Linked from

The 28 pages that link to Late Heavy Bombardment, each with the reason it gives.

• AsteroidRelated: Asteroid impacts may have contributed to the bombardment recorded on ancient planetary surfaces.

• Kuiper beltRelated: Some accounts connect early outer-planet rearrangement and small-body transport to impact history.

• Solar SystemRelated: Lunar impact evidence once suggested a distinct early episode of widespread bombardment.

• Asteroid beltRelated: Asteroid-belt dynamics have been invoked to explain some early impact histories.

• Nice modelRelated: The model was proposed to link a giant-planet instability with increased impacts in the inner Solar System.

• PrecambrianRelated: Its timing and intensity affect models of early Earth’s habitability.

• HadeanRelated: Its proposed timing overlaps the Hadean’s end, though its scale and timing remain debated.

• Small Solar System bodyRelated: The timing and intensity of early impacts constrain models of small-body populations.

• Impact eventRelated: It represents a possible early episode of intense collisions on the Moon and terrestrial planets.

• Early EarthRelated: This debated episode would have added impact energy and volatile materials to the young Earth.

• Planetary accretionRelated: The lunar impact record constrains models of late-stage accretion and orbital rearrangement.

• Long-period cometRelated: The hypothesis links early small-body scattering to impacts, though its timing and scale remain debated.

• OutgassingRelated: Impacts could have heated and fractured early planetary surfaces, altering volatile release and retention.

• Irregular satelliteRelated: Satellite populations can help test models of early impact history, though their connection to this debated interval is indirect.

• Archean tectonicsRelated: Impacts may have disrupted or punctuated early tectonic activity.

• EoarcheanRelated: Its timing overlaps the Eoarchean, but the bombardment's scale and timing are disputed.

• History of EarthRelated: Its timing and intensity bear on conditions at Earth’s surface during its earliest development.

• Pre-NectarianRelated: Its timing and intensity remain debated partly because ancient lunar impact records are incomplete.

• Formation and evolution of the Solar SystemRelated: Whether impacts peaked in a distinct event or declined gradually remains disputed.

• Geology of MercuryRelated: Early impacts may have shaped Mercury’s oldest basins and crust, though their timing remains debated.