K. Zuberbühler

This paper introduces a framework to refine gesture classification in wild chimpanzees by splitting gesture types based on modifying features, assessing if this increases communication system information content.

The paper analyzes gut microbiome composition and function across hominids to identify host-specific adaptations and evolutionary changes.

The study examines primate phageomes across 23 wild non-human primate taxa, revealing phylosymbiotic patterns and social transmission of phages.

This study identifies functional flexibility in infant chimpanzee vocalizations using AI, finding grunts are contextually variable while whimpers are not, suggesting vocal flexibility evolved before human and chimpanzee divergence.

The paper uses machine learning to analyze distress calls from wild infant chimpanzees, showing that call variants inform maternal responses to specific events.