Blog
Articles about meteorites, fireballs, and planetary science.
Why Public Interest in Meteorites Never Really Fades
From Ensisheim in 1492 to Chelyabinsk dashcam videos: why meteorites remain endlessly fascinating to the public.
How Observation Networks Detect Fireball Events
All-sky cameras, radar, infrasound, and satellite sensors: how fireball detection networks turn a flash into measurable science.
What Makes Some Meteorites More Rare Than Others
Why lunar, martian, and pallasite meteorites are scarce while ordinary chondrites are common. Rarity explained through origin and survival.
How Space Rocks Help Us Study the Early Solar System
How meteorites preserve material from 4.6 billion years ago, including CAIs, chondrules, and presolar grains older than the Sun.
Why Desert Regions Produce So Many Meteorite Discoveries
Sahara, Atacama, Nullarbor, Antarctica: why deserts are meteorite hotspots and how the environment preserves and reveals space rocks.
What Scientists Look for in a New Meteorite Find
Fusion crust, regmaglypts, and laboratory analysis: how scientists identify and classify new meteorite discoveries.
How Meteorites Get Their Names
From nearest town to NWA codes: how the Meteoritical Society names meteorites and why it matters for science.
Why a Fireball Is More Than Just a "Shooting Star"
Fireballs are not ordinary meteors. Learn what makes them different, what happens during atmospheric entry, and what scientists learn from them.