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This study identifies iron-rich macrophages in the pigeon liver as a critical component for magnetoreception, specifically enabling navigation under overcast skies where visual cues are absent. By linking immune cell function to sensory perception, the research challenges existing models of avian orientation and suggests a novel biological mechanism for detecting Earth's magnetic field. This discovery expands the known scope of sensory biology, indicating that organ-level immune processes can directly influence complex navigational behaviors.
Pigeons Lose Direction When Liver Immune Cells Are Removed

Removing iron-containing immune cells from the liver caused pigeons to struggle with navigation, especially when the sun wasn’t visible.
Removing iron-containing immune cells from the livers of pigeons specifically disrupted their ability to navigate under overcast skies, revealing a previously unknown mechanism for birds relying on Earth’s magnetic field. Researchers at the Max Planck Institute of Animal Behavior, the University of Bonn, and the University of Duisburg-Essen published their findings in Science demonstrating that macrophages, immune cells that accumulate iron, may be key to detecting magnetic fields. Dr. Clivia Lisowski, from the University of Bonn and the University Hospital Bonn, who led the immunological work, stated,…
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