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Rock concretions and minerals C016 / 4850

Rock concretions and minerals C016  /  4850


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Rock concretions and minerals C016 / 4850

Rock concretions and minerals. Clockwise from upper left: septarian nodule, fractured flint nodule, fractured pyrite nodule and a selenite desert rose. These specimens form part of the collections held at the Natural History Museum, London, UK

Science Photo Library features Science and Medical images including photos and illustrations

Media ID 9205537

© NATURAL HISTORY MUSEUM, LONDON/SCIENCE PHOTO LIBRARY

Concretion Deposit Flint Geological Irregular Mineral Mineralogy Natural History Nodule Prehistoric Prehistory Pyrite Quartet Rock Sample Sedimentary Sedimentary Rock Selenite Specimen Sulfide Sulphate Sulphide Sulphide Mineral Blue Background Chert Sulfate Sulfate Mineral


EDITORS COMMENTS
This print showcases a quartet of rock concretions and minerals, each with its own unique characteristics. The clockwise arrangement begins with an intriguing septarian nodule, displaying intricate patterns formed by the cracking and filling of sedimentary rocks over millions of years. Next, we encounter a fractured flint nodule, revealing the raw beauty hidden within its rough exterior. Its jagged edges hint at the powerful geological forces that shaped it. Moving on to the third specimen, we are greeted by a fractured pyrite nodule that glimmers with golden hues. This sulfide mineral has captivated humans for centuries due to its metallic luster and association with precious metals. Finally, our gaze is drawn towards a delicate selenite desert rose - an exquisite formation resembling blooming flowers in arid landscapes. These remarkable specimens are part of the esteemed collections held at the Natural History Museum in London, UK. Against a serene blue background in this studio shot, they offer us glimpses into Earth's ancient past and highlight the incredible diversity found within our planet's rocky deposits. This photograph serves as a testament to both nature's artistry and humanity's fascination with geology. It invites us to marvel at these irregular yet stunning formations while igniting curiosity about their origins and significance in understanding Earth's history.

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