uk-fossils

[uk-fossils]

Fossil Brachiopod - Digonellia, Jurassic: Somerset, UK – 100% Genuine with Certificate of Authenticity

This Fossil Brachiopod represents the species Digonellia, an ancient marine organism from the Jurassic Period. Discovered in Somerset, UK, this beautifully preserved specimen offers a rare glimpse into the marine life of Jurassic seas that once covered much of Europe. Digonellia was a prevalent brachiopod species during the Mesozoic Era, and this fossil is a wonderful example of its unique morphology.

Geological Information:

Geological Stage: Jurassic (Approximately 201 to 145 million years ago)

Depositional Environment: The Jurassic Period was marked by shallow marine environments with warm seas, perfect for the thriving of marine life like brachiopods. These organisms attached themselves to the seafloor, filtering plankton and microscopic organisms from the surrounding water. The Somerset region in the UK was once a rich marine ecosystem, ideal for preserving these fossils.

Biozone: This fossil is from a Jurassic marine biozone, a period when brachiopods were abundant and commonly found in the sediments of the European seas.

Fossil Features:

Family: Terebratulidae

Super Family: Terebratuloidea

Order: Terebratulida

Morphology: The Digonellia brachiopod exhibits biconvex shells with prominent ribbed structures across its surface. The shells are symmetrical and have a characteristic ventral umbo (a prominent rounded area at the top). These features are typical of brachiopods, which were known for their distinctive, hard shells that provided protection against predators.

Notable Details:

This fossil is 100% GENUINE and comes with a Certificate of Authenticity, ensuring its authenticity and value.

The specimen has been carefully chosen to provide you with a high-quality, visually stunning fossil. The photograph provided shows the actual specimen you will receive, ensuring you know exactly what you're purchasing.

Scale Rule: The scale rule squares/cube shown in the photo represents 1cm, allowing you to gauge the size accurately. Full sizing details are provided in the photograph.

Condition:

This Digonellia Brachiopod Fossil is in excellent condition, with clear preservation of its ribbed shell and symmetrical shape. The fossil has been cleaned and treated for display, making it an ideal specimen for collectors or anyone interested in the prehistoric marine life of the Jurassic Period.

[uk-fossils]

Fossil Brachiopod - Tetrarhynchia, Jurassic: North Africa – 100% Genuine with Certificate of Authenticity

This Fossil Brachiopod specimen represents the species Tetrarhynchia, an ancient marine organism from the Jurassic Period. Discovered in North Africa, this beautifully preserved brachiopod provides a fascinating look into marine life that flourished during the Mesozoic Era, specifically the Jurassic Period, which spanned from 201 to 145 million years ago.

Geological Information:

Geological Stage: Jurassic (Approximately 201 to 145 million years ago)

Depositional Environment: The Jurassic Period was characterized by widespread shallow seas and warm marine environments, which provided ideal conditions for the growth of brachiopods like Tetrarhynchia. The fossil was formed in these seas, where brachiopods attached to the seafloor, filtering plankton and microscopic organisms from the water.

Biozone: This specimen comes from a Jurassic marine biozone known for its rich diversity of life, including brachiopods, ammonites, and marine reptiles.

Fossil Features:

Family: Tetrarhynchiidae

Super Family: Tetrarhynchioidea

Order: Terebratulida

Morphology: The Tetrarhynchia brachiopod is characterized by biconvex shells, which are symmetrical and have a well-defined ridge structure. The shell often features fine markings or grooves, helping to identify it as a distinct species within the brachiopod family. Its sturdy, thick shell provided protection against predators and harsh environmental conditions.

Notable Details:

This fossil is 100% GENUINE and comes with a Certificate of Authenticity, ensuring the legitimacy and value of the specimen.

The specimen is carefully chosen to provide you with a high-quality fossil. The photograph provided shows the actual specimen you will receive, ensuring that you get exactly what you're purchasing.

Scale Rule: The scale rule squares/cube shown in the photo represents 1cm, allowing you to gauge the size accurately. Full size details are included in the photograph.

Condition:

This Tetrarhynchia Brachiopod Fossil is in excellent condition, with clear preservation of the shell's ridged texture and symmetrical form. The fossil has been carefully cleaned and treated for display, making it a stunning addition to any fossil collection.

[uk-fossils]

Fossil Brachiopod - Spirifer, Carboniferous: North Africa – 100% Genuine with Certificate of Authenticity

This Fossil Brachiopod specimen represents the species Spirifer, an ancient marine organism that lived during the Carboniferous Period. Discovered in North Africa, this specimen provides a glimpse into the diverse marine life that existed around 359 to 299 million years ago. Spirifer brachiopods were abundant in ancient seas, known for their distinct bivalve shells, which are well-preserved in this fossil.

Geological Information:

Geological Stage: Carboniferous (Approximately 359 to 299 million years ago)

Depositional Environment: The Carboniferous Period was marked by the expansion of shallow marine environments across the Earth. The fossil was formed in these seas, where brachiopods thrived on the sea floor. The area that is now North Africa was once covered by ancient seas, providing ideal conditions for the preservation of marine fossils like Spirifer.

Biozone: This fossil comes from a marine biozone typical of the Carboniferous, where brachiopods flourished in the warm, shallow waters of the Paleozoic oceans.

Fossil Features:

Family: Spiriferidae (A family of brachiopods)

Super Family: Spiriferoidea

Order: Terebratulida

Morphology: The Spirifer brachiopod features biconvex shells with a prominent folded structure. The shells are often symmetrical with distinct ridges running across them, making it easy to identify. These features were likely adaptations to enhance the organism's stability on the seafloor.

Notable Details:

This fossil is 100% GENUINE and comes with a Certificate of Authenticity, ensuring its legitimacy and historical value.

