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Phanerozoic Collection (page 6)

"Exploring the Phanerozoic Era: A Journey through Ancient Life and Evolution" Step back in time to the fascinating Phanerozoic era

Background imagePhanerozoic Collection: Hallucigenia sparsa, velvet worm

Hallucigenia sparsa, velvet worm
A velvet worm fossil from the Middle Cambrian, Burgess Shale, British Columbia

Background imagePhanerozoic Collection: Leafhopper in amber

Leafhopper in amber
Leafhoppers are small, leaping insects and seen here preserved in Dominican amber. Specimen dates from the Lower Miocene

Background imagePhanerozoic Collection: Scuttle fly in amber

Scuttle fly in amber
A scuttle fly preserved in Dominican amber. This specimen dates from the Lower Miocene

Background imagePhanerozoic Collection: Anomalocaris model

Anomalocaris model
Model of the swimming predator Anomalocaris based on fossils from the Cambrian Burgess Shale, 520 million years old

Background imagePhanerozoic Collection: Chalcid wasp in amber

Chalcid wasp in amber
Chalcid wasp, Chalcididae preserved in Baltic amber. Specimen originates from the Upper Eocene

Background imagePhanerozoic Collection: Calamites suckowi (Brongniart)

Calamites suckowi (Brongniart)
Pith cast of Calamites suckowi, an Articulate, Carboniferous plant. Upper Carboniferous; Gosforth, near Newcastle-on-Tyne. Range: Genus, Carboniferous, Species, Westphalian

Background imagePhanerozoic Collection: Schizomid in amber

Schizomid in amber
Schizomid meaning split or cleaved middle. Seen here in Dominican amber, originating from the Lower Miocene about 20 million years old

Background imagePhanerozoic Collection: Snipe flies in amber

Snipe flies in amber
Snipe flies trapped and preserved in Baltic amber. Specimen dates from the Upper Eocene

Background imagePhanerozoic Collection: Proganochelys quenstedti (Baur, 1887) skull

Proganochelys quenstedti (Baur, 1887) skull
A fossil skull that once belonged to the oldest known extinct turtle, Proganochelys quenstedti. This specimen is from the Keuper at Wurttemberg. Cast on the right, original specimen on the left

Background imagePhanerozoic Collection: Dominican copal

Dominican copal
Piece of Dominican copal. Quaternary less than 2 million years old. Copal can be distinguished from amber by the alcohol test

Background imagePhanerozoic Collection: Scuttle fly in Dominican amber

Scuttle fly in Dominican amber
Mouldy scuttle fly Diptera:Cyclorrapha:Phoridae, trapped in Dominican amber. Specimen from the Lower Miocene. Image from Amber the Natural Time Capsule

Background imagePhanerozoic Collection: Aphid in amber

Aphid in amber
A Winged aphid preserved in Baltic amber. This specimen dates from the Upper Eocene

Background imagePhanerozoic Collection: Millipede in amber

Millipede in amber
A Millipede, Myriapoda: Diplopoda preserved in Dominican amber. Specimen dates from the Lower Miocene about 20 million years old

Background imagePhanerozoic Collection: Burgessia bella, fossil arthropod

Burgessia bella, fossil arthropod
An arthropod fossil which lived on the sea floor, dating from the Middle Cambrian, Burgess Shale, British Columbia

Background imagePhanerozoic Collection: Ichneumon wasp in amber

Ichneumon wasp in amber
Ichneumon wasp preserved in Baltic amber. This specimen with exquisitely preserved wings dates from the Upper Eocene period

Background imagePhanerozoic Collection: Alethopteris serli (Brongniart), Pteridosperm

Alethopteris serli (Brongniart), Pteridosperm
Part of a frond of Alethopteris serli, a Pterisosperm, a plant from the Upper Carboniferous, Newcastle-on-Tyne. Range: Genus, Carboniferous; species, Westphalian

Background imagePhanerozoic Collection: Stylopid in amber

Stylopid in amber
Stylopid parasite (Strepsiptera sp.) preserved in Dominican amber. This specimen dates from the Lower Miocene

Background imagePhanerozoic Collection: Sicilian amber

Sicilian amber containing two spiders which date from the Oligocene period about 30 million years old. Fig. 36 from Amber the Natural Time Capsule

