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A) South Africa B) Ethiopia C) Tanzania D) Kenya
A) Holocene B) Pleistocene C) Pliocene D) Miocene
A) Richard Leakey B) Donald Johanson C) Tim White D) Chris Stringer
A) Paranthropus boisei B) Homo erectus C) Homo habilis D) Australopithecus afarensis
A) Gracile Homo sapiens B) Cro-Magnons C) Hobbits D) Denisovans
A) Tim White B) Michel Brunet C) Yves Coppens D) David Pilbeam
A) Homo habilis B) Denisovans C) Neanderthals D) Cro-Magnons
A) The Endurance Running Hypothesis B) The Slow-Walking Savages Hypothesis C) The Fast-Climbing Apes Hypothesis D) The Leaping Primates Hypothesis
A) Spain B) Croatia C) Germany D) France
A) Paleo-Podology B) Ancient Footprints Analysis C) Ichnology D) Pleistocene Podiatry
A) Homo habilis B) Neanderthals C) Paranthropus boisei D) Australopithecus afarensis
A) Homo heidelbergensis B) Homo erectus C) Australopithecus afarensis D) Paranthropus boisei
A) South Africa B) Tanzania C) Kenya D) Ethiopia
A) Tim White B) Richard Leakey C) Donald Johanson D) Raymond Dart
A) Japan B) China C) Mongolia D) Vietnam
A) DNA sequencing B) Radiocarbon dating C) Thermoluminescence dating D) Dendrochronology
A) Anthropology B) Archaeology C) Paleontology D) Paleoanthropology
A) Lucy B) Peking Man C) Turkana Boy D) Ardi
A) Paranthropus robustus B) Homo habilis C) Homo heidelbergensis D) Australopithecus africanus
A) Examining the genetic makeup of contemporary human populations. B) Studying the cultural practices of modern human societies. C) Understanding the early development of anatomically modern humans through evolutionary kinship lines within the family Hominidae. D) Exploring the behavior of non-human primates in their natural habitats.
A) Astrobiology, geology, and marine biology. B) Botany, zoology, and microbiology. C) Linguistics, sociology, and psychology. D) Primatology, paleontology, biological anthropology, and cultural anthropology.
A) Genetics is used to create synthetic hominid species. B) Genetics is used to study the dietary habits of early humans. C) Genetics is used to map the migration patterns of modern humans. D) Genetics is used to examine and compare DNA structures to research evolutionary kinship lines.
A) Greek, from palaiós (old), ánthrōpos (man), and -logía (study of). B) Arabic, from palai (old), insan (man), and ilm (study). C) Latin, from palaeus (ancient), anthropus (human), and -logia (study). D) Sanskrit, from palaya (ancient), manushya (human), and vidya (study).
A) Carl Linnaeus. B) Charles Darwin. C) Thomas Huxley. D) Richard Owen.
A) Orangutans and gibbons were considered the closest living relatives. B) Humans were thought to have no close living relatives. C) Humans were considered to be most closely related to Neanderthals. D) Chimpanzees and gorillas were considered the closest living relatives to humans.
A) The discovery of Neanderthal. B) The discovery of Homo habilis. C) The discovery of Australopithecus. D) The discovery of Homo erectus.
A) Charles Darwin. B) Alfred Russel Wallace. C) Richard Owen. D) Thomas Huxley.
A) He dismissed it as a non-human primate tooth. B) He cautiously identified it as an unidentified anthropoid. C) He classified it as a new species of ape. D) He immediately identified it as Homo sapiens.
A) Davidson Black. B) Otto Zdansky. C) Johan Gunnar Andersson. D) Max Schlosser.
A) Neanderthalensis pekinensis. B) Sinanthropus pekinensis. C) Homo erectus pekinensis. D) Australopithecus pekinensis.
A) They were sold to a private collector. B) They were lost. C) They were taken to the United States. D) They were destroyed in a fire.
A) The establishment of the Cenozoic Research Laboratory. B) The discovery of Neanderthal in Germany. C) Major discoveries at Olduvai Gorge and East Turkana. D) The discovery of Peking Man.
A) Homo B) Australopithecus C) Habilis D) Paranthropus
A) Homo rudolfensis B) Paranthropus boisei C) Australopithecus afarensis D) Homo habilis
A) OH 7 B) OH 5 C) KNM-ER 1470 D) Laetoli footprints
A) Paranthropus aethiopicus B) Homo rudolfensis C) Australopithecus anamensis D) Homo habilis
A) Australopithecus garhi B) Homo habilis C) Kenyanthropus platyops D) Ardipithecus ramidus
A) Richard Leakey B) Donald Johanson C) Mary Leakey D) Meave Leakey
A) Black Skull B) Zinj fossin C) Laetoli footprints D) Lucy skeleton
A) 600 cm3 B) 410 cm3 C) 1000 cm3 D) 800 cm3
A) 600 cm3 B) 800 cm3 C) Not specified in the text D) 410 cm3
A) Proof of bipedality in Australopithecus afarensis B) Named based on specimens discovered in Ethiopia's Awash valley C) Evidence of Paranthropus robustus D) Discovery of Homo ergaster
A) Brigitte Senut B) Zeresenay Alemseged C) Lee Berger D) Yohannes Haile-Selassie
A) Ardipithecus kadabba B) Australopithecus sediba C) Homo naledi D) Orrorin tugenensis
A) Kenya B) South Africa C) Chad D) Ethiopia
A) Brigitte Senut B) Lee Berger C) Zeresenay Alemseged D) Yohannes Haile-Selassie
A) Sahelanthropus tchadensis B) Homo naledi C) Australopithecus sediba D) Australopithecus afarensis
A) Lee Berger B) Brigitte Senut C) Yohannes Haile-Selassie D) Zeresenay Alemseged |