Data were rotated onto the engagement plane, defined by the starting position of the fly and the two points of greatest displacement of the target. The plane has axes X & Y while distance orthogonal to the plane is in axis Z. The summed displacements between fly and target in each dimension are given for Holcocephala and linear (i.) & erratic (ii.) targets and Coenosia linear (i.) & erratic (ii.) targets. The Z dimension is removed when correlating the rotation in pursuer heading with rotation in the LoS
Flies acquire information about self-rotation via Coriolis forces detected by their moving halteres....
The pursuit behaviour of houseflies has been analysed by the evaluation of movie films. On the floor...
Tethered flyingDrosophila melanogaster change the posture of their caudal body appendages in respons...
When aiming to capture a fast-moving target, animals can follow it until they catch up, or try to in...
The simulation error (for calculation, see methods), individually normalised for each flight, is plo...
Example curve fits are displayed with their corresponding navigation constants, for both (a) Holcoce...
When aiming to capture a fast-moving target, animals can follow it until they catch up, or try to in...
(a) Parallel navigation, depicted as two boats navigating at sea where boat A is attempting to inter...
International audienceEffective visuomotor coordination is a necessary requirement for the survival ...
Predatory behaviours are ideal for studying the limits of performance and control within animals. Pr...
Our visual system allows us to rapidly identify and intercept a moving object. When this object is f...
Free-flying houseflies have been filmed simultaneously from two sides. The orientation of the flies'...
Free-flying houseflies have been filmed simultaneously from two sides. The orientation of the flies’...
Pursuit behaviours are vital in predator-prey interactions and in courtship for many flying animals....
The flights of free-flying houseflies are analysed in different behavioural and environmental situat...
Flies acquire information about self-rotation via Coriolis forces detected by their moving halteres....
The pursuit behaviour of houseflies has been analysed by the evaluation of movie films. On the floor...
Tethered flyingDrosophila melanogaster change the posture of their caudal body appendages in respons...
When aiming to capture a fast-moving target, animals can follow it until they catch up, or try to in...
The simulation error (for calculation, see methods), individually normalised for each flight, is plo...
Example curve fits are displayed with their corresponding navigation constants, for both (a) Holcoce...
When aiming to capture a fast-moving target, animals can follow it until they catch up, or try to in...
(a) Parallel navigation, depicted as two boats navigating at sea where boat A is attempting to inter...
International audienceEffective visuomotor coordination is a necessary requirement for the survival ...
Predatory behaviours are ideal for studying the limits of performance and control within animals. Pr...
Our visual system allows us to rapidly identify and intercept a moving object. When this object is f...
Free-flying houseflies have been filmed simultaneously from two sides. The orientation of the flies'...
Free-flying houseflies have been filmed simultaneously from two sides. The orientation of the flies’...
Pursuit behaviours are vital in predator-prey interactions and in courtship for many flying animals....
The flights of free-flying houseflies are analysed in different behavioural and environmental situat...
Flies acquire information about self-rotation via Coriolis forces detected by their moving halteres....
The pursuit behaviour of houseflies has been analysed by the evaluation of movie films. On the floor...
Tethered flyingDrosophila melanogaster change the posture of their caudal body appendages in respons...