Moth & Electric Lamp Effect

From GM-RKB
Jump to navigation Jump to search

A Moth & Electric Lamp Effect is a behavioral phenomenon in which moths and other insects are attracted to artificial light sources.

  • Context:
    • It can (typically) occur because moths and many other nocturnal insects use natural light sources, such as the moon, for navigation, a process known as transverse orientation.
    • It can (often) cause moths to become disoriented when they encounter artificial light sources, such as electric lamps, which they mistake for natural light.
    • It can (often) lead to insects circling the light or colliding with it, ultimately leading to exhaustion or death due to prolonged exposure.
    • It can (often) represent a Maladaptive Behavior.
    • ...
    • It can be influenced by the wavelength of the light, with UV light being particularly attractive to moths and other insects.
    • It can have ecological impacts, as the attraction to artificial lights can disrupt insect behavior, including feeding, mating, and migration patterns.
    • It can be a subject of interest in both ecological studies and the development of insect control technologies.
    • ...
  • Example(s):
  • Counter-Example(s):
    • a Pavlovian Response, where a conditioned stimulus, such as a bell, causes a dog to salivate because it has been associated with food.
    • a Placebo Effect, where a patient experiences real improvements in health after receiving a treatment with no therapeutic effect, simply because they believe it will work.
    • a Herding Behavior, where individuals in a group act collectively without centralized direction, often seen in human economic behavior or animal migration.
    • a Conditioned Taste Aversion, where an animal, after consuming a specific food that leads to sickness, avoids eating that food in the future, even if the sickness was unrelated.
  • See: Transverse Orientation, Artificial Light Pollution, Insect Behavior, Ecological Impact of Light Pollution, Light Wavelength, Insect Control Technologies


References