The specimen is carefully selected for its unique and high-quality preservation. The photograph provided shows the actual specimen you will receive, so you know exactly what you're purchasing.

Scale Rule: The scale rule squares/cube shown in the photo represents 1cm, allowing you to judge the precise dimensions of the fossil. Full sizing details are provided in the photo.

Condition:

This Spirifer Brachiopod Fossil is in excellent condition, showcasing the distinct ridges and folded structure of its shell. The fossil has been cleaned and treated for display, making it a remarkable specimen for collectors and fossil enthusiasts.

[uk-fossils]

RARE British Shark Tooth Fossil in Flint, Cretaceous: Brighton Beach, England – 100% Genuine with Certificate of Authenticity

This RARE British Shark Tooth Fossil was discovered on the famous Brighton Beach, located in southern England. The fossil is uniquely preserved in flint, a material often found in the region, and dates back to the Cretaceous Period. This specimen offers a rare glimpse into the marine life of ancient Britain, showcasing the tooth of a prehistoric shark that lived millions of years ago.

Geological Information:

Geological Stage: Cretaceous (Approximately 145 to 66 million years ago)

Depositional Environment: The fossil was formed in shallow marine environments during the Cretaceous, a time when the area was submerged by an ancient sea. This environment supported a wide variety of marine life, including sharks that left their teeth behind, fossilized in the chalk and flint deposits of the region.

Biozone: The Brighton Beach fossil is from a biozone typical of the Cretaceous marine ecosystem, where sharks and other marine life thrived in the warm seas of ancient Europe.

Fossil Features:

Family: Elasmobranchii (Sharks, Rays, Skates)

Super Family: Galeoidea (Group of predatory sharks)

Order: Carcharhiniformes (Common shark order)

Morphology: The shark tooth exhibits serrated edges, ideal for slicing through soft tissue and prey. The tooth is triangular and sharp, typical of a predatory shark. Its shape and size make it an important specimen for understanding the feeding behavior and morphology of ancient sharks.

Notable Details:

This fossil is 100% GENUINE and comes with a Certificate of Authenticity, ensuring its value and provenance.

The specimen was carefully chosen for its unique features. The photograph provided shows the actual specimen you will receive, ensuring you know exactly what you're purchasing.

Scale Rule: The scale rule squares/cube shown in the photo represents 1cm for precise sizing. Full sizing details are included in the image.

Condition:

This shark tooth fossil is in excellent condition, showing clear features of its serrated edges and sharp points. It has been cleaned and treated for display, making it a standout piece for collectors and fossil enthusiasts.

[uk-fossils]

Fossil Shark Tooth - Ptychodus whipplei, Arcadia Park Formation, Cretaceous: Dallas, Texas, USA – 100% Genuine with COA

This Fossil Shark Tooth belongs to the species Ptychodus whipplei, a unique shark from the Cretaceous Period that lived during a time when the earth was dominated by warm, shallow seas. This particular specimen was discovered in the Arcadia Park Formation, located in Dallas, Texas, USA, a well-known fossil-rich area. The tooth is a beautiful example of a durophagous (hard-shelled prey-eating) shark species, specifically Ptychodus whipplei, which had teeth suited for crushing mollusks, such as clams and other marine invertebrates.

Geological Information:

Geological Stage: Cretaceous (Approximately 100 to 66 million years ago)

Depositional Environment: The Arcadia Park Formation represents a shallow marine environment that existed during the Cretaceous Period, where the warm seas were teeming with life, including sharks like Ptychodus whipplei. The formation was laid down by the ancient seas that once covered much of North America, providing an ideal setting for the preservation of these ancient marine creatures.

Biozone: The Arcadia Park Formation is part of the Western Interior Seaway biozone, which was home to a rich array of marine life, including sharks, rays, and bony fish.

Fossil Features:

Family: Ptychodontidae (Durophagous sharks)

Super Family: Ptychodontoidea (Specialized sharks that fed on hard-shelled prey)

Order: Carcharhiniformes (Common shark order)

Morphology: The Ptychodus whipplei tooth exhibits a wide, flattened crown, characteristic of durophagous sharks. These teeth are ideal for crushing hard-shelled organisms like mollusks. The tooth's broad, flat surface and the pronounced ridges on its crown make it distinct from those of other sharks.

Notable Details:

This fossil is 100% GENUINE and comes with a Certificate of Authenticity, confirming its provenance and historical value.

The specimen was carefully selected to provide you with a high-quality fossil. The photograph provided shows the actual specimen you will receive, ensuring you're getting exactly what you're purchasing.

Scale Rule: The scale rule squares/cube in the photo equates to 1cm, giving you precise measurements for the fossil. Please refer to the photo for the full dimensions.

Condition:

This Ptychodus whipplei Shark Tooth is in excellent condition, with clear preservation of its features. The tooth has been meticulously cleaned and treated for display, ensuring it remains a standout piece in your collection.

[uk-fossils]

Fossil Shark Tooth - Ptychodus anonymus, Arcadia Park Formation, Upper Cretaceous, The Colony, Texas, USA – 100% Genuine with COA

This Fossil Shark Tooth belongs to the species Ptychodus anonymus, an ancient shark that lived during the Upper Cretaceous Period. The tooth was found in the Arcadia Park Formation, part of the Kamp Ranch Member in The Colony, Texas, USA. The Ptychodus anonymus was a durophagous shark, meaning it primarily fed on hard-shelled prey such as mollusks, which is evident from the morphology of its teeth.

Geological Information:

Geological Stage: Upper Cretaceous (Approximately 100 to 66 million years ago)

Depositional Environment: The Arcadia Park Formation was formed in shallow marine environments during the Cretaceous period. This formation was a warm, shallow sea that covered much of what is now the United States, and it supported a diverse ecosystem of marine life, including sharks, mollusks, and other sea creatures.

