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Femur (thigh bone) of an Iberian lynx (Lynx pardinus) estimated to be 1 to 12 million years old (early Pleistocene) This species evolved as long as
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Quibas palaeontological site Abanilla Spain This site discovered in 1994 in a disused quarry contains a wide variety of well preserved fossils fr
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Quibas palaeontological site Abanilla Spain This site discovered in 1994 in a disused quarry contains a wide variety of well preserved fossils fr
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Femur (thigh bone) of an Iberian lynx (Lynx pardinus) estimated to be 1 to 12 million years old (early Pleistocene) This species evolved as long as
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Quibas palaeontological site Abanilla Spain This site discovered in 1994 in a disused quarry contains a wide variety of well preserved fossils fr
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Canine tooth of an Iberian lynx (Lynx pardinus) estimated to be 1 to 12 million years old (early Pleistocene) This species evolved as long as 2 mill
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Canine teeth of an Iberian lynx (Lynx pardinus) estimated to be 1 to 12 million years old (early Pleistocene) This species evolved as long as 2 mill
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Prehistoric Iberian lynx partial skeleton
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Canine teeth of an Iberian lynx (Lynx pardinus) estimated to be 1 to 12 million years old (early Pleistocene) This species evolved as long as 2 mill
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North American glaciation during the Pleistocene epoch Throughout Earths history there have been repeated episodes of cooling of the climate (ice a
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Prehistoric Iberian lynx partial skeleton
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Palaeontologist restoring the femur (thigh bone) of a prehistoric Iberian lynx (Lynx pardinus) estimated to be 1 to 12 million years old (early Pleis
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Palaeontologist restoring the femur (thigh bone) of a prehistoric Iberian lynx (Lynx pardinus) estimated to be 1 to 12 million years old (early Pleis
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Palaeontologist restoring the femur (thigh bone) of a prehistoric Iberian lynx (Lynx pardinus) estimated to be 1 to 12 million years old (early Pleis
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Buckwitzberg
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Buckwitzberg
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Buckwitzberg
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Buckwitzberg
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Elephant evolution illustration
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Elephant evolution illustration
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Elephant evolution illustration
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Elephant evolution illustration
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Examinining prehistoric animal bones Archaeologist comparing a herbivores tibia (lower leg bone) to a classification chart The bone was found at th
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Excavation of a prehistoric site
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Prehistoric bison skull Fragment of a bisons skull with a horn at upper right and the top of the skull at lower left This was found at the palaeol
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Excavation of a prehistoric site Archaeologists excavating the palaeolithic (Stone Age) archaeological site La Pineta revealing animal bones and too
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Excavation of a prehistoric site Archaeologists excavating the palaeolithic (Stone Age) archaeological site La Pineta revealing animal bones and too
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Hominid species landscape Artwork of hominid species coexisting around 19 to 16 million years ago in east Africa Three Homo habilis are in the tre
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Bering land bridge migration Artwork showing the flow of human migration (red arrows) across the Bering land bridge (centre) from Asia (left) to Nort
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Bering land bridge artwork The Bering land bridge (centre) joined Asia (left) and North America (right) during the last ice age around 18 as much
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Monkey jaw bone fossil
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Deer jaw bone fossil
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Cat evolution Illustration showing the skulls and evolutionary relationships between modern cats and prehistoric members of the cat-like carnivorans
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Mammoth fossil remains Illustration of the partially unearthed fossil of a woolly mammoth (Mammuthus primigenius) found in Berezovka in north-eastern
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Hominid fossil skulls Illustration of three fossil skulls from the human evolutionary tree At lower centre is a skull of Homo sapiens (modern humans
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Homo erectus fossil skulls illustration
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Java Man fossil display These fossils are the remains of a specimen of the hominin Pithecanthropus erectus later renamed Homo erectus It is also kn
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Homo georgicus at Pleistocene waterhole Illustration of Homo georgicus male and female hominins at a waterhole with a sabre-toothed cat (lower left)
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Fossil of the lower mandible from the jaw of a mammoth (Mammuthus sp) showing the nature of the chewing surface on the molar teeth Mammoths were la
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Homo heidelbergensis skull (Cranium 5)
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Homo heidelbergensis skull (Cranium 5)
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Homo heidelbergensis skull (Cranium 5)
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Prehistoric mammals Computer illustration of two Doedicurus sp prehistoric mammals (lower left and right) and a giant ground sloth (Eremotherium sp
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Human evolution artwork
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Geologic time scale This scale is used by geologists and paleontologists to divide periods of Earths history The Earth is thought to be about 456
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Geological timescale
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Boxgrove Man fossil bone This is a specimen of a fossil tibia or shinbone (lower leg bone) from Homo heidelbergensis discovered in 1994 in a quarry
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Boxgrove Man fossil bone This is a specimen of a fossil tibia or shinbone (lower leg bone) from Homo heidelbergensis discovered in 1994 in a quarry
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Australopithecus africanus skull (STS-5)
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Ornamental objects Upper Palaeolithic Casts of prehistoric artifacts found at Dolni Vestonice in the Czech Republic These objects date from 25000
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Ivory and bone tools Upper Palaeolithic These items date from between 18000 and 30000 years ago From upper left to lower right they are a piece
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Geological map of the British Isles with a colour-coded key (right see C0152656 for details and names) The geology of the British Isles is extreme
