A slew of camera networks, bolstered by doorbell cams, helped researchers connect meteorites to their asteroid origins and create a geologic map of the asteroid belt.

The claim consists of two main components: first, that a variety of camera networks, bolstered by doorbell cameras, have helped researchers connect meteorites to their asteroid origins; second, that this effort has contributed to creating a geologic map of the asteroid belt. Multiple recent scientific reports confirm that more than two dozen global camera networks, such as the Cameras for Allsky Meteor Surveillance (CAMS) and the Global Fireball Observatory, have been instrumental in tracking meteorite falls with unprecedented precision.eos.orgeos.orgA Geologic Map of the Asteroid Beltphys.orgphys.orgA geologic map of the asteroid belt: Tracing meteorites back to their origins

The increasing availability of citizen scientist footage from doorbell and dash cameras has significantly augmented these datasets, providing additional fireball observations that help reconstruct meteorite trajectories.eos.orgeos.orgA Geologic Map of the Asteroid Belt By analyzing the orbits of approximately 75 laboratory-classified meteorites tracked by these networks, researchers have been able to identify their parent asteroid families within the main asteroid belt between Mars and Jupiter.phys.orgphys.orgA geologic map of the asteroid belt: Tracing meteorites back to their origins

This mapping effort effectively constitutes a geologic map of the asteroid belt, linking meteorite types to specific source regions and families.seti.orgseti.orgMeteorites: A Geologic Map of the Asteroid Belt The logical connection between the use of camera networks, including doorbell cams, and the creation of this geologic map is well supported by recent peer-reviewed research and reputable science journalism. No significant counterarguments or alternative explanations undermine this claim.

The claim is temporally current and corroborated by multiple independent sources.