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Whale Vertebra Fossil Pliocene Lee Creek Mine North Carolina USA Genuine Specimen with Certificate

£240.00

Overview

This remarkable Whale Vertebra Fossil originates from the Pliocene deposits of the Lee Creek Mine in Beaufort County, North Carolina, USA. Dating to approximately 3–5 million years ago, this fossil represents a true relic of prehistoric marine life from the late Neogene Period. The vertebra belonged to an ancient baleen or toothed whale that once swam in the warm coastal waters of what is now the eastern United States.

Each specimen is a 100% genuine fossil, photographed to show the exact piece you will receive. A 1cm scale cube is provided in the images for accurate sizing. This fossil has been carefully cleaned, stabilised, and prepared, ensuring both its scientific integrity and aesthetic appeal. Included with your purchase is a Certificate of Authenticity, confirming its provenance and geological age.

Geological Context

The Lee Creek Mine, located near Aurora in Beaufort County, North Carolina, is one of the most famous fossil localities in the world. The site exposes sedimentary layers from the Yorktown Formation (Pliocene) and the underlying Pungo River Formation (Miocene). The whale vertebrae found in these deposits are typically derived from the Yorktown Formation, a marine unit deposited between approximately 2.6 and 5.3 million years ago, during the Pliocene Epoch.

At that time, the coastal plain of North Carolina was submerged beneath a shallow, temperate sea. Rich in nutrients and teeming with life, these waters supported a diverse array of marine mammals, sharks, rays, bony fish, and mollusks. Over millions of years, the skeletal remains of these creatures were buried in fine marine sediments, which later lithified into the fossil-bearing layers seen today.

The Lee Creek Mine has yielded an incredible diversity of marine vertebrates, including dolphins, whales, seals, and even early manatees. This particular whale vertebra fossil represents one of the many cetaceans that inhabited the region, possibly belonging to the Family Balaenopteridae (rorquals) or Physeteridae (sperm whales), both known from this locality.

Morphology and Identification

The vertebra is a dense, cylindrical bone forming part of the whale’s spinal column. It displays a well-preserved centrum (the main body of the vertebra) and the beginnings of processes where muscles and ligaments once attached. The smooth, mineralised bone surface and natural curvature of the specimen demonstrate the robust structure typical of marine mammals adapted to life in open water.

In whales, the vertebrae were key to supporting powerful tail movements and stabilising the body during swimming. The shape and size of this vertebra suggest it came from the thoracic or lumbar region, where the bones are strongest and largest, supporting the whale’s immense body mass. The fossilisation process has replaced much of the organic material with minerals, leaving a solid, stone-like structure with rich, earthy tones of grey and brown.

Scientific and Historical Significance

The Lee Creek Mine has been the focus of paleontological research for decades, producing world-class specimens for major natural history museums. Its fossil assemblage provides vital insights into Pliocene marine ecosystems and the evolution of modern whales (Cetacea). During this period, many lineages of whales underwent significant diversification, developing the sophisticated adaptations for deep diving and filter feeding seen in their modern descendants.

This whale vertebra fossil is an extraordinary testament to that evolutionary story, representing an era when the ancestors of today’s blue whales, humpbacks, and sperm whales dominated ancient seas. The Pliocene Epoch also marked a time of climatic transition, when global temperatures began to cool, setting the stage for the Ice Ages. Fossils from this period, such as this specimen, capture that turning point in Earth’s natural history.

Display and Presentation

Mounted with care and ready for display, this Pliocene Whale Vertebra Fossil from the Lee Creek Mine is both a fascinating scientific specimen and a striking natural sculpture. It makes a superb addition to any fossil collection, museum exhibit, or interior display, showcasing the beauty and power of ancient marine life.

Each specimen is individually selected, professionally prepared, and authenticated, ensuring the highest quality and provenance. With its impressive form, geological history, and origin from one of the world’s most celebrated fossil localities, this vertebra offers a tangible connection to the prehistoric oceans of North America—a true piece of natural history preserved in stone.

(Actual as seen)

Only 1 left in stock

SKU: XF0081 Category:

Description

Overview

This remarkable Whale Vertebra Fossil originates from the Pliocene deposits of the Lee Creek Mine in Beaufort County, North Carolina, USA. Dating to approximately 3–5 million years ago, this fossil represents a true relic of prehistoric marine life from the late Neogene Period. The vertebra belonged to an ancient baleen or toothed whale that once swam in the warm coastal waters of what is now the eastern United States.

