A) By hiding in trees B) By flying away C) By running away quickly D) With its thick bony plates and tail club
A) Scavenger B) Carnivore C) Omnivore D) Herbivore
A) Sauropods B) Raptors C) Theropods D) Ankylosaurids
A) Quadrupedal B) Flying C) Bipedal D) Swimming
A) United States B) China C) Argentina D) Australia
A) Noise B) Weather C) Predators D) Sunlight
A) Underwater B) Isolation C) Pairs D) Herds
A) Metal B) Feathers C) Wood D) Bone
A) Walter P. Coombs B) Henry Fairfield Osborn C) Barnum Brown D) Charles M. Sternberg
A) Hell Creek Formation, near Gilbert Creek, Montana B) Frenchman Formation C) Lance Formation of Wyoming D) Scollard Formation by the Red Deer River in Alberta, Canada
A) Great belly lizard B) "Fused" or "bent lizard" C) Armored lizard D) Clubbed lizard
A) Hell Creek Formation, Montana B) Frenchman Formation C) Scollard Formation, Alberta D) Lance Formation of Wyoming
A) Charles M. Sternberg B) Walter P. Coombs C) Henry Fairfield Osborn D) Samuel Wendell Williston
A) 1910 B) 1906 C) 1947 D) 1908
A) Allosaurus B) Tyrannosaurus C) Ceratosaurus D) Stegosaurus
A) They belonged to a different species altogether B) They were not real teeth but fossilized plant material C) They differed from those of the holotype specimen in some details D) They were identical to those of the holotype specimen
A) It was a carnivore B) It was a non-selective browser C) It was an insectivore D) It was a selective predator
A) Triceratops B) Denversaurus C) Tyrannosaurus D) Edmontosaurus
A) They were determined to be from a mammal B) They were later shown to be similar to those of Ankylosaurus C) They were identified as belonging to Stegopelta D) They belonged to a new species of dinosaur
A) All the specimens belonged to the same species, despite variations B) The teeth did not belong to Ankylosaurus C) The teeth were too degraded for analysis D) The teeth were from different species
A) They were not included in the reconstruction B) They were shown as having feathers C) They were shown as robust, unlike modern depictions D) They were depicted as very slender and delicate
A) A specimen with a skull length of 55.5 cm B) AMNH 5214 C) A specimen estimated by Arbour and Mallon in 2017 D) CMN 8880
A) 7.95 t (8.76 short tons) B) 9.99 m (32 ft 9+1⁄2 in) C) 6.25 m (20 ft 6 in) long D) 4.78 t (5.27 short tons)
A) Osteoderms B) Horns C) Sutures D) Caputegulae
A) 20 centimeters long tooth rows B) 36 in the right dentary bone C) 34–35 D) 71 total
A) 8 m (26 ft) B) 6.25 m C) 5.4 m D) 7.56 to 9.99 m
A) Tentatively 7.95 t (8.76 short tons) B) 4.78 t (5.27 short tons) C) 9.99 m long D) 6.25 m long
A) Two toes. B) Four toes. C) Five toes. D) Three toes.
A) Femurs. B) Ribs. C) Neural spines. D) Centra.
A) Circular rings around the neck. B) No specific shape was suggested. C) Inverted V-shape across the neck. D) Linear plates along the spine.
A) Circular. B) Pointed. C) Triangular. D) Semicircular.
A) Sauropodomorpha B) Ornithischia C) Thyreophora D) Stegosauria
A) 1923 B) 1915 C) 1930 D) 1908
A) Cerapoda B) Ornithischia C) Thyreophora D) Sauropodomorpha
A) Triassic B) Sinemurian C) Jurassic D) Cambrian
A) 200 million years B) 135 million years C) 150 million years D) 100 million years
A) Nodosaurinae B) Ankylosaurinae C) Polacanthinae D) Stegosaurinae
A) Herbivorous B) Omnivorous C) Insectivorous D) Carnivorous
A) Rumen fermentation B) Foregut fermentation C) Microbial fermentation D) Hindgut fermentation
A) Rotational jaw movement B) Upward jaw movement C) Backwards (palinal) jaw movement D) Sideways jaw movement
A) Prevented fermentation B) Required frequent chewing C) Facilitated foregut fermentation D) Facilitated hindgut fermentation
A) Adaptation for eating meat B) Adaptation for crushing bones C) Adaptation for eating fruit D) Adaptation for digging
A) Jaw movement was limited to up and down. B) No jaw movement occurred. C) Backwards jaw movement evolved independently. D) Sideways jaw movement was universal.
A) Carpenter B) Tetsuto Miyashita C) Paleontologist Teresa Maryańska D) Charles Darwin
A) The presence of a nasal gland B) A heat and water balancing system C) Adaptation to hearing low frequencies D) That tetrapod animals make sounds through the larynx, not the nostrils
A) Enhanced vision B) Unidirectional airflow C) Reduced sense of smell D) Possible stereo-olfaction
A) Jurassic B) Triassic C) Paleogene D) Maastrichtian
A) Edmontonia sp. B) Nodocephalosaurus C) Pinacosaurus D) Euoplocephalus
A) Insectivorous B) Less selective C) More selective D) Carnivorous
A) Mountainous regions B) Floodplain environments C) Swampy areas D) Desert environments
A) Angiosperms B) Mosses C) Gymnosperms D) Algae
A) Small trees B) Tall sequoias C) Bamboo D) Cacti
A) Stegosaurus B) Velociraptor C) Triceratops D) Allosaurus
A) Edmontosaurus B) Ankylosaurus C) Pachycephalosaurus D) Triceratops
A) 2017 B) 2004 C) 1910 D) 1964
A) San Diego Zoo B) New York City World's Fair C) Los Angeles Museum of Natural History D) Chicago Field Museum
A) Arbour and Mallon B) Carpenter C) Rudolph Zallinger D) Charles R. Knight
A) 1910 B) 2004 C) 1947 D) 1964
A) Squatting B) Running C) Standing upright D) Crouching
A) Charles R. Knight B) Arbour and Mallon C) Carpenter D) Rudolph Zallinger
A) Land Before Time B) Ice Age C) Jurassic Park D) Dinosaur King |