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This is a rare and fantastic 22.8 gram Libyan Desert Glass from Kuffra, Libya, with dimensions of 37x26x27 mm.  Although its exact origin is still debated, the leading theory suggests it was formed by a high-energy event, such as a meteoric impact or airburst, that melted the desert sand directly where it lay, without being ejected into the atmosphere and re-entering. This results in different physical characteristics compared to tektites.

Libyan Desert Glass is found specifically in the Great Sand Sea of the Eastern Sahara, within a more localized area spanning parts of western Egypt and eastern Libya.  Characterized by its yellow to greenish-yellow color, it lacks the aerodynamic shapes of tektites and often appears as irregularly shaped pieces. It is almost pure silica (around 98%) with very few impurities. Throughout history, it has been regarded as a mystical and powerful material, sometimes used in talismans and amulets.

This piece displays extremely well and is a quality translucent specimen. It has an aesthetic shape with a beautiful wind eroded body from the years spent in the Desert. Would be a beautiful addition to any new or existing collection. Comes with a Canagem Collection specimen card.

An olivine volcanic bomb is a type of volcanic rock that contains olivine crystals and has been ejected during a volcanic eruption. Olivine is a mineral that is commonly found in the Earth's mantle and is one of the first minerals to crystallize as magma cools.

Volcanic bombs are large clots of lava that are ejected from a volcano during an explosive eruption. They can vary in size, and their shapes are often streamlined due to their molten nature as they are thrown through the air. When these volcanic bombs contain olivine crystals, they are referred to as olivine volcanic bombs. 

Would be a beautiful addition to any new or existing collection. Comes with a Canagem Collection specimen card.

Name: Olivine Volcanic Bomb
Specimen Size:  Miniature-Sized  
Dimensions: 51x36x15 mm / 2.0x1.4x0.5 Inches  
Weight:  32.5 Grams / 1.1 Ounces  
Details: Volcanic activity Mortlake, Victoria, Australia  

This is a fabulous 21.8 gram Sericho Pallasite Main Group meteorite, it measures 36x27x20 mm.  In 2016, two brothers were searching for their camels and came across several large, dense stones west of the village of Habaswein and south of Sericho, Kenya. Though recognized as meteorites in 2016, the masses had been known to camel-herders for decades. One village elder said that as a child, he and his brothers would play on top of the stones.  It is classified as an Iron Pallasite main group with low weathering and is 1 of only 68 approved meteorites classified as such, with a recovered weight of about 2.8 T.

This piece displays extremely well and is a nice size showing great features. Would be a beautiful addition to any new or existing collection. Comes with a Canagem Collection specimen card.

This rarely offered specimen shows a group of minerals and crystals from the Aris Querries in Namibia . The grouping includes multiples of Makatite white fibres, brown to green fibres of tupperssautsiatite, black neptunite, dark brown bastneasite and pink villiaumite on host rock matrix.  

Name: Makatite Crystal Cluster
Specimen Size:  Cabinet-Sized
Dimensions: 45x31x15 mm / 1.8x1.2x0.6 inches
Weight: 25.2 Grams / 0.9 oz
Origin: Aris Quarries, Aris, Windhoek Rural, Khomas Region, Namibia 

This is a superb individual Tsarev meteorite weighing 122.9 grams. Its dimensions are 58x44x40 mm. Twenty-eight specimens of this L5 classified meteorite were found in fields.  The largest mass weighs 284 kg, the smallest 761 gr with a total weight of 1.23 Tons. The greatest distance between the find sites was 6.0 km.

In 1968, amidst a global surge in conflicts, a remarkable discovery was made in a small village in Volgograd Oblast. This region, known as the primary site of the Battle of Stalingrad—one of the largest and bloodiest battles in history—yielded an extraordinary find in the quiet fields near the rural village of Tsarev.

The Tsarev meteorite, named after the Russian word for czar, is a stone meteorite responsible for one of the largest meteorite showers in Russian history. This meteorite shower occurred on December 6, 1922, but the stones were not discovered until 1968 and only recognized in 1979. The Tsarev meteorite's mineral composition matches that of ordinary chondrites, including olivine, orthopyroxene, clinopyroxene, maskelynite, calcium phosphates, nickel-iron, troilite, chromite, ilmenite, and rutile.

