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Geology Collection (page 13)

Background imageGeology Collection: Lake geology, 1678. Artist: Athanasius Kircher

Lake geology, 1678. Artist: Athanasius Kircher
Lake geology, 1678. A print from Mundus subterraneus, by Athanasius Kircher, Amsterdam, 1678. Kircher?s Mundus Subterraneus marks the first serious effort to describe the physical makeup of the earth

Background imageGeology Collection: Temple of Serapis at Puzzuoli in 1183, Charles Lyell (1853). Artist: Charles Lyell

Temple of Serapis at Puzzuoli in 1183, Charles Lyell (1853). Artist: Charles Lyell
Temple of Serapis at Puzzuoli in 1183, Charles Lyell (1853). Frontispiece of the ninth edition of Principles of Geology, Charles Lyell, London, 1853, showing how it had slowly subsided

Background imageGeology Collection: Strata of red sandstone, slightly inclined, Siccar Point, Berwickshire 1852. Artist: Charles Lyell

Strata of red sandstone, slightly inclined, Siccar Point, Berwickshire 1852. Artist: Charles Lyell
Strata of red sandstone, slightly inclined, Siccar Point, Berwickshire 1852. It is illustrating nonconformable strata, and so long time scale

Background imageGeology Collection: Lulworth Cove Looking West to Dungy Head, Dorset, 20th century. Artist: CM Dixon

Lulworth Cove Looking West to Dungy Head, Dorset, 20th century. Artist: CM Dixon
Lulworth Cove Looking West to Dungy Head, Dorset, 20th century. Dungy Head is a coastal promontory west of Lulworth Cove on the Jurassic Coast in Dorset, England

Background imageGeology Collection: Lulworth Cove from NNE. Purbeck, Dorset, 20th century. Artist: CM Dixon

Lulworth Cove from NNE. Purbeck, Dorset, 20th century. Artist: CM Dixon
Lulworth Cove from NNE. Purbeck, Dorset, 20th century. Lulworth cove, on the Jurassic Coast of England, is a World Heritage Site

Background imageGeology Collection: James Hutton, Scottish geologist, 18th century, (1875)

James Hutton, Scottish geologist, 18th century, (1875). Hutton (1726-1797) first published his Theory of the Earth in 1785, then an expanded version in 1795

Background imageGeology Collection: Luigi Palmieri, Italian geophysicist, 1893

Luigi Palmieri, Italian geophysicist, 1893. Palmieri (1807-1896) was director of the Vesuvius Observatory which monitored the activity of the volcano. In 1855 he invented a seismograph

Background imageGeology Collection: Isaac Lea, American publisher, geologist and conchologist, 1896

Isaac Lea, American publisher, geologist and conchologist, 1896. Lea (1792-1886), whose field of scientific expertise was research into freshwater molluscs

Background imageGeology Collection: Robert Jameson, Scottish mineralogist, 1833

Robert Jameson, Scottish mineralogist, 1833. Jameson (1774-1854) was Regis professor of natural history at Edinburgh from 1804-1854

Background imageGeology Collection: Roderick Impey Murchison, Scottish geologist, 1870. Artist: Carlo Pellegrini

Roderick Impey Murchison, Scottish geologist, 1870. Artist: Carlo Pellegrini
Roderick Impey Murchison, Scottish geologist, 1870. Murchison (1792-1871) investigated old rocks beneath the red sandstone

Background imageGeology Collection: Roderick Impey Murchison, Scottish-born British geologist, c1860

Roderick Impey Murchison, Scottish-born British geologist, c1860. Murchison (1792-1871) investigated old rocks beneath the red sandstone

Background imageGeology Collection: Georgius Agricola, 16th century German physician, mineralogist and metallurgist

Georgius Agricola, 16th century German physician, mineralogist and metallurgist. Agricola (christened Georg Bauer) (1494-1555) was the author of De re metallica

Background imageGeology Collection: Triceratops, a horned dinosaur, held down by a Tyrannosaur, c1920

Triceratops, a horned dinosaur, held down by a Tyrannosaur, c1920. Artists reconstruction of a fight between two giant reptiles of the Cretaceous epoch (99, 000, 000-65, 000, 000 years ago)

Background imageGeology Collection: Skeleton of Megatherium, extinct giant ground sloth, 1823

Skeleton of Megatherium, extinct giant ground sloth, 1823. Megatherium was a prehistoric herbivore that lived in South America. This specimen was found in Paraguay in c1796

Background imageGeology Collection: Woolly mammoth (Mammuthus), 1892

Woolly mammoth (Mammuthus), 1892. An extinct genus of elephant from the Pleistocene epoch (2, 500, 000 to 10, 000 years ago) found in fossil deposits and in northern Europe as 30

