Schloenbachia Ammonite Fossil Cretaceous Isle of Wight UK Authentic Specimen Certified Rare Upper Greensand Display
£ 12.00
Schloenbachia Ammonite Fossil – Genuine Albian Cretaceous SpecimenThis authentic Schloenbachia ammonite fossil originates from the Upper Greensand
Formation at Rocken End on the Isle of Wight, a well-known Cretaceous fossil locality in the United Kingdom. Dating to the Albian stage of the Early Cretaceous, approximately 100–113 million years ago, this specimen represents a classic marine fossil from a period of widespread shallow seas. The fossil shown in the photographs is the exact piece you will receive, carefully selected for its preservation and visual appeal. It is a genuine specimen and includes a Certificate of Authenticity with a lifetime guarantee.Discovery and Professional PreparationYour specimen was discovered by our experienced team members, Alister and Alison, ensuring full provenance from field collection to final presentation. After careful extraction, the fossil was expertly cleaned, stabilised, and prepared by Alison. This meticulous preparation enhances the natural features of the ammonite while preserving its structural integrity, allowing fine details to be clearly visible for both study and display.Geological Context – Upper Greensand Formation, Albian StageThe Upper Greensand Formation represents a sequence of marine sediments deposited during the Albian stage of the Early Cretaceous. These sediments formed in warm, shallow seas that covered much of southern England. The Isle of Wight exposures at Rocken End are particularly known for yielding well-preserved ammonites and other marine fossils. The fine-grained sands and silts of this formation provided favourable conditions for fossil preservation, capturing detailed remains of marine life.About Schloenbachia – Cretaceous AmmoniteSchloenbachia is a genus of ammonite belonging to the order Ammonitida and superfamily Acanthoceratoidea. These extinct marine cephalopods are related to modern squids and octopuses but possessed a coiled external shell. Schloenbachia is known for its distinctive ribbing and ornamentation, often displaying strong ribs and occasional tubercles. This genus is widely distributed across Albian deposits and is an important index fossil used in stratigraphic correlation.Shell Morphology and Notable FeaturesThis ammonite displays the classic coiled shell structure with well-defined whorls and ribbing patterns characteristic of Schloenbachia. The ribs may vary in strength and spacing, sometimes branching or thickening across the shell surface. These features not only contribute to the fossil’s visual appeal but also reflect the biological adaptations of the living animal, including buoyancy control and shell strength. Natural mineralisation has preserved these details, with subtle variations in colour and texture adding to its uniqueness.Palaeoenvironment and Ancient Marine EcosystemsDuring the Albian stage, the Isle of Wight was submerged beneath warm, shallow seas teeming with marine life. Ammonites like Schloenbachia were active swimmers and played a key role in the marine food chain. They lived alongside other invertebrates such as bivalves and echinoids, as well as marine reptiles. This fossil provides a direct connection to these ancient ecosystems, offering insight into the biodiversity of the Early Cretaceous seas.Collector Appeal and Display ValueSchloenbachia ammonites from the Upper Greensand are highly sought after due to their distinctive morphology and geological significance. This specimen combines scientific importance with strong aesthetic appeal, making it an excellent addition to any fossil collection. Its recognisable form and detailed preservation make it ideal for display in a home, office, or educational setting.Authenticity, Provenance and PresentationThis fossil has been carefully chosen for its authenticity, quality, and presentation. It is a genuine piece of natural history, professionally prepared and ready for display. Full sizing can be confirmed via the provided photographs, ensuring transparency before purchase. Each specimen is unique, preserving a moment from an ancient Cretaceous sea that once covered the Isle of Wight.
Formation at Rocken End on the Isle of Wight, a well-known Cretaceous fossil locality in the United Kingdom. Dating to the Albian stage of the Early Cretaceous, approximately 100–113 million years ago, this specimen represents a classic marine fossil from a period of widespread shallow seas. The fossil shown in the photographs is the exact piece you will receive, carefully selected for its preservation and visual appeal. It is a genuine specimen and includes a Certificate of Authenticity with a lifetime guarantee.Discovery and Professional PreparationYour specimen was discovered by our experienced team members, Alister and Alison, ensuring full provenance from field collection to final presentation. After careful extraction, the fossil was expertly cleaned, stabilised, and prepared by Alison. This meticulous preparation enhances the natural features of the ammonite while preserving its structural integrity, allowing fine details to be clearly visible for both study and display.Geological Context – Upper Greensand Formation, Albian StageThe Upper Greensand Formation represents a sequence of marine sediments deposited during the Albian stage of the Early Cretaceous. These sediments formed in warm, shallow seas that covered much of southern England. The Isle of Wight exposures at Rocken End are particularly known for yielding well-preserved ammonites and other marine fossils. The fine-grained sands and silts of this formation provided favourable conditions for fossil preservation, capturing detailed remains of marine life.About Schloenbachia – Cretaceous AmmoniteSchloenbachia is a genus of ammonite belonging to the order Ammonitida and superfamily Acanthoceratoidea. These extinct marine cephalopods are related to modern squids and octopuses but possessed a coiled external shell. Schloenbachia is known for its distinctive ribbing and ornamentation, often displaying strong ribs and occasional tubercles. This genus is widely distributed across Albian deposits and is an important index fossil used in stratigraphic correlation.Shell Morphology and Notable FeaturesThis ammonite displays the classic coiled shell structure with well-defined whorls and ribbing patterns characteristic of Schloenbachia. The ribs may vary in strength and spacing, sometimes branching or thickening across the shell surface. These features not only contribute to the fossil’s visual appeal but also reflect the biological adaptations of the living animal, including buoyancy control and shell strength. Natural mineralisation has preserved these details, with subtle variations in colour and texture adding to its uniqueness.Palaeoenvironment and Ancient Marine EcosystemsDuring the Albian stage, the Isle of Wight was submerged beneath warm, shallow seas teeming with marine life. Ammonites like Schloenbachia were active swimmers and played a key role in the marine food chain. They lived alongside other invertebrates such as bivalves and echinoids, as well as marine reptiles. This fossil provides a direct connection to these ancient ecosystems, offering insight into the biodiversity of the Early Cretaceous seas.Collector Appeal and Display ValueSchloenbachia ammonites from the Upper Greensand are highly sought after due to their distinctive morphology and geological significance. This specimen combines scientific importance with strong aesthetic appeal, making it an excellent addition to any fossil collection. Its recognisable form and detailed preservation make it ideal for display in a home, office, or educational setting.Authenticity, Provenance and PresentationThis fossil has been carefully chosen for its authenticity, quality, and presentation. It is a genuine piece of natural history, professionally prepared and ready for display. Full sizing can be confirmed via the provided photographs, ensuring transparency before purchase. Each specimen is unique, preserving a moment from an ancient Cretaceous sea that once covered the Isle of Wight.
