Add to ORKGDetailed measurements of head and body motion have revealed previously unknown complexity in the predatory behavior of dragonflies. The new evidence suggests that the brains of these agile predators compute internal models of their own actions and those of their prey
Visual cues provide an important means for aerial creatures to ascertain their self-motion through t...
The ability to pursue targets in visually cluttered and distraction-rich environments is critical fo...
Research has suggested that a set of neurons called TSDNs (target-selective descending neurons) in d...
Detailed measurements of head and body motion have revealed previously unknown complexity in the pre...
SummaryDetailed measurements of head and body motion have revealed previously unknown complexity in ...
Dragonflies make their living by foraging on flying insects. We used two approaches to study their p...
Dragonflies belong to the oldest known lineage of flying animals, found across the globe around stre...
Aerial predation is a highly complex, three-dimensional flight behavior that affects the individual ...
The control of behaviour in all animals requires efficient transformation of sensory signals into th...
Dragonflies are masters of visually guided aerial pursuit. Their visual systems overcome the challen...
Pursuit is a common behavior exhibited by animals chasing prey, competitors, and potential mates. Be...
Within the dragonfly’s brain are a group of neurons (small target movement detectors) which are beli...
The mechanical action and innervation of the major flight muscles of dragonflies are described. All ...
Predatory animals have evolved to optimally detect their prey using exquisite sensory systems such a...
Predatory animals have evolved to optimally detect their prey using exquisite sensory systems such a...
Visual cues provide an important means for aerial creatures to ascertain their self-motion through t...
The ability to pursue targets in visually cluttered and distraction-rich environments is critical fo...
Research has suggested that a set of neurons called TSDNs (target-selective descending neurons) in d...
Detailed measurements of head and body motion have revealed previously unknown complexity in the pre...
SummaryDetailed measurements of head and body motion have revealed previously unknown complexity in ...
Dragonflies make their living by foraging on flying insects. We used two approaches to study their p...
Dragonflies belong to the oldest known lineage of flying animals, found across the globe around stre...
Aerial predation is a highly complex, three-dimensional flight behavior that affects the individual ...
The control of behaviour in all animals requires efficient transformation of sensory signals into th...
Dragonflies are masters of visually guided aerial pursuit. Their visual systems overcome the challen...
Pursuit is a common behavior exhibited by animals chasing prey, competitors, and potential mates. Be...
Within the dragonfly’s brain are a group of neurons (small target movement detectors) which are beli...
The mechanical action and innervation of the major flight muscles of dragonflies are described. All ...
Predatory animals have evolved to optimally detect their prey using exquisite sensory systems such a...
Predatory animals have evolved to optimally detect their prey using exquisite sensory systems such a...
Visual cues provide an important means for aerial creatures to ascertain their self-motion through t...
The ability to pursue targets in visually cluttered and distraction-rich environments is critical fo...
Research has suggested that a set of neurons called TSDNs (target-selective descending neurons) in d...