Loading, please wait...
LOT 2815
Mushroom and Lettuce Coral Collection
4 1/8 - 13 in. (1.19 kg total, 10.4-33 cm).
Comprising one lettuce coral specimen and three mushroom coral specimens. [4, No Reserve]
ProvenanceFrom the private collection of Kenneth Machin (1936-2020), Buckinghamshire, UK; his collection of antiquities and natural history was formed since 1948; thence by descent.
FootnotesN.B. This lot is for UK buyers only.
CONDITIONTimeLine Auctions follows a vetting process to ensure the authenticity and legality of all items, reinforcing our commitment to integrity and responsible trading. Each antiquity, antique, and coin lot undergoes thorough examination by a vetting committee of at least ten external specialists, professional trade association members, scientists, and archaeologists: Our Vetting Process
AUCTIONS:
TimeLine is a leading auction house specialising in antiquities, ancient art, collectables, natural history, coins, medals, and books. Our auctions offer museums, collectors, historians, and enthusiasts the opportunity to acquire unique and historically significant pieces.
-
Spinosaurus Fossil Dinosaur Tooth Group
Cretaceous Period, circa 125-113 million years B.P.Sold for (Inc. bp): £85
Comprising two Spinosaurus maroccanus teeth with some root; repaired. 37.3 grams total, 57-68 mm
Acquired on the UK art market before 2000. Property of an Essex, UK, gentleman.
The Spinosaurus was both a beachcomber type scavenger and an active hunter taking small stranded Plesiosaurs, Pterosaurs, turtles and large fish. -
Hematite Quartz Crystal Mineral Display Specimen
Sold for (Inc. bp): £46
Dark red crystals on white quartz. 105 grams, 89 mm
Property of a North West London, UK, lady. -
Meteorite Crater Tektite Specimen Collection
Sold for (Inc. bp): £78
Pebble-like black specimens of meteoric glass of mainly oval shape. 113 grams total, 32-55 mm
From the collection of G.M.R.H., London, UK.
Tektites are lumps of black or dark grey natural glass produced from melted crustal rocks that are caused by large hypervelocity meteorite impacts on sediments.
