Linked from

The 32 pages that link to Meteorite, each with the reason it gives.

• Friedrich WöhlerRelated: Wöhler analyzed meteorites and helped establish the presence of organic compounds in extraterrestrial material.

• Mössbauer spectroscopyRelated: Mössbauer measurements have identified iron minerals and oxidation products in meteorites.

• Solar nebulaNarrower topic: Meteorites preserve samples of solids assembled from the solar nebula.

• PanspermiaNarrower topic: Meteorites provide tangible examples of rock transfer between celestial bodies.

• Age of EarthRelated: Many meteorites preserve primitive Solar System material close to Earth’s formation age.

• Impact eventRelated: Some impacts deliver extraterrestrial material alongside the effects of the collision.

• Nebular hypothesisRelated: Meteorites preserve material from the early Solar System's solid-building phase.

• Chemical evolutionRelated: Meteorites contain organic compounds that inform hypotheses about delivered prebiotic ingredients.

• MeteoroidRelated: Surviving fragments preserve material from the incoming meteoroid.

• Minor planetRelated: Meteorites provide laboratory samples linked to some asteroid populations.

• AirburstCompared with: Meteorites can reach the surface after partial breakup, whereas an airburst may consume the body aloft.

• Asteroid impactRelated: Recovered meteorites can reveal the composition of objects involved in collisions.

• MeteorCompared with: A meteor is the atmospheric light; a meteorite is surviving material recovered on the ground.

• CosmochemistryBroader topic: Meteorites provide laboratory samples of early Solar System matter.

• Isochron datingRelated: Meteorite isochrons constrain the timing of early Solar System formation.

• Martian meteoriteNarrower topic: Martian meteorites are one planetary-origin subset of meteorites.

• Meteor showerRelated: Most shower particles burn up, but a sufficiently large fragment can reach the surface.

• Asteroid collisionRelated: Some meteorites are fragments excavated from asteroid collisions and later delivered to Earth.

• 4 VestaNarrower topic: Vesta-derived fragments can be studied directly after falling to Earth.

• Benjamin SillimanRelated: Silliman’s analysis of the 1807 Weston meteorite helped establish meteorites as legitimate subjects of scientific study.

• HomochiralityRelated: Some meteorites contain amino acids with excess L-handed forms, informing hypotheses about extraterrestrial bias.

• Iron(II) sulfideNarrower topic: Meteorites are the best-known natural setting for abundant troilite.

• Calcium sulfideNarrower topic: Calcium sulfide occurs as oldhamite in some meteorites, especially enstatite-rich examples.

• Ernst ChladniNarrower topic: Chladni helped establish the extraterrestrial origin of these objects as a serious explanation.

• FayaliteNarrower topic: Fayalite occurs in meteorites and records conditions in their parent bodies.

• Goldschmidt classificationRelated: Meteorite compositions helped reveal elemental partitioning among planetary materials.

• Clair PattersonRelated: Patterson used meteorites as evidence for the age of the early Solar System.

• Meteor CraterNarrower topic: The crater-forming body was a large meteorite before and during impact.

• Meteoric ironNarrower topic: Meteoric iron is metal preserved within a particular class of meteorites.

• TroiliteNarrower topic: Meteorites are the principal natural setting in which troilite is encountered.

• Composition of astronomical objectsRelated: Meteorites provide laboratory samples of asteroids and early Solar System materials.

• Magnesium sulfideNarrower topic: Natural MgS is known from meteorites rather than common terrestrial rocks.