Academic analysis of the Tsarev meteorite reveals significant features: large grains of nickel-iron, light grey areas with well-preserved chondritic texture, and dark areas containing a matrix with olivine grains and remnants of chondrules. 

This specimen would be a beautiful addition to any new or existing collection.  Will come with a Canagem specimen card.

This is a superb looking partial slice of a Dhofar 492 classified meteorite weighing 7.15 grams and measuring 35x20x4 mm. This rare H classified meteorite was found in Oman in 2001. The total weight of the single piece recovered is recorded as a very low 281 grams.  This meteorite has a weathering grade of 3, with no shock level recorded. This rare meteorite is 1 of only 114 approved meteorites classified as H, the majority of which were discovered in Antarctica.

This piece displays extremely well and would be a great addition to any new or existing collection. Comes with a Canagem Collection specimen card.

This is a fantastic 10.06 gram NWA (Northwest Africa) 788 L5-6 classified meteorite perfect individual specimen found in 2001 in the Sahara Desert. The dimensions of the specimen are 22x22x16 mm.  The total known weight for this meteorite is 12.93 kg and it has a Shock stage of 2 and Weathering of 2.  This is 1 of only 193 meteorites classified as L5/6.

This specimen is from the Jensen Meteorite Collection and is guaranteed to be authentic and as stated in description.  The main mass is with Michael Farmer.

Would be a beautiful addition to any new or existing collection. Comes with a Jensen Meteorite Collection and a Canagem Collection specimen card.

Discover a piece of history with our Fossil Otodus Shark Teeth. These shark teeth are believed to be from the Otodus obliquus species, dating back to the Eocene period, approximately 54 million years ago. Sourced from Khourigba, Morocco, these teeth can reach approximately between 1 to 3+ inches in size. Perfect for collectors or those interested in prehistoric relics.

Otodus shark teeth are large, triangular fossils from an extinct genus of mackerel sharks that lived from the Paleocene to the Pliocene epochs, showcasing their role as formidable predators in ancient oceans.

Note: small defect - partially missing root. 

Fossil Type:  Shark Tooth
Species: Otodus obliquus
Age: Eocene (~54 million years)
Location: Khourigba, Morocco
Size: Approximately 2 1/8"

Polylithionite and Aegirine from Poudrette Quarry, Mont Saint-Hilaire (MSH), Quebec, represent a classic mineral association from one of the world's most important alkaline intrusive complexes. Polylithionite is a rare lithium-rich mica that typically forms thin, lustrous hexagonal plates or rosettes with a silvery, pearly, or pale bronze appearance. It commonly occurs alongside Aegirine, which develops as long, dark green to black prismatic crystals Aegirine crystals that are often sharply terminated and may occur individually or in radiating spray. The contrasting crystal habits and colors create an attractive natural association that is characteristic of Mont Saint-Hilaire. 

Specimens containing Polylithionite and Aegirine are valued for illustrating the unique mineral-forming environment of this geologically significant Canadian locality. It is the perfect combination for those looking for a unique and beautiful addition to their mineral collection!

Name:  Polylithionite and Aegirine Cluster
Specimen Size: Thumbnail-Sized  
Dimensions:  29x25x20 mm / 1.1x1.0x0.7 inches  
Weight:  8.97 Grams / 0.3 Ounces   
Origin: Mined in Poudrette Quarry, Mont-Saint-Hilaire, Québec, Canada

This is a specimen of Star Mica or Muscovite and Quartz cluster.  These clusters show crystals that grow in sheets or book formations.  It is silvery gold with good transparency when held up to the light.  The name Muscovite comes from the term Muscovy Glass which was a name for the thick sheets of Mica used as a substitute for glass Russia. The name Mica is derived from the Greek word that means to split.

On this nice specimen, the matrix faces are covered with beautiful golden yellow point stars of muscovite mica, a typical shape for this rare mica formation. The stars are the result of twinning; the points show a bit of wear but this does not detract from the beauty of such a piece.

Name: Star Mica - Muscovite with Quartz  
Specimen Size:  Miniature-Sized  
Dimensions:  52x45x21 mm / 2.0x1.8x0.8 inches  
Weight:  36.16 Grams / 1.3 ounces    
Origin: Mined in Minas Gerais, Brazil