IMAGE

NOTES

LOCATION

MORPHOLOGY

CHEMISTRY

MINERALOGY

AGE

ORIGIN

Kaali1

Full Image

Kaali, Saarema Island, ESTONIA

Sphere

Fe = 87%

O = 13%

Iron Spinel

Olocene

Ablation of a metallic meteorite

Kaali2

Full Image

Kaali, Saarema Island, ESTONIA

Sphere

Fe = 85%

O = 15%

Iron Spinel

Olocene

Ablation of a metallic meteorite

Kaalifragment1

Full Image - Strongly magnetical properties

Kaali, Saarema Island, ESTONIA

Sphere (fragment)

Fe = 89%

O = 11%

Iron Spinel

Olocene

Ablation of a metallic meteorite

Kaalifragment2

Particular of the previous image

Kaali, Saarema Island, ESTONIA

Sphere (fragment)

Fe = 89%

O = 11%

Iron Spinel

Olocene

Ablation of a metallic meteorite

Kaalifragment3

Particular of the previous image

Kaali, Saarema Island, ESTONIA

Sphere (fragment)

Fe = 89%

O = 11%

Iron Spinel

Olocene

Ablation of a metallic meteorite

Kaalifragment4

Particular of the previous image

Kaali, Saarema Island, ESTONIA

Sphere (fragment)

Fe = 89%

O = 11%

Iron Spinel

Olocene

Ablation of a metallic meteorite

Kaalisection

Full Image of a polished section

Kaali, Saarema Island, ESTONIA

Sphere

Fe = 89%

O = 11%

Iron Spinel

Olocene

Ablation of a metallic meteorite

Romanoro1

Particular

Romanoro, Northern Apennines, Modena District, ITALY

Sphere

Fe = 68%

O = 32%

Iron Spinel

Lower Miocene

Ablation of a metallic meteorite

Romanoro2

Full Image

Romanoro, Northern Apennines, Modena District, ITALY

Coalescent Drops

Fe = 59 %

O = 41 %

Iron

Lower Miocene

Ablation of a metallic meteorite

Romanoro3

Full Image

Romanoro, Northern Apennines, Modena District, ITALY

Sphere

Fe = 65%

O = 35%

Iron Spinel

Lower Miocene

Ablation of a metallic meteorite