Amber
Fossilized resin with insects or plants
Ammonites
Extinct cephalopod mollusks
Crustaceans
Crabs, shrimps, and other fossil arthropods
Amphibians and Reptiles
Pieces of sauropsids, crocodiles, and turtles
Teeth
Shark teeth and other fish
Dinosaurs
Very well preserved fossil pieces
Echinoderms
Sea urchins, starfish and other fossils
Insects
Very well preserved and well defined fossil insects
Mammals
Fossils of mammuthus, whales, bears, bison ...
Other Fossils
Rare, scarce and diverse classification fossils
Fish
Fossils of fish, vertebrae, fins and teeth
Paleobotany
Fossilized leaves, trunks, conifers, ferns and pineapples
Trilobites
Large collection of fascinating fossil trilobites
Special
Unique and special collectible fossils
Amber
Fossilized resin with insects or plants
Ammonites
Extinct cephalopod mollusks
Crustaceans
Crabs, shrimps, and other fossil arthropods
Amphibians and Reptiles
Pieces of sauropsids, crocodiles, and turtles
Teeth
Shark teeth and other fish
Dinosaurs
Very well preserved fossil pieces
Echinoderms
Sea urchins, starfish and other fossils
Insects
Very well preserved and well defined fossil insects
Mammals
Fossils of mammuthus, whales, bears, bison ...
Other Fossils
Rare, scarce and diverse classification fossils
Fish
Fossils of fish, vertebrae, fins and teeth
Paleobotany
Fossilized leaves, trunks, conifers, ferns and pineapples
Trilobites
Large collection of fascinating fossil trilobites
Special
Unique and special collectible fossils
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Picture taken with fluorescent light, without tricks or transparencies, the color is natural.
It weighs 5.39 grams and measures ± 2.6 x 2 cms.
Chemically it is formed by 98% SiO2, with traces of iron oxide and titanium.
Mineralogically they are a type of natural glass formed at high temperatures called lechatelierita.
"The latest analysis shows that it is a tectita, formed by the impact of a meteorite that melted sand
Rich in calcium and magnesium, hence its color. They have been found in the interior of the Libyanite bubbles with own elements
Of the meteorites, that were caught in the process of shock and fusion. The Libyanite does not have typical flight structures
Of the tectitas, but if it has conserved the regmaglifos and lines of erosion to have been buried in the sand.
The quality of the Libyan glass is determined by order of importance the intensity of color, transparency,
Softness in shapes and size. This material is very special and scarce. "