A) Study of ancient life through fossils B) Study of modern wildlife preservation C) Study of space exploration D) Study of human anatomy
A) Scientist who studies fossils B) Biologist who studies living organisms C) Geologist who studies rocks D) Astronomer who studies stars
A) Astrophysics B) Psychology C) Marine biology D) Paleoclimatology
A) Quantum Mechanics B) Special Relativity C) Newton's Laws of Motion D) Plate Tectonics
A) Mineral deposits B) Fossilized feces C) Amber fossils D) Petrified wood
A) Archaeological excavation B) Fossil classification C) Radiometric dating D) Carbon footprint analysis
A) Ice age B) Disease outbreak C) Volcanic eruption D) Asteroid impact
A) Meteorology B) Zoology C) Paleoecology D) Botany
A) Charles Darwin B) Albert Einstein C) Isaac Newton D) Marie Curie
A) Mesozoic Era B) Proterozoic Era C) Paleozoic Era D) Cenozoic Era
A) Cenozoic B) Mesozoic C) Paleozoic D) Precambrian
A) Herpetology B) Paleobotany C) Petrology D) Ornithology
A) Jurassic B) Devonian C) Carboniferous D) Permian
A) Loss of genetic variation B) Rapid diversification of a group of organisms C) Proliferation of endangered species D) Global warming
A) Fossil digestion B) Digestive hypothesis C) Coprolite analysis D) Prehistoric gleaning
A) Ichnofossil B) Mold fossil C) Petrified fossil D) Cast fossil
A) Lepidosauria B) Archosauria C) Pelycosauria D) Therapsida
A) Palaeogeography, Palaeoclimatology, Palaeoecology B) Acta Palaeontologica Polonica C) PALAIOS D) Paleoceanography
A) Gunflint Chert fossil site B) Apex Chert site in Pilbara Craton C) Mid-Cambrian Burgess Shale D) Bitter Springs site of the Amadeus Basin
A) Cyanobacteria and fungi-like microflora B) Finely-preserved Precambrian microflora at their Bitter Springs site C) Discovery of the first Precambrian fossil cells D) O2-producing blue-green bacteria
A) PALAIOS B) Historical Biology C) Biology and Geology D) Palaeobiology II
A) Cambrian B) Silurian C) Carboniferous D) Devonian
A) Acta Palaeontologica Polonica B) Palaeogeography, Palaeoclimatology, Palaeoecology C) Historical Biology D) Biology and Geology
A) Pangaea B) Laurasia C) Rodinia D) Gondwana
A) Douglas H. Erwin B) Michael J. Benton C) Thomas Halliday D) Steve Brusatte
A) Nematology B) Virology C) Ornithology D) Ichnology
A) 1954 B) 1985 C) 1993 D) 1965
A) Great Barrier Reef B) Sterkfontein C) Amazon Rainforest D) Sahara Desert
A) Trilobite B) Ammonite C) Eurypterid D) Brachiopod
A) Cretaceous-Paleogene extinction B) Ordovician-Silurian extinction C) Permian-Triassic extinction D) Cambrian-Ordovician extinction
A) Thomas J. M. Schopf B) David Jablonski C) Robert L. Carroll D) Derek E.G. Briggs
A) Stanley A. Tyler B) Charles Doolittle Walcott C) Baron Franz Nopcsa D) Professor Charles Schuchert
A) Apex Chert B) Gunflint Chert C) Chuaria D) Cryptozoon
A) Studying only modern animal behavior. B) Understanding fauna, both vertebrates and invertebrates. C) Examining geological formations. D) Analyzing plant fossils.
A) Paleoanthropology B) Ethnography C) Physical anthropology D) Archaeology
A) Geobiology B) Paleoecology C) Paleontology D) Paleophysiology
A) Tiktaalik B) Stegosaurus C) Pteranodon D) Megalodon
A) Modern ecosystems. B) Archaea, bacteria, protists, and microscopic pollen/spores. C) Large vertebrate fossils. D) The study of ancient human cultures.
A) Mid-Cambrian Burgess Shale animal fossils B) The first Precambrian fossil cells known to science - a stromatolite reef C) Cyanobacteria and fungi-like microflora D) O2-producing blue-green bacteria
A) Order B) Genus C) Family D) Phylum
A) Geobiology B) Paleobotany C) Paleobiology D) Micropaleontology
A) Herpetology B) Palynology C) Entomology D) Petrology
A) Paleontology uses molecular evolution studies. B) Paleobiology is a subset of paleontology. C) Paleobiology incorporates broader ecological, evolutionary, and geological perspectives. D) Paleobiology focuses only on taxonomic classification. |