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Images Dated 9th May 2008 (page 7)

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Images Dated 9th May 2008: Formation of the Moon, artwork

Formation of the Moon, artwork
Formation of the Moon. Image 4 of 4. Artwork of the Moon and the Earth after they formed. This artwork is part of a sequence illustrating the giant impact theory of the formation of the Moon

Formation of the Moon, artwork
Formation of the Moon. Image 2 of 4. Artwork of the second stage in a sequence showing the giant impact theory of the formation of the Moon

Formation of the Moon, artwork
Formation of the Moon. Image 3 of 4. Artwork of the third stage in a sequence showing the giant impact theory of the formation of the Moon

Formation of the Moon, artwork
Formation of the Moon. Image 1 of 4. Artwork first stage in a sequence showing the giant impact theory of the formation of the Moon

Images Dated 9th May 2008: Moon and Earth, artwork

Moon and Earth, artwork
Moon and Earth. Artwork of the Moon and the Earth, seen from orbit around the Moon. The Moon, with a diameter of 3475 kilometres (a quarter of that of the Earth)

Images Dated 9th May 2008: Bone trabeculae, artwork

Bone trabeculae, artwork. The trabeculae are the bars of bone forming a honeycombed hollow network. This is the structure of spongy bone, the inner layer of a bone

Images Dated 9th May 2008: Sir John Franklin, British explorer

Sir John Franklin, British explorer
Sir John Franklin (1786-1847), the British naval officer and Arctic explorer who died with his crew attempting to find the Northwest Passage

Images Dated 9th May 2008: Leonhard Euler, Swiss mathematician

Leonhard Euler, Swiss mathematician
Leonhard Euler (1707-1783), Swiss mathematician. Euler developed the theory of differential equations and the calculus of variations, and did important work in astronomy and optics

Floating sphere, abstract artwork

Images Dated 9th May 2008: Joseph Gay-Lussac, French chemist

Joseph Gay-Lussac, French chemist
Joseph Gay-Lussac (1778-1850), French chemist. In 1804 Gay-Lussac made balloon ascents to measure changes in magnetism and air composition with altitude

Images Dated 9th May 2008: Galen lecturing on anatomy in Rome

Galen lecturing on anatomy in Rome
Galen (c.129-200 AD), Ancient Greek physician and anatomist, lecturing on anatomy in Rome, in the Temple of Peace, using animal skeletons (right). Galen came to Rome in 162 AD

Joseph Gay-Lussac, French chemist
Joseph Gay-Lussac (1778-1850), French chemist. In 1804 Gay-Lussac made balloon ascents to measure changes in magnetism and air composition with altitude

Images Dated 9th May 2008: Galen, Ancient Greek physician

Galen, Ancient Greek physician
Galen (130-200 AD), Greek physician. After Galens death, his body of work became a medical authority among Europeans, until his views on anatomy were overthrown by Vesalius (16th century)

Sand dune. The dune has been stabilised by marram grass (Ammophilia arenaria). The upper part of the dune has eroded, exposing the roots of the grass

Images Dated 9th May 2008: Ichthyosaur and prey, artwork

Ichthyosaur and prey, artwork
Ichthyosaur and prey. Artwork of an Ichthyosaurus marine reptile (right) hunting its prey, a nautilus (left). Ichthyosaurs lived during the Jurassic Period (200-146 million years ago)

Images Dated 9th May 2008: Perisphinctes ammonite, artwork

Perisphinctes ammonite, artwork
Perisphinctes ammonite. Artwork of a fossil of a Perisphinctes ammonite, showing the spiral structure of the ammonites shell

Images Dated 9th May 2008: Belemnite marine invertebrate, artwork

Belemnite marine invertebrate, artwork
Belemnite. Artwork of a belemnite marine invertebrate. Belemnites were cephalopods, the group of animals that includes squid

Ichthyosaur and prey, artwork
Ichthyosaur and prey. Artwork of an Ichthyosaurus marine reptile (centre left) hunting its prey, a belemnite (far left), during the Jurassic Period (200-146 million years ago)

Images Dated 9th May 2008: Silurian landscape, artwork

Silurian landscape, artwork
Silurian landscape. Artwork of wetland plants, geysers and volcanoes during the Silurian Period (440-360 million years ago)

Images Dated 9th May 2008: Carboniferous amphibian, artwork

Carboniferous amphibian, artwork
Carboniferous amphibian. Artwork of an Eryops amphibian (orange, lower centre) crawling among the swamp trees and vegetation that dominated the Earth during the Carboniferous Period

Images Dated 9th May 2008: Carboniferous insects, artwork

Carboniferous insects, artwork
Carboniferous insects. Artwork of a millipede (Arthropleura) and a dragonfly (Meganeura) in the forests of the Carboniferous Period (354-290 million years ago)

Images Dated 9th May 2008: Jurassic dinosaurs, artwork

Jurassic dinosaurs, artwork
Jurassic dinosaurs. Artwork of some of the animals that inhabited the Earth during the Jurassic Period (200-146 million years ago). At lower left is Ardeosaurus, an early gecko

Images Dated 9th May 2008: Cambrian invertebrates, artwork

Cambrian invertebrates, artwork
Cambrian invertebrates. Artwork of Anomalocaris (centre and upper right) and Odaraia (lower left) invertebrates, swimming in an ancient sea during the Cambrian Period

Images Dated 9th May 2008: Discoscaphites ammonite, artwork

Discoscaphites ammonite, artwork
Discoscaphites ammonite. Artwork of a fossil of a Discoscaphites conradi ammonite, showing the spiral structure of the ammonites shell