Background imageGeology Collection: Woolly mammoth (Mammuthus) skeleton, 1830

Woolly mammoth (Mammuthus) skeleton, 1830. An extinct genus of elephant from the Pleistocene epoch (2, 500, 000 to 10, 000 years ago) found in fossil deposits and in northern Europe as 30

Background imageGeology Collection: Reconstruction of the Irish elk (Megaloceros), c1880

Reconstruction of the Irish elk (Megaloceros), c1880. Megaloceros is an extinct genus of the Pleistocene epoch (2, 500, 000 to 10, 000 years ago) found as fossils in Asia and Europe

Background imageGeology Collection: Dream Lead Mine, near Wirksworth, Derbyshire, 1881

Dream Lead Mine, near Wirksworth, Derbyshire, 1881. Sectional view showing the workings and the position in which a skeleton of a rhinoceros was discovered

Background imageGeology Collection: Discovery of iguanodon fossils, Bernissart, Belgium, 1878 (c1880)

Discovery of iguanodon fossils, Bernissart, Belgium, 1878 (c1880). 39 skeletons of the herbivorous dinosaur were discovered in a coal mine by Jules Creteur and his workmates

Background imageGeology Collection: Fossil hunting in Cherry Hinton chalk pit, Cambridgeshire, 1822

Fossil hunting in Cherry Hinton chalk pit, Cambridgeshire, 1822. One of the quarry workers is handing a find, an ammonite perhaps, to a gentleman collector

Background imageGeology Collection: James Hutton, Scottish geologist, 1787 (1877)

James Hutton, Scottish geologist, 1787 (1877). Hutton (1726-1797) working at a rock face with a geological hammer. In 1794 he published his Theory of the Earth

Background imageGeology Collection: Satellite photograph of Great Namaland, Namibia, 1972

Satellite photograph of Great Namaland, Namibia, 1972. Photographed by Landsat 1. The satellites multispectral scanner reveals lithologic and structural features with clarity

Background imageGeology Collection: Death Valley, California, USA, 1982-1993

Death Valley, California, USA, 1982-1993. First full scene from the Thematic Mapper on Landsat 4. The vegetation-sparse terrain is dominated by landforms and other geological features

Background imageGeology Collection: Theory of Continental Drift, 1922

Theory of Continental Drift, 1922. Diagram from an article by Alfred Wegener (1880-1930) on his theory of Continental Drift, published in Discovery, London, 1922

Background imageGeology Collection: Diagram of the Earth during the Carboniferous period, 1922

Diagram of the Earth during the Carboniferous period, 1922. Land is represented by the unshaded areas, deep sea by the areas shaded with diagonal lines and shallow water with horizontal lines

Background imageGeology Collection: Eruption of Shirane-san and earthquake at Edo (Tokyo), Japan, 1650

Eruption of Shirane-san and earthquake at Edo (Tokyo), Japan, 1650. After an engraving published in Amsterdam, 1669

Background imageGeology Collection: Sectional view of the Earth, showing central fire and volcanoes, 1665

Sectional view of the Earth, showing central fire and volcanoes, 1665. From Mundus Subterraneous by Athanasius Kircher

Background imageGeology Collection: Ideal Jurassic landscape in America, 1884. Artist: Othniel Charles Marsh

Ideal Jurassic landscape in America, 1884. Artist: Othniel Charles Marsh
Ideal Jurassic landscape in America, 1884. From fossil evidence, Othniel Marsh imagined a scene during the late Jurassic epoch 163 to 161 million years ago, with Stegosaurus

Background imageGeology Collection: A Sawrian, 1836. Artist: John Scott

A Sawrian, 1836. Artist: John Scott
A Sawrian, 1836. Cartoon on Gideon Mantell (1790-1852) the English geologist who discovered a saurian, the Iguanodon, near Cuckfield, Sussex, in 1820

Background imageGeology Collection: Ferdinand Fouque, French geologist and petrologist, 1904

Ferdinand Fouque, French geologist and petrologist, 1904. Fouque (1828-1904) worked on the Geological Survey of France. He made a particular study of volcanoes and earthquakes

Background imageGeology Collection: John Stevens Henslow, English botanist, geologist and clergyman, 1861

John Stevens Henslow, English botanist, geologist and clergyman, 1861. Henslow (1796-1861) was professor of mineralogy (1822-1827) and of botany (1827-1861) at Cambridge

Background imageGeology Collection: Gideon Algernon Mantell, English geologist, 1852

Gideon Algernon Mantell, English geologist, 1852. In 1820 Mantell (1790-1852) discovered fossil parts of the Iguanodon and deduced from its teeth that it was a herbivore

Background imageGeology Collection: Geological map of the moon, 1967

Geological map of the moon, 1967. This map is based largely on photographs taken by the US Lunar Orbiter 4 spacecraft. Launched on 4 May 1967

