Tardigrade preferences in walking speed and ICPs.

A. Distribution of walking speed (body lengths s-1) for 5175 lateral leg steps. Walking speeds were subdivided into low, medium, and high partitions based on discontinuities in the distribution (dashed lines). B. Ipsilateral (ϕI) and contralater...

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Bibliographic Details
Main Author:	Emma M. Anderson (19697573) (author)
Other Authors:	Sierra G. Houck (19697576) (author), Claire L. Conklin (19697579) (author), Katrina L. Tucci (19697582) (author), Joseph D. Rodas (19697585) (author), Kate E. Mori (19697588) (author), Loriann J. Armstrong (19697591) (author), Virginia B. Illingworth (19697594) (author), Te-Wen Lo (8896937) (author), Ian G. Woods (9966941) (author)
Published:	2024
Subjects:	Medicine Neuroscience Physiology Evolutionary Biology Ecology Infectious Diseases Biological Sciences not elsewhere classified peripheral nervous systems nervous system function measuring multiple parameters individual leg movements 000 complete strides locomotion thus provides walking bout initiation quantifying interleg coordination interleg coordination tardigrade locomotion driven locomotion unconstrained two step kinematics sensory inputs sensitive readout rear legs promising model overall patterns operate independently nonetheless incorporated neuronal regulation neuronal control motor outputs level aspects eight legs distinct anatomy dimensional environment developed open coordinate movement automated tracking
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Tardigrade preferences in walking speed and ICPs.

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