Media

llustrative example of zebrafish turning maneuvers according to the local circulation.
Panels on the left illustrate the real experiment (top) and tracking (bottom). The right upper panel illustrates how the turn rate is adjusted according to the local circulation of the background fluid flow. The evolution of heading angle is shown in the bottom left panel.

Empirical evidence of upward social comparison in a prisoner’s dilemma game

Leader–follower consensus on activity-driven networks

Data-driven modeling of zebrafish behavioral response to acute caffeine administration
Study published in the Journal of Theoretical Biology: https://bit.ly/32PLlwK

Title: A data-driven mathematical modeling framework of zebrafish response to acute caffeine treatment

Computational modeling of zebrafish anxiety-related behavior

ACC21: Modeling zebrafish geotaxis as a feedback control process