k Crater formation in Moons highland areas, illustration Crater formation in Moons highland areas, illustration. At top, a flat crust of lighter rocks grey overlies subsurface rocks, with molten rock orange in the mantle deep underground. At centre, a large meteor or asteroid impact forms a large crater and basin structure. Ejected debris falls back to the surface as ejecta which piles up to form what is known as megaregolith. At lower left, changes in the mantle rocks affect the overlying crust. Dense mantle rocks sink downwards purple areas and arrows, while light mantle rocks float upwards yellow areas and arrows. This pushes up the crust from beneath. Stock Photo - Afloimages
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Crater formation in Moon s highland areas, illustration Crater formation in Moon s highland areas, illustration. At top, a flat crust of lighter rocks  grey  overlies subsurface rocks, with molten rock  orange  in the mantle deep underground. At centre, a large meteor or asteroid impact forms a large crater and basin structure. Ejected debris falls back to the surface as ejecta which piles up to form what is known as  mega regolith . At lower left, changes in the mantle rocks affect the overlying crust. Dense mantle rocks sink downwards  purple areas and arrows , while light mantle rocks float upwards  yellow areas and arrows . This pushes up the crust from beneath.
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Crater formation in Moon's highland areas, illustration

Crater formation in Moon's highland areas, illustration. At top, a flat crust of lighter rocks (grey) overlies subsurface rocks, with molten rock (orange) in the mantle deep underground. At centre, a large meteor or asteroid impact forms a large crater and basin structure. Ejected debris falls back to the surface as ejecta which piles up to form what is known as 'mega-regolith'. At lower left, changes in the mantle rocks affect the overlying crust. Dense mantle rocks sink downwards (purple areas and arrows), while light mantle rocks float upwards (yellow areas and arrows). This pushes up the crust from beneath.

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