments were carried out in forest habitats in central Europe in order to investigate whether the percentage of marked moths recaptured at weak artificial light sources (2 脳 15 W UV-light tubes) is dependent on the distance they were...
Insects are able to see ultraviolet (UV) radiation. Nocturnal insects are often attracted to light sources that emit large amounts of UV radiation, and dev... M Shimoda,KI Honda - 《Applied Entomology & Zoology》 被引量: 104发表: 2013年 ...
(λmax) in the ultraviolet (UV) (300–400 nm), blue (400–550 nm), and green/red (450–620 nm) wavelengths (LW). RH4–6 are implicated in color vision, but Lepidoptera also possess the non-visual RH7, which is associated with light sensing needed to maintain circadian rhythm...
These three illumination types differed in the amount of luminance, percentage of UV and short-wavelength light which are known to affect flight-to-light of moths. During our three-year field study approximately 20% of all known moth species in Slovenia were recorded. The blue and yellow ...
The maxi lamp also attracted 17% more moths and 6% more species than the same lamp with UV radiation only (LepiLED maxi switch UV mode: 0.59 W). However, the maxi lamp only performed significantly better in exposed microhabitats, whereas the UV lamp performed similarly ...
The primary components of the light trap vision system were the ultraviolet (UV light) fluorescent tube from Bioform [23] (Article No.: A32b), the light table from Computer-mester [24], and the computer vision system as illustrated inFigure 1. The purpose of the UV light was to attract...
The primary components of the light trap vision system were the ultraviolet (UV light) fluorescent tube from Bioform [23] (Article No.: A32b), the light table from Computer-mester [24], and the computer vision system as illustrated in Figure 1. The purpose of the UV light was to attrac...