Images Dated 9th May 2008: Pterosaur flying reptiles, artwork

Pterosaur flying reptiles, artwork
Pterosaur flying reptiles. Artwork of Pteranodon sternbergi reptiles flying at sunset. These pterosaurs lived during the Cretaceous Period (146 to 65 million years ago)

Images Dated 9th May 2008: Sphenodiscus ammonite, artwork

Sphenodiscus ammonite, artwork
Sphenodiscus ammonite. Artwork of a Sphenodiscus ammonite, showing this marine invertebrate emerging from its shell. Ammonites were marine molluscs that formed a spiral shell to protect their soft

Images Dated 9th May 2008: Jurassic landscape, artwork

Jurassic landscape, artwork
Jurassic landscape. Coloured updating of the famous artwork Duria Antiquior (Ancient Devon), painted 1830 by English geologist Henry De la Beche. The Jurassic Period was 200 to 146 million years ago

Images Dated 9th May 2008: Cretaceous bird, artwork

Cretaceous bird, artwork
Cretaceous bird. Artwork of an Eoenantiornis buhleri bird in a tropical forest. This bird, now extinct, lived during the Early Cretaceous Period (146 to 100 million years ago)

Images Dated 9th May 2008: Apatosaur dinosaurs, artwork

Apatosaur dinosaurs, artwork
Apatosaur dinosaurs. Artwork of Apatosaurus dinosaurs, pterosaur flying reptiles, and ferns, in a misty landscape at sunset. Apatosaurs lived during the Jurassic Period (200-146 million years ago)

Images Dated 9th May 2008: Early stromatolites, artwork

Early stromatolites, artwork
Early stromatolites. Artwork of early stromatolites during a volcanic period. Stromatolites (boulder-like structures, lower frame) are an ancient form of life, dating back over 500 million years

Images Dated 9th May 2008: Cretaceous birds, artwork

Cretaceous birds, artwork
Cretaceous birds. Artwork of Confuciusornis sanctus birds in a tropical forest. This now extinct bird was common in the Cretaceous Period (146 to 65 million years ago)

Images Dated 9th May 2008: Wistmans Wood, Dartmoor

Wistmans Wood, Dartmoor
Light rain falling in Wistmans Wood, Dartmoor. This wood is one of three surviving remnants of ancient woodland in Dartmoor

Images Dated 9th May 2008: Earth and Moon, artwork

Earth and Moon, artwork
Earth and Moon. Artwork of a crescent Moon (far left) seen from Earth orbit. The Moons diameter is around a quarter of that of the Earth, but it orbits the Earth at a distance of around 385

Earth and Moon, artwork
Earth and Moon. Artwork of a crescent Moon (lower right) seen from Earth orbit. The Moons diameter is around a quarter of that of the Earth, but it orbits the Earth at a distance of around 385

Images Dated 9th May 2008: Cretaceous-Tertiary extinction event

Cretaceous-Tertiary extinction event. Image 5 of 8. Artwork of the ejecta from an asteroid impact rising up out of the Earths atmosphere

Cretaceous-Tertiary extinction event. Image 8 of 8. Artwork of a mammal facing a new dawn after the asteroid impact that caused the extinction of the dinosaurs

Images Dated 9th May 2008: Chalk rock strata

Chalk rock strata. The layers of chalk are interspersed by layers of flint. This is part of the Foreland, one of Old Harry Rocks sea stacks. Photographed in Dorset, UK

Rock fall at Hengistbury Head in Dorset, UK. The headland is composed of alternating layers of sedimentary rock. One of the layers

Images Dated 9th May 2008: Formation of the Earth, artwork

Formation of the Earth, artwork
Formation of the Earth. Artwork sequence showing the stages in the formation of the Earth. At upper left, small fragments of rock and dust accreted and stuck together until the resulting bodies

Images Dated 9th May 2008: Asteroid impacting the Earth, artwork

Asteroid impacting the Earth, artwork. The impact of a large asteroid like this is a catastrophic event that causes global devastation

Images Dated 9th May 2008: Mica inclusion

Mica inclusion (black) in igneous rock. A pound coin has been placed below the deposit (bottom) to provide an idea of scale. Mica is a silicate mineral with a lamellar (gill-shaped) form

Cretaceous-Tertiary extinction event. Image 4 of 8. Artwork of the moment of impact as an asteroid collides with the Earth

Images Dated 9th May 2008: Sand dune erosion

Sand dune erosion. Fence across a receding sand dune. The position of the fence marks the previous edge of the dune. Photographed on North Uist, in the Outer Hebrides, Scotland, UK

Images Dated 9th May 2008: Extinction of the dinosaurs, artwork

Extinction of the dinosaurs, artwork
Extinction of the dinosaurs. Artwork of a Tyrannosaurus rex dinosaur bellowing as an asteroid passes overhead on a collision course with the sea

Cretaceous-Tertiary extinction event. Image 2 of 8. Artwork of an asteroid entering the Earths atmosphere. The Moon is at upper centre

Cretaceous-Tertiary extinction event. Image 7 of 8. Artwork of ejecta (molten rock) raining back down on the Earth following an asteroid impact

Images Dated 9th May 2008: Coastal erosion

Coastal erosion. Eroded sandstone cliff at Burton Bradstock, Dorset. This rock is composed of Bridport Sands sandstone interspersed with cyclical carbonate-cemented horizons

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