Biozone: The Arcadia Park Formation is known for its rich fossil deposits from the Upper Cretaceous, particularly from species like Ptychodus anonymus, which was common in the Western Interior Seaway.

Fossil Features:

Family: Ptychodontidae (A family of durophagous sharks)

Super Family: Ptychodontoidea (Group of sharks with specialized teeth for crushing hard-shelled prey)

Order: Carcharhiniformes (Common shark order)

Morphology: The Ptychodus anonymus tooth features a flat, wide crown with a broad base, which was ideal for crushing hard-shelled organisms like mollusks. The tooth's shape and structure are key indicators of its specialized diet, distinguishing it from the more typical sharp-edged teeth of predatory sharks.

Notable Details:

This fossil is 100% GENUINE and comes with a Certificate of Authenticity, ensuring its value and authenticity.

The specimen was carefully selected for its unique and high-quality features. The photograph provided shows the actual specimen you will receive, so you can see exactly what you are buying.

Scale Rule: The scale rule squares/cube shown in the photo is 1cm for precise sizing. Full sizing details are included in the photo.

Condition:

This Ptychodus anonymus Shark Tooth is in excellent condition, with well-preserved features that clearly showcase the specialized morphology of this ancient shark. It has been cleaned and treated for display, making it an ideal addition to any fossil collection.

[uk-fossils]

British Chalk Shark Coprolite, Cretaceous: Beachy Head, Sussex, England – 100% Genuine with Certificate of Authenticity

This British Chalk Shark Coprolite was discovered in the famous fossil-rich deposits of Beachy Head, Sussex, England. The fossil represents the fossilized feces (coprolite) of an ancient shark, offering a rare insight into the behavior and diet of sharks from the Cretaceous Period. This specimen is preserved in Chalk, a sedimentary rock that was formed during the Cretaceous and is known for its excellent preservation of ancient marine life.

Geological Information:

Geological Stage: Cretaceous (Approximately 145 to 66 million years ago)

Depositional Environment: The coprolite was formed in shallow marine environments, where ancient sharks roamed. The chalk deposit formed from the accumulation of tiny marine organisms, including plankton and microorganisms. The area where this fossil was found was once covered by a vast sea that supported a rich ecosystem, including predators like sharks.

Biozone: This fossil is from a biozone recognized for its marine fauna, particularly sharks and other cartilaginous fish, from the Cretaceous Period in Europe.

Fossil Features:

Family: Elasmobranchii (Sharks, Rays, Skates)

Super Family: Galeoidea (Group of predatory sharks)

Order: Carcharhiniformes (Common sharks)

Morphology: The coprolite is a fossilized shark dropping, exhibiting a compact, hardened texture that has preserved remnants of the ancient shark's diet. Coprolites like this one offer valuable information about the feeding habits of prehistoric sharks. This specimen displays features typical of a shark's digestive output, such as grains of crushed prey and other organic matter.

Notable Details:

This fossil is 100% GENUINE and comes with a Certificate of Authenticity, ensuring its authenticity and historical value.

The specimen was carefully selected to provide you with a high-quality, visually appealing fossil. The photograph provided shows the actual specimen you will receive, giving you an accurate representation of what you are buying.

Scale Rule: The scale rule squares/cube shown in the photo is 1cm for precise sizing. Please refer to the photo for the full dimensions of the fossil.

Condition:

This Chalk Shark Coprolite is in excellent condition, showing remarkable preservation of its features. It has been cleaned and treated for display, making it an ideal piece for both collectors and fossil enthusiasts interested in Cretaceous marine life.

[uk-fossils]

British Chalk Fish Spine of Placoid Ray, Cretaceous: Beachy Head, Sussex, England – 100% Genuine with Certificate of Authenticity

This British Chalk Fish Spine comes from a Placoid Ray, an extinct species of ray-finned fish that lived during the Cretaceous Period. It was found in the famous fossil-rich deposits of Beachy Head, located in Sussex, England. The spine is preserved in Chalk, a sedimentary rock that is common in the Cretaceous deposits of this region, providing an incredible glimpse into the marine life that once thrived in the area.

Geological Information:

Geological Stage: Cretaceous (Approximately 145 to 66 million years ago)

Depositional Environment: The fossil was formed in marine environments during the Cretaceous, with chalk deposits forming from the accumulation of tiny marine organisms. The ancient sea that covered southern England supported a wide variety of marine life, including rays and other fish species.

Biozone: This fossil is from a biozone known for marine fauna, especially fish and rays, typical of the Cretaceous Period in Europe.

Fossil Features:

Family: Batoidea (Rays and Skates)

Super Family: Rajidae (Family of rays)

Order: Rajiformes (Order of rays)

Morphology: The spine from the Placoid Ray displays its distinctive bony structure, typical of rays. It has sharp, pointed features, making it a useful identification for the species of ray to which it once belonged. The shape of the spine helps to distinguish it from other fossilized fish remains, as it is a key feature for understanding the anatomy of these ancient marine animals.

Notable Details:

This fossil is 100% GENUINE and comes with a Certificate of Authenticity, assuring you of its legitimacy and value as a collector's piece.

The specimen is carefully chosen to offer you a high-quality visual display of this ancient fish spine. The photograph provided shows the actual specimen you will receive, so you know exactly what you are buying.

Scale Rule: The scale rule squares/cube shown in the photo is 1cm for precise sizing. Please refer to the photo for the full dimensions of the fossil.

Condition:

This Chalk Fish Spine is in remarkable condition, showing excellent preservation of its features. It is a unique and authentic fossil specimen from the Cretaceous Period, carefully cleaned and treated for display. Its preservation within the chalk matrix provides a glimpse into the marine life of ancient Britain.

