New Rebor 1:1 Scale Lourinhanosaurus Embryonic Skeleton Reviewed
Rebor Club Selection Lourinhanosaurus antunesi Embryonic Skeleton
The latest edition to the Rebor “Club Selection” range is this wonderful Lourinhanosaurus antunesi embryonic skeleton replica. Those clever people at Rebor have got together with the EoFauna Scientific Research Group and created a 1:1 scale replica of a Lourinhanosaurus antunesi embryonic skeleton. This model has been affectionately nick-named “Bony Bonnie” and with only 1,000 figures made, it is certainly going to have rarity value.
The Rebor Club Selection Lourinhanosaurus antunesi Embryonic Skeleton Replica
Picture credit: Everything Dinosaur
Visit Everything Dinosaur’s website: Everything Dinosaur.
Based on Actual Fossil Material
The large meat-eating dinosaur known as Lourinhanosaurus has been described from a single, partial skeleton and other fragmentary fossils including a thigh bone, all from the Upper Jurassic strata of the Lourinhã Formation on the western coast of Portugal. The holotype material (the fossils upon which the genus description is based), consists of vertebrae, a few ribs, bones from the hips and some leg bones including a single pes (toe bone). The first fossils of Lourinhanosaurus were found by a local farmer in 1982, it was not until 1998 that this dinosaur was formally scientifically named and described.
Lourinhanosaurus antunesi
The Rebor Club Selection Lourinhanosaurus antunesi 1:1 scale replica is based on actual fossil material (specimen number ML 565). Back in 1993, a scientist found the remains of over one hundred dinosaur eggs, some of which contained complete fossilised embryos. These egg fossils were assigned to L. antunesi. The scientist who discovered the egg fossils was Isabel Mateus, the mother of the Portuguese palaeontologist Octávio Mateus who was responsible for the scientific description of this theropod.
A Close-up View of the Beautiful Skull of the Rebor Lourinhanosaurus Replica
Picture credit: Everything Dinosaur
To view the range of Rebor replicas available at Everything Dinosaur, including the limited edition (only 1,000 made), Rebor 1:1 scale Lourinhanosaurus antunesi embryonic skeleton: Rebor Replicas and Prehistoric Animal Models.
Rebor’s “Bony Bonnie”
This is the fourth model to be added to the Rebor Club Selection range and like the previous three, “Bony Bonnie” has been skilfully crafted and shows lots of amazing detail. There is much to be admired in the skeleton model, which is a fraction under nineteen centimetres in length. Naturally, once hatched the baby Lourinhanosaurus would have been much longer and if it made adulthood it would have grown into a formidable predator, perhaps exceeding eight metres in length and weighing as much as a Jaguar E-type sports car.
The Rebor Club Selection Lourinhanosaurus antunesi Embryonic Skeleton Model
Picture credit: Everything Dinosaur
A Close-up View of the Egg (Lourinhanosaurus antunesi)
Much has been said about the skeleton model, it really is a fantastic piece, but at Everything Dinosaur we would like to conclude by focusing on the broken egg element of the replica that forms the stand for the skeleton. Lots of detail is shown on the broken egg component of the replica with the typical pits and marks associated with dinosaur egg shell.
The Broken Egg Stand for the Lourinhanosaurus Embryonic Skeleton
Picture credit: Everything Dinosaur
Rebor in conjunction with the EoFauna Scientific Research Group must have studied dinosaur eggshell fossils before embarking on this sculpt. The eggshell is very robust and sturdy and makes an extremely effective stand complimenting the skeleton element of the model. The name plate on the piece gives the impression of brass and the scientific name has even been inscribed in an italic font, as per scientific convention.
Our congratulations to Rebor and EoFauna Scientific Research Group for this super new addition to the Rebor Club Selection model range.
To view the range of Eofauna Scientific Research models available from Everything Dinosaur: Eofauna Scientific Research Models and Figures.