Breath Control Enables Vocal Learning

MRI scans of seals and sea lions reveal a nerve pathway that bypasses the midbrain and connects vocal muscles directly to cortical motor regions, giving pinnipeds voluntary control over vocalization. Researchers hypothesize this evolved as a side effect of adaptations for voluntary breath control during deep dives, linking respiratory control to the neural capacity for learned vocal flexibility. — If vocal learning can arise from respiratory/dive adaptations, it reframes hypotheses about how and why language‑capable neural circuitry evolves and changes where scientists look for language precursors across species.