Dispersion rate of antlion larvae on the three substrates Paper (N = 22), Shallow sand (N = 8), Deep sand (N = 8).

(a)-(b) mean squared displacement (MSD, mm2) and mean instantaneous speed (MIS, mms-1) over time since the end of PCI on Paper; (c)-(d) MSD and MIS on Shallow sand; (e)-(f) MSD and MIS on Deep sand; filled black circles: mean value for each of t...

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Bibliographic Details
Main Author:	Nigel R. Franks (7579916) (author)
Other Authors:	Alan Worley (466613) (author), George T. Fortune (19330108) (author), Raymond E. Goldstein (3114402) (author), Ana B. Sendova-Franks (7852904) (author)
Published:	2024
Subjects:	Physiology Sociology Developmental Biology Inorganic Chemistry Astronomical and Space Sciences not elsewhere classified Physical Sciences not elsewhere classified petri dish represented instantaneous speeds increased antlion larvae exhibited antlion larvae could recorded alternating immobility immobility gradually return xlink "> post submerge completely whereas shallow sand permitted deep sand allowed concomitant diffusive dispersal antlion larvae shallow sand deep sand immobility durations immobility duration contact immobility suitable depth spiral search simulate contact seeking safety results suggest power law paths automatically modest increase modest decrease long tail intermittent locomotion impenetrable substrate hard surface hard substrate fitted better first time find somewhere final attempt disruptive event diffusive dispersal deep ). avoid predation
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Dispersion rate of antlion larvae on the three substrates Paper (N = 22), Shallow sand (N = 8), Deep sand (N = 8).

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