Each specimen is a 100% genuine fossil, photographed to show the exact piece you will receive. A 1cm scale cube is provided in the images for accurate sizing. This fossil has been carefully cleaned, stabilised, and prepared, ensuring both its scientific integrity and aesthetic appeal. Included with your purchase is a Certificate of Authenticity, confirming its provenance and geological age.

Geological Context

The Lee Creek Mine, located near Aurora in Beaufort County, North Carolina, is one of the most famous fossil localities in the world. The site exposes sedimentary layers from the Yorktown Formation (Pliocene) and the underlying Pungo River Formation (Miocene). The whale vertebrae found in these deposits are typically derived from the Yorktown Formation, a marine unit deposited between approximately 2.6 and 5.3 million years ago, during the Pliocene Epoch.

At that time, the coastal plain of North Carolina was submerged beneath a shallow, temperate sea. Rich in nutrients and teeming with life, these waters supported a diverse array of marine mammals, sharks, rays, bony fish, and mollusks. Over millions of years, the skeletal remains of these creatures were buried in fine marine sediments, which later lithified into the fossil-bearing layers seen today.

The Lee Creek Mine has yielded an incredible diversity of marine vertebrates, including dolphins, whales, seals, and even early manatees. This particular whale vertebra fossil represents one of the many cetaceans that inhabited the region, possibly belonging to the Family Balaenopteridae (rorquals) or Physeteridae (sperm whales), both known from this locality.

Morphology and Identification

The vertebra is a dense, cylindrical bone forming part of the whale’s spinal column. It displays a well-preserved centrum (the main body of the vertebra) and the beginnings of processes where muscles and ligaments once attached. The smooth, mineralised bone surface and natural curvature of the specimen demonstrate the robust structure typical of marine mammals adapted to life in open water.

In whales, the vertebrae were key to supporting powerful tail movements and stabilising the body during swimming. The shape and size of this vertebra suggest it came from the thoracic or lumbar region, where the bones are strongest and largest, supporting the whale’s immense body mass. The fossilisation process has replaced much of the organic material with minerals, leaving a solid, stone-like structure with rich, earthy tones of grey and brown.

Scientific and Historical Significance

The Lee Creek Mine has been the focus of paleontological research for decades, producing world-class specimens for major natural history museums. Its fossil assemblage provides vital insights into Pliocene marine ecosystems and the evolution of modern whales (Cetacea). During this period, many lineages of whales underwent significant diversification, developing the sophisticated adaptations for deep diving and filter feeding seen in their modern descendants.

This whale vertebra fossil is an extraordinary testament to that evolutionary story, representing an era when the ancestors of today’s blue whales, humpbacks, and sperm whales dominated ancient seas. The Pliocene Epoch also marked a time of climatic transition, when global temperatures began to cool, setting the stage for the Ice Ages. Fossils from this period, such as this specimen, capture that turning point in Earth’s natural history.

Display and Presentation

Mounted with care and ready for display, this Pliocene Whale Vertebra Fossil from the Lee Creek Mine is both a fascinating scientific specimen and a striking natural sculpture. It makes a superb addition to any fossil collection, museum exhibit, or interior display, showcasing the beauty and power of ancient marine life.

Each specimen is individually selected, professionally prepared, and authenticated, ensuring the highest quality and provenance. With its impressive form, geological history, and origin from one of the world’s most celebrated fossil localities, this vertebra offers a tangible connection to the prehistoric oceans of North America—a true piece of natural history preserved in stone.

Additional information

Era

Pliocene

Origin

USA

Pliocene Information

The Pliocene Epoch (5.3–2.58 million years ago) was a time of cooling climates, marking the transition to the Ice Ages of the Pleistocene. Grasslands and savannas expanded as forests shrank, driving the evolution of large grazing mammals like early horses, antelope, and elephants. The first modern mammals and birds became widespread, and early hominins, including Australopithecus, began walking upright in Africa. In the oceans, whales and seals thrived, while the Isthmus of Panama formed, connecting North and South America and altering ocean currents, which contributed to further global cooling. The Pliocene set the stage for both the Ice Ages and the eventual rise of modern humans.

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