Background imagePhanerozoic Collection: Rhomdeosaurus cramptoni [Kettleness specimen]

Rhomdeosaurus cramptoni [Kettleness specimen]
Close-up of of a section of foot belonging to the Pliosaur, Rhomdeosaurus cramptoni. This carnivorous marine reptile descended from the plesiosaur

Background imagePhanerozoic Collection: Bactrites carinatus, nautiloid

Bactrites carinatus, nautiloid
This straight nautiloid Bactrites carinatus originates from the Devonian of Germany

Background imagePhanerozoic Collection: Visbyshaera oligofurcata, acritarch

Visbyshaera oligofurcata, acritarch
Scanning electron microscope image of a microfossil belonging to a group of marine phytoplanktonic organisms known as acritarchs that teemed in Silurian seas about 415 Ma ago

Background imagePhanerozoic Collection: Sabatinca perveta, moth

Sabatinca perveta, moth
Shown here is a moth belonging to the living pollen-feeding family Micropterygidae, preserved in Burmese amber of Late Cretaceous age

Background imagePhanerozoic Collection: Brasilia bradfordensis, ammonite

Brasilia bradfordensis, ammonite
This Middle Jurassic ammonite has been sectioned to show its chambers with calcite crystals formed in some and hardened mud in others. The body chamber is missing

Background imagePhanerozoic Collection: Parkinsonia dorsetensis, ammonite

Parkinsonia dorsetensis, ammonite
This ammonite has an evolute shell and is displaying complex suture lines. Specimen originates from the Middle Jurassic

Background imagePhanerozoic Collection: Aegocrioceras quadratus, ammonite

Aegocrioceras quadratus, ammonite
This Lower Cretaceous crytocone ammonite displays whorls which do not touch each other but form an open spiral

Background imagePhanerozoic Collection: Fossil shells of the Eocene Tertiary Period

Fossil shells of the Eocene Tertiary Period
Plate III from Principles of Geology, being an attempt to explain the former changes of the Earths surface. Vol. 3 1832-33 by Charles Lyell (1797-1875)

Background imagePhanerozoic Collection: Cleodora sp. holoplanktonic mollusc

Cleodora sp. holoplanktonic mollusc
Fossilised specimen of holoplantktonic molluscs originating from Pliocene rocks, near Turin, Italy

Background imagePhanerozoic Collection: Crassigyrinus

Crassigyrinus
The fossil of a Crassigyrinus, an early amphibian that lived during the Carboniferous period

Background imagePhanerozoic Collection: Silurian seafloor

Silurian seafloor
An artists impression of the seafloor of the shelf sea surrounding Britain during the Silurian (443 to 417 million years ago), with trilobites, brachiopods, rugose corals, and molluscs

Background imagePhanerozoic Collection: Platanus latifolia, fossil plane tree leaf

Platanus latifolia, fossil plane tree leaf from the Upper Cretaceous from Greenland. Specimen 170 mms left to right

Background imagePhanerozoic Collection: Homoeosaurus maximiliani

Homoeosaurus maximiliani
A fossil specimen of Homoeosaurus maximiliani, a Sphenodontid lizard which dates back to the Triassic period. This specimen was discovered at the Kimeridgian Lithographic stone, Kelheim, Bavaria

Background imagePhanerozoic Collection: Cephalaspid, fishes

Cephalaspid, fishes
Block of Old Red Sandstone from the Lower Devonian period about 400 million years ago containing the skeletons of cephalaspid fishes

Background imagePhanerozoic Collection: Carboniferous coal forest

Carboniferous coal forest
Artists impression of the swamp forests of ferns and other non-flowering plants which covered much of Britain towards the end of the Carboniferous period (354 to 290 million years ago)

Background imagePhanerozoic Collection: Eomyctophum koraense

Eomyctophum koraense
A fossiled fish originating from the Oligocene epoch, 37-24 million years ago. Found in Delatyn, East Galica, Ukraine

Background imagePhanerozoic Collection: Titanopteryx philadelphiae wing bones

Titanopteryx philadelphiae wing bones
From a pterodactyloid pterosaur from the late Cretaceous in Jordan. Upper bones are fragments of the elbow joint. The lower from a finger bone which formed a wing support

