Researchers have discovered that the common marmoset, a diurnal primate, navigates its surroundings differently from previously studied rats, reflecting its unique ecological adaptations. Marmosets use visual cues, relying on rapid head-gaze shifts while stationary, and minimize head movements while navigating. In contrast, rats use low-velocity head movements and tactile whisker explorations.
GPS of the Brain: Marmoset Gaze Reveals New Insights into Spatial Navigation
Neuroscience News - 28 May 2023 00:59
Researchers have discovered that the common marmoset, a diurnal primate, navigates its surroundings differently from previously studied rats, reflecting its unique ecological adaptations. Marmosets use visual cues, relying on rapid head-gaze shifts while stationary, and minimize head movements while navigating. In contrast, rats use low-velocity head movements and tactile whisker explorations.
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