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Geological map of the British Isles
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Geological map of the British Isles with a colour-coded key (right) The geology of the British Isles is extremely varied with rocks from nearly all
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Paranthropus robustus and leopard jaw
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Homo ergaster skull (SK-847 and SK-15)
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Homo ergaster skull This skull consists of two fossils SK-847 (main) and SK-15 (lower jaw) The fossils are those of an extinct species that forms a
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Homo heidelbergensis skull (Cranium 5)
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Homo heidelbergensis skull (Cranium 5) Excavated in 1992 from the Sima de los Huesos pit in the Atapuerca foothills in Spain this fossil skull dates
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Australopithecus africanus pelvis (STS-14) This fossil specimen was discovered in 1947 in Sterkfontein South Africa The entire specimen consists o
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Australopithecus africanus skull (STS-71) This part of the skull of this specimen was discovered in 1947 in Sterkfontein South Africa In 1972 a l
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Australopithecus africanus skull This skull consists of two fossils STS-71 and STS-36 STS-71 is the upper specimen discovered in 1947 in Sterkfon
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Homo heidelbergensis arthritic jaw Close-up of the condyloid process of the lower jaw (mandible) from fossilised remains of Homo heidelbergensis Thi
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Homo heidelbergensis lower jaw (mandible) and teeth This fossil specimen is from the Sima de los Huesos site Sierra de Atapuerca Spain This is a U
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Homo heidelbergensis lower jaw (mandible) and teeth This fossil specimen is from the Sima de los Huesos site Sierra de Atapuerca Spain This is a U
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Homo heidelbergensis lower jaw (mandible) and teeth This fossil specimen is from the Sima de los Huesos site Sierra de Atapuerca Spain This is a U
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Homo antecessor landscape
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Homo antecessor landscape
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Cave Bear lower jaw with puncture wound from a Cave Lion Pleistocene Romania
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Cave Bear lower jaw with canine tooth showing the carina Pleistocene Romania
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Lower jaw of juvenile Cave Bear Ursus spelaeus note the partial eruption of back molar toothPleistocene Romania
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Ursus spelaeus Linne Pleistocene Devensian Cioclovena Hateg Mountains Romania
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Cave Bear molar teeth Ursus spelaeus Pleistocene Romania
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Cave Bear lower jaw with puncture wound from a Cave Lion Pleistocene Romania
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Cave Bear canine tooth Ursus spelaeus Pleistocene Romania
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Cave Bear molar teeth Ursus spelaeus Pleistocene Romania
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Cave Bear jaw with scratch mark from Cave Lion Pleistocene Romania
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Mammoth tooth fossils Fossilised molar teeth from juvenile mammoths (Mammuthus sp) showing the structure of the chewing surface (ridges) Mammoths
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Mammoth tooth fossils Fossilised molar teeth from juvenile mammoths (Mammuthus sp) showing the structure of the chewing surface (ridges) Mammoths
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Extinct rhino jaw fossil Fossilised lower jaw and teeth of a European rhinoceros (Dicerorhinus hemitoechus) Dicerorhinus is an extinct genus of rhin
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Mammoth jaw fossil Part of the fossilised upper (top) and lower (bottom) jaws of a mammoth (Mammuthus sp) showing the structure of the chewing surf
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Lascaux cave paintings replica workshop
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Australopithecus sediba fossil hand These casts of hand and lower arm bones are part of an exact replica of Malapa Hominin 2 (MH2) one of two of the
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Australopithecus sediba fossil skull This skull cast and the other fossilised bone casts at lower left are part of an exact replica of Malapa Homin
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Horse teeth fossil specimens These are the lower cheek teeth of an extinct horse from the genus Equus This genus originated in the Early Pleistocen
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Palaeolithic excavation site Accumulation of mammal bones and other artefacts uncovered at the Lower Palaeolithic site at Bilzingsleben in central Ge
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Homo skull specimens
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An idealised geological section drawn by Gideon Mantell to accompany his book Wonders of Geology 1838 It shows the nomenclature in use during the
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Hominid fossil sites in Africa Map of the continent of Africa where humans first evolved showing eight sites (dots) where the famous fossils have b
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Prehistoric death ritual Artwork showing symbolic ritual behaviour by hominids at the Sima de los Huesos pit of bones in the caves of the Sierra de
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Sabre-toothed cats fossil skull This specimen is from the genus Dinofelis These sabre-toothed cats were found in Europe Asia Africa and North Ame
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Femur (thigh bone) of an Iberian lynx (Lynx pardinus) estimated to be 1 to 12 million years old (early Pleistocene) This species evolved as long as
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Quibas palaeontological site Abanilla Spain This site discovered in 1994 in a disused quarry contains a wide variety of well preserved fossils fr
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Quibas palaeontological site Abanilla Spain This site discovered in 1994 in a disused quarry contains a wide variety of well preserved fossils fr
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Femur (thigh bone) of an Iberian lynx (Lynx pardinus) estimated to be 1 to 12 million years old (early Pleistocene) This species evolved as long as
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Quibas palaeontological site Abanilla Spain This site discovered in 1994 in a disused quarry contains a wide variety of well preserved fossils fr
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Canine tooth of an Iberian lynx (Lynx pardinus) estimated to be 1 to 12 million years old (early Pleistocene) This species evolved as long as 2 mill
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Canine teeth of an Iberian lynx (Lynx pardinus) estimated to be 1 to 12 million years old (early Pleistocene) This species evolved as long as 2 mill
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Prehistoric Iberian lynx partial skeleton
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Canine teeth of an Iberian lynx (Lynx pardinus) estimated to be 1 to 12 million years old (early Pleistocene) This species evolved as long as 2 mill
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