Ben T. Hirsch

This study identifies 19 call types in white-nosed coatis, revealing structural, temporal, and social variations in their vocal repertoire.

The paper examines how kinship, acoustic signaling, and socio-spatial structure affect decision-making and social influence in white-nosed coatis, finding that majority support and proximity to leaders shape group decisions.

This study identifies vocal coordination and conflict avoidance as drivers of fission-fusion dynamics in white-nosed coatis by analyzing subgrouping events and vocalizations.

The paper analyzes behavioral sequences in three wild mammal species and finds consistent structural patterns across all species, individuals, and behavioral states.

The study tracks GPS movements of white-nosed coatis to show that genetic relatedness, not physiological similarity, drives consistent subgrouping patterns in social groups.