[uk-fossils]

RARE British Shark Tooth Fossil in Flint, Cretaceous: Brighton Beach, England – 100% Genuine with Certificate of Authenticity

This RARE British Shark Tooth Fossil was carefully found along the renowned Brighton Beach, located on the southern coast of England. The fossilized shark tooth is embedded in flint, a characteristic feature of the geological deposits in this area. The specimen dates back to the Cretaceous Period, making it a significant piece for both collectors and geologists.

Geological Information:

Geological Stage: Cretaceous (Approximately 145 to 66 million years ago)

Depositional Environment: The fossil was formed in shallow marine environments, typical of the Cretaceous Period. The area was once submerged under the ancient sea that covered much of Europe, where marine life, including sharks, thrived.

Biozone: This fossil comes from a biozone known for the diverse marine fauna of the Cretaceous, particularly species of sharks and other cartilaginous fish.

Fossil Features:

Family: Elasmobranchii (Sharks, Rays, Skates)

Super Family: Galeoidea (A group that includes the larger predatory sharks)

Order: Carcharhiniformes (The order that includes many of the modern shark species)

Morphology: The shark tooth displays the typical triangular shape and serrated edges, perfect for cutting through the flesh of prey. Its sharp, distinct features are typical of predatory sharks from the Cretaceous Period.

Notable Details:

This fossil is 100% GENUINE and comes with a Certificate of Authenticity, ensuring its legitimacy and historical value.

The specimen was carefully chosen to provide you with a high-quality, visual specimen. The photograph provided shows the actual fossil you will receive, ensuring you know exactly what you're buying.

Scale Rule: The scale rule squares/cube shown in the photo equates to 1cm for precise sizing.

Condition:

This fossil is in excellent condition, with clear preservation of the tooth’s features and a solid matrix of flint that has preserved the fossil over millions of years. It has been thoroughly cleaned and treated to ensure it remains in perfect condition for display.

[uk-fossils]

RARE British Chalk Shark Tooth Fossil, Chalk, Cretaceous: Sussex, England - Genuine Fossil with Certificate of Authenticity

This RARE British Chalk Shark Tooth Fossil comes from the Cretaceous period, specifically from the Chalk deposits of Sussex, England. The tooth represents a shark that once roamed the seas of ancient Cretaceous England, offering a unique glimpse into prehistoric marine life. This fossil is an excellent specimen, carefully preserved and a highly sought-after addition to any fossil collection.

The shark tooth fossil is well-preserved, showcasing the distinct shape and features of the species that once inhabited the seas millions of years ago. It has been sourced from Sussex, known for its rich Chalk deposits that preserve a wide variety of ancient marine life from the Cretaceous.

Geology and Fossil Type

Fossil Type: Shark Tooth

Species: Unidentified Shark Species

Geological Stage: Cretaceous Period

Formation: Chalk

Location: Sussex, England

Depositional Environment: Marine

Biozone: Upper Cretaceous Chalk deposits of Sussex, renowned for their preservation of marine fossils

Family: Elasmobranchii (Sharks and Rays)

Superfamily: Selachii

Order: Chondrichthyes (Cartilaginous Fish)

Morphology Features

Shape: The shark tooth fossil has a classic triangular shape, ideal for display, and showcasing the unique features of sharks.

Size: The tooth’s exact size is displayed in the photos, with a scale cube for easy comparison to the actual fossil.

Preservation: This fossil is in excellent condition, retaining its sharp edges and clear features, which make it a fantastic addition to any collection.

Notable Features

Genuine Fossil: This shark tooth fossil is 100% genuine and comes with a Certificate of Authenticity, ensuring its authenticity and origin.

Scientific Value: The shark tooth offers significant insights into shark evolution, and its preservation from the Cretaceous period makes it an excellent educational resource.

Rare and Unique: Fossils of sharks from the Cretaceous period are not only rare but highly valued due to their historical and educational significance.

Educational: This fossil is ideal for students, teachers, and enthusiasts to explore the ancient marine ecosystems and understand the evolution of sharks.

Scientific and Historical Significance

Cretaceous Period: The Cretaceous period (145 to 66 million years ago) was a time of significant evolutionary changes in marine life. This shark tooth provides an extraordinary connection to the ancient predators that lived in the Cretaceous seas.

Chalk Formation: The Chalk deposits in Sussex are world-renowned for their fossil-rich layers, and they are famous for preserving the marine life of the Cretaceous period.

Size and Presentation

Scale Cube: Each square in the scale cube represents 1 cm, providing an accurate size reference.

Actual Fossil: The exact specimen shown in the photos is the one you will receive. Every fossil is hand-picked for its quality and authenticity.

Key Selling Points

100% Genuine Fossil: The shark tooth fossil is verified as a genuine fossil, and comes with a Certificate of Authenticity, ensuring the specimen's genuine nature.

Rare and Unique: Shark tooth fossils from the Cretaceous period are rare and valuable, making this specimen an exceptional addition to any collection.

Perfect for Display: Whether in your home, office, or museum, this shark tooth fossil makes for an engaging and educational display piece.

Educational Tool: This shark tooth fossil is perfect for studying shark evolution, marine ecosystems, and ancient predators.

Additional Information

Scale Rule: Each square in the scale cube represents 1 cm, providing an accurate size reference.

Packaging: The fossil will be securely packaged to ensure it arrives in perfect condition.

Certificate of Authenticity: This fossil comes with a Certificate of Authenticity, ensuring the specimen's genuine nature and providing proof of provenance.