Background imageGeology Collection: Vesuvius erupting, Italy, c1815

Vesuvius erupting, Italy, c1815. Vesuvius during one of its early 19th century eruptions. People observing the eruption from inside the volcanos cone which is emitting smoke and flames

Background imageGeology Collection: Eruption of Vesuvius, Italy, c1815

Eruption of Vesuvius, Italy, c1815. Vesuvius during one of its early 19th century eruptions viewed from the Bay of Naples. In the centre foreground fishermen are using a flare to attract their prey

Background imageGeology Collection: Paleolithic Quartz Flake Tool from Olduvai, 1 to 2 million years old

Paleolithic Quartz Flake Tool from Olduvai, 1 to 2 million years old

Background imageGeology Collection: Skull of Australopithecus Africanus from Sterkfontein, South Africa, 3 to 2 million years BC

Skull of Australopithecus Africanus from Sterkfontein, South Africa, 3 to 2 million years BC. Australopithecus africanus is an extinct (fossil) species of the australopithecines

Background imageGeology Collection: Fossil of Archaeopteryx Lithographica. Late Jurassic, (20th century)

Fossil of Archaeopteryx Lithographica. Late Jurassic, (20th century). HV Meyer. Odeter Jura (Malm) Eichstatt, Bavaria

Background imageGeology Collection: Neanderthal Woman: Reconstruction at British Museum, National History, c20th century

Neanderthal Woman: Reconstruction at British Museum, National History, c20th century
Neanderthal Woman, Reconstruction at British Museum, National History, c20th century

Background imageGeology Collection: Neanderthal Man. Reconstruction of head, c20th century

Neanderthal Man. Reconstruction of head, c20th century

Background imageGeology Collection: Mt Olympus, Greece, c20th century. Artist: CM Dixon

Mt Olympus, Greece, c20th century. Artist: CM Dixon
Mt Olympus, Greece, c20th century. Mount Olympus is the highest mountain in Greece, located in the Olympus Range on the border between Thessaly and Macedonia

Background imageGeology Collection: Mt Olympus, Greece, View to West from main summit, c20th century. Artist: CM Dixon

Mt Olympus, Greece, View to West from main summit, c20th century. Artist: CM Dixon
Mt Olympus, Greece, View to West from main summit, c20th century. Mount Olympus is the highest mountain in Greece, located in the Olympus Range on the border between Thessaly and Macedonia

Background imageGeology Collection: Mt Olympus, Greece, main summit (9570 feet, 2914 metres), Stephani, Throne of Zeus

Mt Olympus, Greece, main summit (9570 feet, 2914 metres), Stephani, Throne of Zeus, c20th century Artist: CM Dixon
Mt Olympus, Greece, main summit (9570 feet, 2914 metres), Stephani, Throne of Zeus, c20th century. Mount Olympus is the highest mountain in Greece

Background imageGeology Collection: Fossil. Crinoid Lily, Ordovician to Pleistocene period, c450 million-10, 000 BC

Fossil. Crinoid Lily, Ordovician to Pleistocene period, c450 million-10, 000 BC

Background imageGeology Collection: Mt Olympus, Greece, View of main summit, (9570 feet), Stephani, the Throne of Zeus, c20th century

Mt Olympus, Greece, View of main summit, (9570 feet), Stephani, the Throne of Zeus, c20th century. Artist: CM Dixon
Mt Olympus, Greece, View of main summit, (9570 feet), Stephani, the Throne of Zeus, c20th century. Mount Olympus is the highest mountain in Greece

Background imageGeology Collection: Upper Borrowdale valley in October, Lake District, Cumbria, 20th century. Artist: CM Dixon

Upper Borrowdale valley in October, Lake District, Cumbria, 20th century. Artist: CM Dixon
Upper Borrowdale valley in October, Lake District, Cumbria, 20th century. Borrowdale lies within the historic county boundaries of Cumberland

Background imageGeology Collection: Chalk Cliffs and Lighthouse at Beachy Head, Sussex, 20th century. Artist: CM Dixon

Chalk Cliffs and Lighthouse at Beachy Head, Sussex, 20th century. Artist: CM Dixon
Chalk Cliffs and Lighthouse at Beachy Head, Sussex, 20th century. Chalk headland in East Sussex, England formed in the Late Cretaceous, between 66 and 100 million years ago

Background imageGeology Collection: The Agglestone on Godlingstone Heath, Dorset, 20th century. Artist: CM Dixon

The Agglestone on Godlingstone Heath, Dorset, 20th century. Artist: CM Dixon
The Agglestone on Godlingstone Heath, Dorset, 20th century. Agglestone Rock, also known as the Devils Anvil, is a tertiary sandstone block of about 400 tonnes weight



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