Starfish and Brittlestars
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Brittle Star Ophiura Fossil – Genuine Specimen from Ordovician Morocco with Certificate(Actual as seen) £90.00SKU: FSR047Sold By: UK FossilsAdd to basket
Fossilised Brittle Star Ophiuroids Serpent Stars Echinoderms, Starfish Fossil Sea Creature, Gift Collectible Display(Actual as seen) £151.80SKU: FSR851Sold By: UK FossilsAdd to basket
Fossil Brittle Star Ophiuroids Serpent Stars Echinoderms, Starfish Fossil Sea Creature, Gift Collectible Display(Actual as seen) £151.80SKU: FSR852Sold By: UK FossilsAdd to basket
Fossilised Slenaster Salteri Starfish Fossil from Ordovician Canada Certificated(Actual as seen) £168.00SKU: FSR519Sold By: UK FossilsAdd to basket
Starfish Mass Mortality Sinosaura from Jurassic Germany(Actual as seen) £324.00SKU: FSR178Sold By: UK FossilsAdd to basket
Palaeocoma egertoni Fossil Starfish, Eype Starfish Bed, Beacon Limestone Formation, Jurassic Coast, Dorset UK(Actual as seen) £96.00SKU: CF0257Sold By: UK FossilsAdd to basket
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Fossil starfish and brittlestars are an important source of information about the evolution of these marine organisms and the history of life on Earth. Starfish and brittlestars are part of the larger group of echinoderms, which also includes sea urchins, sea cucumbers, and crinoids. Echinoderms are found in marine environments around the world and play important roles in ecosystem functioning as predators, herbivores, and detritivores.
Fossil echinoderms, including starfish and brittlestars, are found in a variety of sedimentary rocks, ranging from the Ordovician period, around 485 million years ago, to the present day. These fossils provide important information about their morphology, behavior, and distribution, as well as the environmental conditions that existed during their lifetimes.
Fossil starfish and brittlestars include a diverse array of forms, ranging from small, simple forms to large, complex ones with intricate skeletal structures. These fossils provide important information about the evolution and diversification of echinoderms over time, as well as their ecological roles in ancient marine ecosystems.
Fossil starfish and brittlestars are often studied by paleontologists using a variety of techniques, such as comparative anatomy, morphometrics, and molecular biology. By comparing the morphology of fossil specimens with those of living echinoderms, scientists can gain insights into the evolutionary relationships between different groups and the ways in which they have adapted to different environments.
Fossil starfish and brittlestars are also important indicators of past environmental conditions. For example, the presence of certain types of echinoderms in a particular rock formation can provide clues about the water depth, temperature, and salinity of the ancient environment.
Overall, the study of fossil starfish and brittlestars is an important part of paleontology, providing valuable insights into the evolution and diversification of these organisms over millions of years. By studying these fossils, scientists can gain a better understanding of the history of life on Earth, as well as the complex interactions between different species and their environments.