Phosphate Mineral Collection

Magnesite
Dyed magnesite specimen

Emu egg
Fresh emu eggs are a dark turquoise colour, which fades over time if they are preserved

Wavellite

Pyromorphite C016 / 6089
Pyromorphite (lead chlorophosphate). Specimen number BM AG.46, from Wheal Alfred, Phillack, Cornwall, UK. Natural History Museum, London, UK

Libethenite C016 / 5660
Libethenite. Wedge-shaped, dark green crystals of libethenite (copper phosphate hydroxide) with pale brown duftite. Specimen from the Phoenix mine, Lnkinhorne, Cornwall, UK

Torbernite C016 / 5656
Torbernite (hydrated copper uranyl phosphate). This is a uranium bearing mineral with tabular crystals. Specimen from the Natural History Museum, London, UK

Torbernite C016 / 5652
Torbernite (hydrated copper uranyl phosphate) is a uranium bearing mineral with tabular crystals. Specimen originates from the Grunnislake mine, Cornwall, UK

Susannite on Caledonite
4mm crystal of susannite (carbonate) in a mass of caledonite (suplhate). Specimen from the Roughton Gill mine, Caldbeck Fells, Cumbria

Turquoise variety Henwoodite
A specimen of the turquoise variety called Henwoodite, named after William Jory Henwood (1805-1875) from West Phoenix Mine, Linkinhorne, Cornwall

Wavellite
Aggregates of honey-coloured wavellite forming radiating needles on slate. Wavellite comprises of (hydrated aluminum phosphate hydroxide). Specimen from Filleigh, Devon

Libethenite
Wedge-shaped, dark green crystals of libethenite (copper phosphate hydroxide) with pale brown duftite. Specimen from the Phoenix mine, Lnkinhorne, Cornwall

Variscite
A rare, bluish green, mineral, found in aluminum-rich rocks. Variscite comprises of (hydrated aluminum phosphate)

Metatorbernite
A specimen of the mineral metatorbernite which contains uranium, copper and phosphorus. It is also radioactive

Schultenite comprises of (lead arsenate hydroxide) and derives from the phosphates group. Specimen from the Natural History Museum, London

Wardite is comprised of hydrated sodium aluminum phosphate hydroxide. This bright green specimen has been deposited in variscite nodules

Pyromorphite

Autunite comprises of (hydrated calcium uranyl phosphate). This is a green, radioactive, highly fluorescent mineral. This specimen is from the Natural History Museum, London

Phosphophyllite comprises of (hydrated zinc iron manganese phosphate). Blue-green specimen from the collections of the Natural History Museum, London

Augelite comprises of (aluminum phosphate hydroxide). This specimen has well developed semi-transparent crystals and is from the Natural History Museum, London

Olivenite comprises of (copper arsenate hydroxide). It is a rare copper mineral normally deep olive green in coluor. Specimen from Wheal Jewel, Gwennap, Cornwall

Lazulite comprises of (magnesium iron aluminum phosphate hydroxide) not to be confused with lazurite - as it looks and sounds the same is a rare ornamental and gemstone

Pycnodus zeaformis Longbottom, fish tooth plate
Corn-on-the-cob fish tooth plate from a paratype specimen dating from the Lower or Middle Eocene phosphates; Tamagu?lelt, Gao region, Mali

Torbernite

Imitation turquoise
A slab of imitiation turquoise. True specimens of turquoise are among the most valuable non-transparent minerals

Apatite (calcium (fluoro, chloro, hydroxyl) phosphate). It is a source of phosphorous for fertilisers, but rarely as a gemstone or mineral

Liroconite comprises of (hydrated copper aluminum arsenate hydroxide). It is blue in colour and forms from the oxidation of copper ores. Specimen from the collections of the Truro Museum, Cornwall

Turquoise vein in shale
Turquoise (hydrated copper aluminum phosphate) vein in shale, from Victoria, Australia. Turquoise is perhaps the most valuable non-transparent mineral

A collection of turquoise specimens
Rough, polished and worked specimens of turquoise (Hydrated Copper Aluminum Phosphate). Turquoise is perhaps the most valuable of the non-transparent minerals

Turquoise
Four different examples of worked turquoise. Turquoise (hydrated copper aluminum phosphate) is perhaps one of the most valuable non-transparent minerals

For sale as Licensed Images

Choose your image, Select your licence and Download the media

"Unveiling the Vibrant World of Phosphate Minerals: From Turquoise to Torbernite" Turquoise: A mesmerizing gemstone known for its striking blue-green hue, derived from copper phosphate minerals. Emu Egg: Did you know that some they can be found in nature's creations? Explore their fascinating presence within emu eggs. Wavellite: Delicate and captivating, wavellite showcases a unique green coloration, making it a prized specimen among collectors. Pyromorphite C016 / 6089: Discover the allure of pyromorphite with its vibrant shades ranging from yellow to green, adding a touch of brilliance to any mineral collection. Libethenite C016 / 5660: Unearth the beauty of libethenite, displaying rich emerald-green hues that captivate both enthusiasts and geologists alike. Torbernite C016 / 5656 & Torbernite C016 / 5652: Dive into the world of torbernite – an enchanting radioactive mineral renowned for its stunning green crystals and intriguing properties. Susannite on Caledonite: Witness an exquisite combination as susannite delicately forms atop caledonite, creating a visually captivating display within the realm of phosphate minerals. Turquoise variety Henwoodite: Experience the uniqueness of henwoodite – a rare turquoise variety boasting distinctive characteristics that set it apart from traditional specimens. Pyromorphite, Wavellite & Torbernite Trio: Marvel at this trio's diverse colors and formations; pyromorphites' fiery tones harmonize with wavellites' serene greens while torbernites add an electrifying touch. Embark on a Journey through Phosphate Minerals - From turquoise's timeless elegance to wavellite's delicate charm and torbernite's alluring radiance; explore the captivating world of these remarkable minerals.