Yossi Yovel

The paper investigates snake mobbing in Arabian babblers, showing that multimodal signals combine acoustic and visual components to balance social communication and predator deterrence.

The paper introduces Sniffbot, a biohybrid robot that uses a locust antenna to detect and localize odors more effectively than existing methods.

The paper shows female moths use plant acoustic signals to decide where to lay eggs, but prefer silent plants when actual plants are present.

This study shows that early-life environment significantly influences foraging behavior in wild fruit bats more than their innate predispositions.

This study uses spatial and single-cell transcriptomics to compare bat, mouse, and human tissues, revealing immune pathway divergence and unique gene expression patterns in bat gut and lung.

This paper develops a sensorimotor model to show how bats use echolocation to navigate crowded roosts by integrating echoic information through frequent calls and simple movement strategies.

This paper compares neural connectomes across 124 mammalian species using a unified protocol, finding that connectome organization aligns with traditional taxonomies.

The study shows that colony-level dynamics, not individual-level changes, drive fur microbiome variation in Egyptian fruit bats, suggesting the colony as a biological unit for studying host-microbiome interactions.