SummaryHoneybees, like humans and most other vertebrates, are colour-blind in dim light. Bees are primarily day-active and have apposition compound eyes, the typical eye design of diurnal insects. Most bees are trichromats with photoreceptors sensitive in the UV, blue and green [1]. While their diurnal colour vision was established almost 100 years ago, honeybees are known to be colour-blind in moonlight [2]. Here, we present the first evidence that the only known obligately nocturnal bee, the Indian carpenter bee Xylocopa tranquebarica (Fabricius), which flies even on moonless nights [3], uses colour vision to discriminate artificial landmarks at the nest in starlight. Humans, in contrast, are colour-blind at half-moon illumination. This f...
Nocturnal animals relying on vision typically have eyes that are optically and morphologically adapt...
A century ago, in his study of colour vision in the honeybee (Apis mellifera), Karl von Frisch showe...
SummaryNocturnal animals relying on vision typically have eyes that are optically and morphologicall...
Honeybees, like humans and most other vertebrates, are colour-blind in dim light. Bees are primarily...
Honeybees, like humans and most other vertebrates, are colour-blind in dim light. Bees are primarily...
AbstractBackground: Some bees and wasps have evolved nocturnal behavior, presumably to exploit night...
AbstractSome eyes work better in the dark than others. The apposition type of compound eye that bees...
AbstractBees are predominantly diurnal; only a few groups fly at night. An evolutionary limitation t...
Background: Some bees and wasps have evolved nocturnal behavior, presumably to exploit night-floweri...
Behind each facet of the compound eye, bees have photoreceptors for ultraviolet, green, and blue wav...
In response to the pressures of predation, parasitism and competition for limited resources, several...
The ability to see colour at night is known only from a handful of animals. First discovered in the ...
BACKGROUND: Recent studies on colour discrimination suggest that experience is an important factor i...
BACKGROUND: Recent studies on colour discrimination suggest that experience is an important factor i...
BACKGROUND: Recent studies on colour discrimination suggest that experience is an important factor i...
Nocturnal animals relying on vision typically have eyes that are optically and morphologically adapt...
A century ago, in his study of colour vision in the honeybee (Apis mellifera), Karl von Frisch showe...
SummaryNocturnal animals relying on vision typically have eyes that are optically and morphologicall...
Honeybees, like humans and most other vertebrates, are colour-blind in dim light. Bees are primarily...
Honeybees, like humans and most other vertebrates, are colour-blind in dim light. Bees are primarily...
AbstractBackground: Some bees and wasps have evolved nocturnal behavior, presumably to exploit night...
AbstractSome eyes work better in the dark than others. The apposition type of compound eye that bees...
AbstractBees are predominantly diurnal; only a few groups fly at night. An evolutionary limitation t...
Background: Some bees and wasps have evolved nocturnal behavior, presumably to exploit night-floweri...
Behind each facet of the compound eye, bees have photoreceptors for ultraviolet, green, and blue wav...
In response to the pressures of predation, parasitism and competition for limited resources, several...
The ability to see colour at night is known only from a handful of animals. First discovered in the ...
BACKGROUND: Recent studies on colour discrimination suggest that experience is an important factor i...
BACKGROUND: Recent studies on colour discrimination suggest that experience is an important factor i...
BACKGROUND: Recent studies on colour discrimination suggest that experience is an important factor i...
Nocturnal animals relying on vision typically have eyes that are optically and morphologically adapt...
A century ago, in his study of colour vision in the honeybee (Apis mellifera), Karl von Frisch showe...
SummaryNocturnal animals relying on vision typically have eyes that are optically and morphologicall...