[uk-fossils]

RARE British Chalk Shark Tooth Fossil, Chalk, Cretaceous: Sussex, England - Genuine Fossil with Certificate of Authenticity

This RARE British Chalk Shark Tooth Fossil comes from the Cretaceous period, specifically from the Chalk deposits of Sussex, England. The tooth represents a shark that once roamed the seas of ancient Cretaceous England, offering a unique glimpse into prehistoric marine life. This fossil is an excellent specimen, carefully preserved and a highly sought-after addition to any fossil collection.

The shark tooth fossil is well-preserved, showcasing the distinct shape and features of the species that once inhabited the seas millions of years ago. It has been sourced from Sussex, known for its rich Chalk deposits that preserve a wide variety of ancient marine life from the Cretaceous.

Geology and Fossil Type

Fossil Type: Shark Tooth

Species: Unidentified Shark Species

Geological Stage: Cretaceous Period

Formation: Chalk

Location: Sussex, England

Depositional Environment: Marine

Biozone: Upper Cretaceous Chalk deposits of Sussex, renowned for their preservation of marine fossils

Family: Elasmobranchii (Sharks and Rays)

Superfamily: Selachii

Order: Chondrichthyes (Cartilaginous Fish)

Morphology Features

Shape: The shark tooth fossil has a classic triangular shape, ideal for display, and showcasing the unique features of sharks.

Size: The tooth’s exact size is displayed in the photos, with a scale cube for easy comparison to the actual fossil.

Preservation: This fossil is in excellent condition, retaining its sharp edges and clear features, which make it a fantastic addition to any collection.

Notable Features

Genuine Fossil: This shark tooth fossil is 100% genuine and comes with a Certificate of Authenticity, ensuring its authenticity and origin.

Scientific Value: The shark tooth offers significant insights into shark evolution, and its preservation from the Cretaceous period makes it an excellent educational resource.

Rare and Unique: Fossils of sharks from the Cretaceous period are not only rare but highly valued due to their historical and educational significance.

Educational: This fossil is ideal for students, teachers, and enthusiasts to explore the ancient marine ecosystems and understand the evolution of sharks.

Scientific and Historical Significance

Cretaceous Period: The Cretaceous period (145 to 66 million years ago) was a time of significant evolutionary changes in marine life. This shark tooth provides an extraordinary connection to the ancient predators that lived in the Cretaceous seas.

Chalk Formation: The Chalk deposits in Sussex are world-renowned for their fossil-rich layers, and they are famous for preserving the marine life of the Cretaceous period.

Size and Presentation

Scale Cube: Each square in the scale cube represents 1 cm, providing an accurate size reference.

Actual Fossil: The exact specimen shown in the photos is the one you will receive. Every fossil is hand-picked for its quality and authenticity.

Key Selling Points

100% Genuine Fossil: The shark tooth fossil is verified as a genuine fossil, and comes with a Certificate of Authenticity, ensuring the specimen's genuine nature.

Rare and Unique: Shark tooth fossils from the Cretaceous period are rare and valuable, making this specimen an exceptional addition to any collection.

Perfect for Display: Whether in your home, office, or museum, this shark tooth fossil makes for an engaging and educational display piece.

Educational Tool: This shark tooth fossil is perfect for studying shark evolution, marine ecosystems, and ancient predators.

Additional Information

Scale Rule: Each square in the scale cube represents 1 cm, providing an accurate size reference.

Packaging: The fossil will be securely packaged to ensure it arrives in perfect condition.

Certificate of Authenticity: This fossil comes with a Certificate of Authenticity, ensuring the specimen's genuine nature and providing proof of provenance.

[uk-fossils]

RARE British Chalk Shark Tooth Fossil - Hexanchus microdon, Cretaceous: Offham, Kent, England - Genuine Fossil with COA

This RARE British Chalk Shark Tooth Fossil comes from the Cretaceous period, specifically from the Chalk deposits in Offham, Kent, England. The tooth belongs to the Hexanchus microdon, a species of ancient shark. This fascinating fossil provides a glimpse into the marine life that inhabited Cretaceous seas.

Found in the Chalk formation, this shark tooth is a rare specimen, offering not only an exceptional display piece but also an insight into the marine ecosystem during the Cretaceous period. It is an excellent example of ancient sharks, known for their unique morphology and large size. The fossil is well-preserved, with visible details that make it a prized possession for fossil collectors, paleontologists, and enthusiasts alike.

Geology and Fossil Type

Fossil Type: Shark Tooth

Species: Hexanchus microdon

Geological Stage: Cretaceous

Formation: Chalk

Location: Offham, Kent, England

Depositional Environment: Marine

Biozone: Upper Cretaceous Chalk deposits of Kent, known for preserving marine fossils

Family: Hexanchidae

Superfamily: Selachii

Order: Hexanchiformes

Morphology Features

Shape: The shark tooth has a distinctive, robust triangular shape typical of the Hexanchus microdon species, with clearly visible serrations.

Size: The exact size of the tooth is displayed in the photos, with a scale cube for accurate size reference.

Preservation: This shark tooth fossil is well-preserved, showcasing its sharp features and texture that reflect its ancient marine origins.

Notable Features

Genuine Fossil: This Hexanchus microdon shark tooth is 100% genuine, and comes with a Certificate of Authenticity, ensuring its authenticity and origin.

Scientific Significance: Fossils from Hexanchus microdon offer valuable insights into the evolution of sharks and their role in Cretaceous marine ecosystems.

Rare Specimen: Shark tooth fossils from the Cretaceous period are rare and highly sought after due to their historical value and uniqueness.

Educational Value: This shark tooth fossil is an excellent educational tool, perfect for studying shark evolution, marine life, and the geological history of the Cretaceous period.

Scientific and Historical Significance

Cretaceous Period: The Cretaceous period (145 to 66 million years ago) was a time of significant evolutionary changes in marine life. This shark tooth gives a rare glimpse into the ancient marine ecosystems and the predators that dominated them.

