John P. Crimaldi

This study quantifies the spatial information about source separation in multisource odour plumes using computational fluid dynamics and spectral analysis, finding high frequencies provide more information for close sources.

The paper describes a protocol to monitor mouse behavior and record calcium signals in hippocampal neurons during odor plume navigation, including surgery, imaging, data processing, and decoding of spatial paths.

This study shows mice can discriminate odor plume intermittency and the olfactory bulb encodes this property, with sniffing behavior influencing both performance and neural representation.

This study identifies two elementary sensory-motor transformations in Drosophila olfactory navigation: an upwind run during odor and a search behavior at odor offset.