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Figure 1—supplement 1.

ID: ZDB-IMAGE-191230-382
Publication: Ehrlich et al., 2019 - A primal role for the vestibular sense in the development of coordinated locomotion
All Figures: Figures for Ehrlich et al., 2019

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Figure Caption

Figure 1—supplement 1. Larvae tend to sink between bouts.

(A) Schematic of hydrostatic forces acting on larvae absent lift during bouts (top) and between bouts (bottom). (B) Trajectory as a function of swim speed, plotted as means of equally-sized bins for four clutches (gray lines) and their mean (black). Swim bouts (light gray band, speeds faster than 5 mm·s⁻¹) tended slightly upwards, while larvae sank at slow speeds, particularly slower than 0.1 mm·s⁻¹ (dark gray band). (C) Polar probability distributions of trajectories during swim bouts (light gray, top) and at speeds slower than 0.1 mm·s⁻¹ (dark gray, bottom). (D) Vertical displacement during the interval between two bouts (when speed decreased below 5mm·s⁻¹) as a function of interval duration, for individual bouts and mean of equally-sized bins.

Acknowledgments

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