Chalk Formation: The Chalk deposits in Kent are famous for their well-preserved marine fossils, offering a direct link to ancient life in the Cretaceous seas.

Size and Presentation

Scale Cube: Each square in the scale cube represents 1 cm, providing an accurate size reference.

Actual Fossil: The exact specimen shown in the photos is the one you will receive. Each fossil is handpicked for quality and authenticity.

Key Selling Points

100% Genuine Fossil: The Hexanchus microdon shark tooth is verified as a genuine fossil, and comes with a Certificate of Authenticity for your peace of mind.

Rare and Unique: Fossils of Hexanchus microdon are rare and valuable, making this specimen an exceptional addition to any collection.

Perfect for Display: Whether for your home, office, or museum, this fossil serves as an engaging and educational display piece.

Educational Tool: This shark tooth fossil is perfect for learning about shark evolution, marine ecosystems, and ancient predators.

Additional Information

Scale Rule: Each square in the scale cube represents 1 cm, providing an accurate size reference.

Packaging: The fossil will be securely packaged to ensure it arrives in perfect condition.

Certificate of Authenticity: This fossil comes with a Certificate of Authenticity, ensuring the specimen's genuine nature and providing proof of provenance.

[uk-fossils]

RARE British Chalk Fish Coprolite - Macropoma, Cretaceous: Sussex, England - Genuine Fossil with Certificate of Authenticity

This RARE British Chalk Fish Coprolite is a fascinating Cretaceous fossil from Sussex, England. It represents a coprolite (fossilized excrement) of an ancient fish species, Macropoma, that lived during the Cretaceous period. This coprolite fossil provides a unique glimpse into the diets and behaviors of ancient marine life.

The chalk deposits of Sussex are renowned for preserving high-quality marine fossils, including coprolites. This specimen has been carefully preserved and is an exceptional addition to any collection. Coprolites are highly valuable to paleontologists as they can offer insights into the feeding habits, ecology, and environment of the creatures that produced them.

Geology and Fossil Type

Fossil Type: Fish Coprolite (fossilized excrement)

Species: Macropoma (an ancient fish species)

Geological Stage: Cretaceous Period

Formation: Chalk

Location: Sussex, England

Depositional Environment: Marine

Biozone: Chalk deposits of Sussex, known for exceptional preservation of marine fossils

Family: Macropomidae

Superfamily: Undetermined due to incomplete identification

Order: Undetermined due to incomplete identification

Morphology Features

Shape: The coprolite is a well-preserved fossil of Macropoma's excrement, showcasing the shape and texture of ancient fish waste.

Size: The exact size of the coprolite is shown in the photos with a scale cube for accurate size reference.

Preservation: This fish coprolite is in excellent preservation, allowing for detailed examination and study.

Notable Features

Genuine Fossil: This British Chalk Fish Coprolite specimen is 100% genuine, and comes with a Certificate of Authenticity for your peace of mind.

Rare Coprolite: Coprolites from marine creatures like Macropoma are rare, and this specimen is particularly valuable for its scientific significance.

Educational Value: This coprolite fossil is perfect for educational purposes, offering insights into ancient feeding behaviors and marine ecosystems.

Historical Significance: The Cretaceous period is a key geological time for understanding the evolution of life on Earth, and this coprolite offers a rare snapshot of ancient life.

Scientific and Historical Significance

Cretaceous Period: The Cretaceous period (145 to 66 million years ago) is one of the most fascinating periods in Earth's history, marked by a variety of marine life. This coprolite provides a glimpse into the feeding habits of ancient fish that lived in the chalk seas.

Chalk Formation: The Chalk formation in Sussex is famous for preserving marine fossils. This fish coprolite was formed in the marine environment that existed in the region during the Cretaceous.

Size and Presentation

Scale Cube: Each square in the scale cube represents 1 cm, providing an accurate size reference.

Actual Fossil: The exact specimen shown in the photos is the one you will receive. Each fossil is handpicked for quality and authenticity.

Key Selling Points

100% Genuine Fossil: The British Chalk Fish Coprolite is verified as a genuine fossil, and comes with a Certificate of Authenticity for your confidence.

Rare and Unique: Coprolites from the Cretaceous period are rare and valuable, making this specimen an exceptional addition to any collection.

Perfect for Display: Whether for your home, office, or museum, this fossil serves as an engaging and educational display piece.

Educational Tool: This coprolite fossil is perfect for learning about marine ecosystems and ancient feeding behaviors.

Additional Information

Scale Rule: Each square in the scale cube represents 1 cm, providing an accurate size reference.

Packaging: The fossil will be securely packaged to ensure it arrives in perfect condition.

Certificate of Authenticity: This fossil comes with a Certificate of Authenticity, ensuring the specimen's genuine nature and providing proof of provenance.

[uk-fossils]

RARE British Chalk Fish Fossil Bones, Cretaceous: Sussex, England - Genuine Fossil with Certificate of Authenticity

This RARE British Chalk Fish Fossil Bones specimen is a remarkable find from the Chalk deposits of Sussex, England. It hails from the Cretaceous period, offering a rare glimpse into the marine life of this ancient time. The fossil features well-preserved fish bones embedded in Chalk, a unique geological formation found in the United Kingdom.

These fossil bones are part of an exceptional Cretaceous fossil collection and are particularly prized by collectors and enthusiasts. The bones are beautifully preserved and provide valuable insight into the ancient fish species that once roamed the seas during the Cretaceous period.

