1. Each year, the earth encounters a number of these meteoroid streams.

2. Air in the atmosphere can also protect us from meteoroids.

3. The impact of a large meteoroid can lead to the loss of atmosphere.

4. Synonyms for Bolides include meteors, comets, fireballs, falling stars, meteorites, meteoroids, shooting stars, asteroids, buzzwords and crazes

5. Meteor: When a meteoroid penetrates the earth’s atmosphere, the air friction produces intense heat and a bright glow.

6. Bolide: A meteoric flash or flare created when a meteoroid explodes or vaporizes as it passes through Earth's atmosphere.

7. When a comet approaches the sun, its icy nucleus gradually disintegrates, releasing a trail of rock grains, or meteoroids.

8. Observed Asteroidal meteoroids are predicted to have inclinations close to the ecliptic poles, at about ±90º, in the apex direction

9. Most meteoroids burn up completely before they reach the earth, but some survive the intense heat and reach the earth’s surface.

10. Lunar surface Basalts are believed to have their origins in partially melted areas 100-400 kilometers (60-250 miles) beneath the large meteoroid impact basins

11. The Institute is involved in the operation of a network of all-sky cameras that record the tracks of large meteoroids colliding with the Earth

12. They are simply chunks of stony or metallic matter known as meteoroids that light up in white heat as they enter the earth’s atmosphere.

13. The Institute is involved in the operation of a network of all-sky cameras that record the tracks of large meteoroids colliding with the Earth.

14. DLR is involved in the operation of a network of all-sky cameras that record the tracks of large meteoroids colliding with the Earth.

15. The Institute of Planetary Research is involved in the operation of a network of all-sky cameras that record the tracks of large meteoroids colliding with the Earth.

16. The Institute of Planetary Research is involved in the operation of a network of all-sky cameras that record the tracks of large meteoroids colliding with the Earth

17. The Institute is involved in the operation of the European Fireball Network, a network of all-sky cameras that records the tracks of large meteoroids colliding with the Earth.

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21. Why Does the Moon Have Craters? An asteroid or meteor is more likely to hit Earth because Earth is a lot bigger than the Moon, giving a meteoroid more area to hit! But we can see many thousands of Craters on the Moon and we only know of about 180 on Earth!

22. Most large (over a kilometre in diameter) near-Earth asteroids are now known, but recognition that Airbursts (or fireballs resulting from nuclear-weapon-sized detonations of meteoroids in the atmosphere) have the potential to do greater damage than previously thought has shifted an increasing portion of the residual impact risk (the risk of impact from an unknown object) to smaller objects.