The mechanisms underlying locust flight include a central neuronal pattern generator determining the sequence of wing-muscle contractions, plus several systems for modulating flight and controlling its stability. One such control system stabilizes flight about the yaw axis. Weis-Fogh (1949) found that tethered locusts which wer
The wing motion during locust flight is caused by alternating contractions of elevator and depressor...
The co-ordination of activity in muscles necessary for flight in insects depends upon a complicated ...
The flight path of locusts is under permanent visual and mechanoreceptive control (the latter evalua...
How does the locust nervous system co-ordinate flight behaviour? Wilson & Weis-Fogh (1962) showe...
Wing movements in locust flight derive chiefly from a central neuronal signal generator determining ...
In flying insects control of power by alteration of the setting of the wing relative to the air was ...
The tegula, a complex sense organ associated with the wing base of the locust, plays an important ro...
Control of forewing twisting in locusts depends upon transfer of nervous activity between pterothora...
1. Tethered flying locusts (Locusta migratoria) make correctional steering movements with the abdome...
Locusts (Orthoptera, Acrididae) were induced to fly while tethered within a simulated horizon displa...
1. We simultaneously recorded lift/body weight, flight speed, body angle and 12 variables of wing mo...
That proprioceptive feedback is important in the regulation of locomotory patterns has been widely d...
Previous investigations on the flight system of the locust have found that removal of the wing tegul...
The main flight muscles of the locust are large and are considered to be of the ' fast', n...
We simultaneously recorded flight muscle activity and wing kinematics in tethered, flying locusts to...
The wing motion during locust flight is caused by alternating contractions of elevator and depressor...
The co-ordination of activity in muscles necessary for flight in insects depends upon a complicated ...
The flight path of locusts is under permanent visual and mechanoreceptive control (the latter evalua...
How does the locust nervous system co-ordinate flight behaviour? Wilson & Weis-Fogh (1962) showe...
Wing movements in locust flight derive chiefly from a central neuronal signal generator determining ...
In flying insects control of power by alteration of the setting of the wing relative to the air was ...
The tegula, a complex sense organ associated with the wing base of the locust, plays an important ro...
Control of forewing twisting in locusts depends upon transfer of nervous activity between pterothora...
1. Tethered flying locusts (Locusta migratoria) make correctional steering movements with the abdome...
Locusts (Orthoptera, Acrididae) were induced to fly while tethered within a simulated horizon displa...
1. We simultaneously recorded lift/body weight, flight speed, body angle and 12 variables of wing mo...
That proprioceptive feedback is important in the regulation of locomotory patterns has been widely d...
Previous investigations on the flight system of the locust have found that removal of the wing tegul...
The main flight muscles of the locust are large and are considered to be of the ' fast', n...
We simultaneously recorded flight muscle activity and wing kinematics in tethered, flying locusts to...
The wing motion during locust flight is caused by alternating contractions of elevator and depressor...
The co-ordination of activity in muscles necessary for flight in insects depends upon a complicated ...
The flight path of locusts is under permanent visual and mechanoreceptive control (the latter evalua...
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