Geology and Fossil Type

Fossil Type: Fish Fossil Bones

Geological Stage: Cretaceous Period

Formation: Chalk

Location: Sussex, England

Depositional Environment: Marine

Biozone: Marine Chalk deposits

Family: Undetermined due to incomplete identification

Superfamily: Undetermined due to incomplete identification

Order: Undetermined due to incomplete identification

Morphology Features

Shape: The fossil bones display the characteristic structure of ancient fish bones, though the species cannot be fully identified. The fossil represents a marine fish species that once swam in the seas during the Cretaceous.

Size: The exact size of the fossil is shown in the photos with a scale cube for size reference.

Preservation: The fish bones are in excellent preservation, making this specimen a beautiful fossil for study, display, or collection.

Notable Features

Genuine Fossil: This British Chalk Fish Fossil Bones specimen is 100% genuine and comes with a Certificate of Authenticity, verifying its true origin and authenticity.

Marine Fossil: The fossil is from a marine environment, offering a glimpse into the sea life during the Cretaceous period.

Rare Chalk Fossil: Chalk fossils from Sussex, England, are highly sought after, making this specimen a rare find for any collection.

Educational Value: This fossil is an ideal specimen for educational purposes, offering valuable insights into the marine fauna of the Cretaceous period.

Scientific and Historical Significance

Cretaceous Period: The Cretaceous period is one of the most important periods in Earth's history, known for the dominance of marine life. Fossils from this time provide critical evidence for the study of marine biodiversity and ancient ecosystems.

Chalk Deposits: The Chalk formation in the UK is famous for preserving marine fossils, including these fish bones. The fossilization process in Chalk is unique, helping preserve delicate details of ancient organisms.

Size and Presentation

Scale Cube: The scale cube (1 cm) is provided in the photos for accurate size reference.

Actual Fossil: The exact specimen shown in the photos is the one you will receive. Each fossil is handpicked for quality and authenticity.

Key Selling Points

100% Genuine Fossil: The British Chalk Fish Fossil Bones are verified as genuine fossils, and each comes with a Certificate of Authenticity for your peace of mind.

Rare and Unique: Chalk fossils from the Cretaceous period are rare, making this specimen an exceptional addition to any collection.

Perfect for Display: Whether for your home, office, or museum, this fossil serves as an engaging and educational display piece, ideal for anyone interested in ancient marine life.

Educational Tool: Great for anyone learning about marine ecosystems and fish evolution during the Cretaceous period.

Additional Information

Scale Rule: Each square in the scale cube represents 1 cm, providing an accurate size reference.

Packaging: The fossil will be securely packaged to ensure it arrives in perfect condition.

Certificate of Authenticity: This fossil comes with a Certificate of Authenticity, ensuring the specimen's genuine nature and providing proof of provenance.

[uk-fossils]

RARE: Androgynoceras capricornus Fossil Ammonite, Lower Hettangian, Jurassic: STONEY LITTLETON RADSTOCK, Somerset, UK – COA

This RARE Androgynoceras capricornus Fossil Ammonite is a beautiful and highly collectible specimen from the Lower Hettangian stage of the Jurassic period. This ammonite was discovered in the Stoney Littleton Radstock, Somerset, United Kingdom, a site well-known for its well-preserved Jurassic fossils. This genuine fossil is an exceptional addition for any fossil collector or enthusiast.

Androgynoceras capricornus is a species known for its distinctive spiral shape and well-defined ribbing. The preserved ammonite offers a clear example of the marine life from the early Jurassic period.

Geology and Fossil Type

Fossil Type: Androgynoceras capricornus

Geological Stage: Lower Hettangian, Jurassic Period

Location: Stoney Littleton Radstock, Somerset, United Kingdom

Depositional Environment: Marine

Family: Perisphinctidae

Superfamily: Perisphinctoidea

Order: Ammonitida

Morphology Features

Shape: The spiral coiling and distinctive ribbing are characteristic of the Androgynoceras genus.

Size: The exact fossil size is shown in the photos, with a scale cube (1 cm) provided for reference.

Preservation: Excellent preservation of both the shell and ribs, offering a clear glimpse of this Jurassic ammonite in remarkable detail.

Notable Features

Genuine Fossil: This Androgynoceras capricornus ammonite is 100% genuine, certified with a Certificate of Authenticity.

Jurassic Marine Life: This fossil offers a rare view into the marine ecosystems of the early Jurassic, making it a fascinating piece for scientific interest.

Excellent for Display: This ammonite is a beautifully preserved specimen, perfect for display in homes, offices, or museums. It is a striking addition to any fossil collection.

Scientific and Historical Significance

Jurassic Period: The Lower Hettangian stage is the earliest part of the Jurassic period, a time of rapid diversification in marine life.

Ammonite Evolution: Ammonites, like Androgynoceras, are important markers for dating rocks and providing insight into the marine life of the time.

Size and Presentation

Scale Cube: The scale cube (1 cm) in the photos is provided for easy size reference.

Actual Fossil: The exact specimen shown in the photos is the one you will receive, ensuring you receive the unique fossil pictured.

Key Selling Points

100% Genuine Fossil: This Androgynoceras capricornus ammonite is a genuine specimen and comes with a Certificate of Authenticity to guarantee its authenticity.

Rare and Unique: The Androgynoceras genus is rare and highly prized by collectors, making this fossil a valuable addition to any collection.

Perfect for Display: Whether for your home, office, or museum, this ammonite fossil serves as a captivating and educational display piece that brings Jurassic history to life.

Educational Tool: Ideal for those interested in learning about the Jurassic period and marine life from millions of years ago.

Additional Information

Scale Rule: Each square in the scale cube represents 1 cm, providing an accurate size reference.

Packaging: The fossil will be securely packaged to ensure it arrives in perfect condition.

Certificate of Authenticity: This fossil comes with a Certificate of Authenticity, ensuring the specimen's genuine nature and providing proof of provenance.

