AbstractSome eyes work better in the dark than others. The apposition type of compound eye that bees and other diurnal insects possess is usually of little use after nightfall. Nevertheless some tropical sweat bees have pushed the limits of this unfavourable design so far that they can navigate using landmarks that are too dim for humans to make out
A crepuscular or nocturnal lifestyle has evolved in bees several times independently, probably to ex...
The foraging activity of diurnal bees often relies on flower availability, light intensity and tempe...
SummaryHoneybees, like humans and most other vertebrates, are colour-blind in dim light. Bees are pr...
Some eyes work better in the dark than others. The apposition type of compound eye that bees and oth...
In response to the pressures of predation, parasitism and competition for limited resources, several...
Background: Some bees and wasps have evolved nocturnal behavior, presumably to exploit night-floweri...
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...
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...
Bees are predominantly diurnal; only a few groups fly at night. An evolutionary limitation that bees...
Most bees are diurnal, with behaviour that is largely visually mediated, but several groups have mad...
Most bees are diurnal, with behaviour that is largely visually mediated, but several groups have mad...
AbstractBees are predominantly diurnal; only a few groups fly at night. An evolutionary limitation t...
The apposition compound eye of the nocturnal polistine wasp Apoica pallens shows, in comparison to t...
A crepuscular or nocturnal lifestyle has evolved in bees several times independently, probably to ex...
The foraging activity of diurnal bees often relies on flower availability, light intensity and tempe...
SummaryHoneybees, like humans and most other vertebrates, are colour-blind in dim light. Bees are pr...
Some eyes work better in the dark than others. The apposition type of compound eye that bees and oth...
In response to the pressures of predation, parasitism and competition for limited resources, several...
Background: Some bees and wasps have evolved nocturnal behavior, presumably to exploit night-floweri...
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...
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...
Bees are predominantly diurnal; only a few groups fly at night. An evolutionary limitation that bees...
Most bees are diurnal, with behaviour that is largely visually mediated, but several groups have mad...
Most bees are diurnal, with behaviour that is largely visually mediated, but several groups have mad...
AbstractBees are predominantly diurnal; only a few groups fly at night. An evolutionary limitation t...
The apposition compound eye of the nocturnal polistine wasp Apoica pallens shows, in comparison to t...
A crepuscular or nocturnal lifestyle has evolved in bees several times independently, probably to ex...
The foraging activity of diurnal bees often relies on flower availability, light intensity and tempe...
SummaryHoneybees, like humans and most other vertebrates, are colour-blind in dim light. Bees are pr...
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