Background imagePhanerozoic Collection: Tubicaulis africanus, tree fern

Tubicaulis africanus, tree fern
Common plants of the Palaeophytic. Part of a petrified trunk of the tree fern Tubicaulis africanus, approximately 14cm wide, from the Permian Period, Tanganyika, Africa

Background imagePhanerozoic Collection: Sauropod excavation, 1982

Sauropod excavation, 1982

Background imagePhanerozoic Collection: Chrysobotris, fossil beetle

Chrysobotris, fossil beetle
An early Cretaceous fossil beetle from the Lithographic Limestone, Lerida, Spain

Background imagePhanerozoic Collection: Ardeosaurus brevipes, a Jurassic lizard

Ardeosaurus brevipes, a Jurassic lizard
A cast of the type skeleton of Ardeosaurus brevipes a fossil reptile from the Lithographic Limestone, Kimmeridgian, Workerstzell, Bavaria, Germany. Dating back the Upper Jurassic period about 150 mya

Background imagePhanerozoic Collection: Dicroidium sp. seed fern

Dicroidium sp. seed fern
Fossil Triassic plant from Queensland, Australia

Background imagePhanerozoic Collection: Rhamphorynchus longiceps

Rhamphorynchus longiceps
A fossil Jurassic pterosaur from the Lithographic Stone, Eichstatt, Germany

Background imagePhanerozoic Collection: Pterichthyodes, fossil fish

Pterichthyodes, fossil fish
Specimen about 370 million years old from the Devonian period with a paper model built by Hugh Miller (1802-56) to help in the understanding of this fossil fish

Background imagePhanerozoic Collection: Silurian landplants

Silurian landplants
An artists impression of the the earliest vascular plants which developed beside freshwater pools during the Silurian (443 to 417 million years ago)

Background imagePhanerozoic Collection: Limacina mercinensis, holoplanktonic mollusc

Limacina mercinensis, holoplanktonic mollusc
Fossilised specimens of Holoplaktonic molluscs found in early Eocene, London Clay at Highgate, London. 58 million years old

Background imagePhanerozoic Collection: Photomicrograph: Acanthomorph acritarch, microfossil

Photomicrograph: Acanthomorph acritarch, microfossil

Background imagePhanerozoic Collection: Palaeosmunda williamsonii, fern

Palaeosmunda williamsonii, fern
Petrified trunk of the fern Palaeosmunda williamsonii, approximately 4cm wide, from Rockhampton, Queensland, Australia, dating back to the Permian Period, about 250 - 299 million years ago

Background imagePhanerozoic Collection: Arsinotherium skeleton

Arsinotherium skeleton
Mounted skeleton of an Oligocene, 35 million year old rhinoceras-like ungulate from Egypt. Complete mounted skeleton

Background imagePhanerozoic Collection: Columber kargi

Columber kargi



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"Exploring the Phanerozoic Era: A Journey through Ancient Life and Evolution" Step back in time to the fascinating Phanerozoic era, where an array of extraordinary creatures roamed the Earth. Dive into ancient oceans and encounter majestic marine reptiles like the Plesiosaurus and Ichthyosaurus acutirostris, gracefully gliding through prehistoric waters. Marvel at the intricate beauty of Asteroceras, a fossil ammonite that once inhabited primordial seas. Witness the wonders of continental drift as landmasses shift and reshape our planet's geography over millions of years. Immerse yourself in lush Coal Forest dioramas, where towering Archaeopteris hibernica plants thrived alongside peculiar creatures such as Anoplotherium commune & gracile and Palaeotherium. These unique mammals provide a glimpse into early mammalian evolution during this remarkable period. Discover St. Cuthberts Beads, a rosary made from crinoid columnals that showcases human creativity even amidst ancient times. Unearth rare fossils like Kelloways Stone, which holds secrets about life forms long gone but not forgotten. Witness nature's ingenuity with Archaeopteryx - a feathered dinosaur bridging the gap between reptiles and birds - while soaring above with awe-inspiring Pterodactyls ruling prehistoric skies. The Phanerozoic era is an enchanting chapter in Earth's history when life flourished and evolved in unimaginable ways. Join us on this captivating journey through time to unravel its mysteries and appreciate our planet's rich past.