[uk-fossils]

Psiloceras Fossil Ammonite, Lower Hettangian, Jurassic: Holderness, Yorkshire, United Kingdom – 100% Genuine Fossil with COA

This Psiloceras Fossil Ammonite is a stunning specimen from the Lower Hettangian stage of the Jurassic period, discovered in the Holderness region of Yorkshire, United Kingdom. Psiloceras is a notable genus of ammonites that lived in the seas during the early Jurassic, and this specimen showcases its characteristic spiral coiling. The fossil provides an excellent example of the marine life that existed millions of years ago and offers collectors a unique opportunity to own a genuine Jurassic fossil.

Geology and Fossil Type

Fossil Type: Psiloceras, a genus of ammonite

Geological Stage: Lower Hettangian, Jurassic Period

Location: Holderness, Yorkshire, United Kingdom

Depositional Environment: Marine

Family: Psiloceratidae

Superfamily: Ammonitaceae

Order: Ammonitida

Morphology Features

Shape: This fossil features a spiral shape typical of the Psiloceras genus, with well-preserved, smooth whorls.

Size: The size of the fossil is provided in the photos. A scale cube (1 cm) is included for reference.

Preservation: The fossil is well-preserved, with excellent detail showing the natural coiling and shell structure.

Notable Features

Genuine Fossil: This Psiloceras ammonite is 100% genuine, offering both scientific and aesthetic value.

Jurassic Marine Life: It offers a rare glimpse into the marine life of the early Jurassic, a time of significant biodiversity.

Educational Value: Ideal for those looking to enhance their fossil collection, this specimen serves as an excellent educational tool.

Scientific and Historical Significance

Jurassic Period: The Lower Hettangian stage marks one of the earliest parts of the Jurassic period, known for the development of diverse marine organisms.

Marine Ecosystem: Ammonites like Psiloceras were abundant marine life forms that thrived in the oceans during the early Jurassic.

Size and Presentation

Scale Cube: The scale cube (1 cm) shown in the images represents the size of the fossil for easy reference.

Actual Specimen: The exact fossil shown in the photo is the one you will receive.

Key Selling Points

100% Genuine Fossil: This Psiloceras Fossil Ammonite is a genuine specimen, and comes with a Certificate of Authenticity to verify its provenance.

Rare and Unique: Psiloceras fossils are rare, making this specimen a valuable addition to any fossil collection.

Perfect for Display: Whether for your home, office, or museum, this ammonite fossil serves as a captivating display piece that brings history to life.

Educational Tool: This authentic fossil is an excellent resource for teaching about Jurassic marine life, making it a fantastic addition to educational collections.

Additional Information

Scale Rule: Each square in the scale cube represents 1 cm, providing accurate size reference.

Packaging: The fossil will be securely packaged to ensure it arrives in perfect condition.

Certificate of Authenticity: This fossil comes with a Certificate of Authenticity, guaranteeing its genuine nature and providing proof of provenance.

[uk-fossils]

Waehneroceras singulare Fossil Ammonite, Middle Hettangian, Jurassic: LORRAINE, France – Genuine Ammonite with Certificate of Authenticity

This Waehneroceras singulare Fossil Ammonite is from the Middle Hettangian stage of the Jurassic period, discovered in the Lorraine region of France. This specimen showcases the classic morphology of the Waehneroceras genus, featuring distinctive coiled whorls typical of its species. It is an excellent example of marine life from the early Jurassic and is highly valued by fossil collectors and enthusiasts.

Geology and Fossil Type

Fossil Type: Waehneroceras singulare, Jurassic Ammonite

Geological Stage: Middle Hettangian, Jurassic Period

Location: Lorraine, France

Depositional Environment: Marine

Family: Waehneroceratidae

Superfamily: Ammonitaceae

Order: Ammonitida

Morphology Features

Shape: This fossil showcases the typical coiled shape of the Waehneroceras genus, with its well-defined and smooth whorls.

Size: The size of the ammonite is provided in the photos, and the scale cube (1 cm squares) is included for size reference.

Preservation: This ammonite is well-preserved, allowing for the detailed study of its structure and features.

Notable Features

Rare Fossil: Waehneroceras singulare is rarely found and is an exceptional addition to any fossil collection.

Jurassic Marine Life: This fossil represents the early marine ecosystem of the Hettangian period and is an important part of understanding the diversity of life during the Jurassic era.

Scientific and Historical Significance

Jurassic Period: The Middle Hettangian stage marks an early part of the Jurassic, a time of global diversification of marine life.

Marine Ecosystem: Ammonites like Waehneroceras singulare were prominent marine animals during this period, contributing to the development of marine ecosystems.

Size and Presentation

Scale Cube: Each scale cube in the photos represents 1 cm, providing an accurate reference for the size of the fossil.

Full Size: The actual fossil specimen shown in the images is the one you will receive, ensuring transparency and satisfaction upon receipt.

Key Selling Points

100% Genuine Fossil: This Waehneroceras singulare Jurassic Ammonite is a 100% genuine specimen, and comes with a Certificate of Authenticity, guaranteeing its provenance.

Rare and Unique: Waehneroceras singulare is a rare find, especially in this preserved form, making it a valuable specimen for any collector.

Perfect for Display: This ammonite fossil is perfect for display in homes, offices, or museums, providing a unique window into the Jurassic seas.

Educational Value: This fossil is an excellent addition to any educational fossil collection, showcasing marine life from the early Jurassic period.

Additional Information

Scale Rule: The scale rule is marked in the photos, with each square measuring 1 cm for size reference.

Packaging: The fossil will be securely packaged to ensure it arrives in excellent condition.

Certificate of Authenticity: This fossil comes with a Certificate of Authenticity, providing verification of its genuine nature and provenance.