A) Atlantic Ocean B) Pacific Ocean C) Indian Ocean D) Arctic Ocean
A) Grey B) Black C) White D) Blue
A) Whistles and clicks B) Purring sounds C) Barking sounds D) Roaring sounds
A) Predation, overfishing, and climate change B) Pollution, habitat degradation, and noise pollution C) Genetic disorders, infectious diseases, and parasites D) Oil spills, hunting, and ship strikes
A) Trapping B) Visual observation C) Chasing D) Echolocation
A) Plants B) Fish C) Seals D) Crustaceans
A) Four B) Three C) One D) Two
A) Smell B) Hearing C) Sight D) Taste
A) Delphinidae B) Balaenopteridae C) Phocoenidae D) Monodontidae
A) Fins on their flippers B) Streamlined body C) Absence of a dorsal fin D) Large dorsal fin
A) Blubber B) Fin C) Tusk D) Melon
A) 3 m (10 ft) B) 5.5 m (18 ft) C) 10 m (33 ft) D) 7 m (23 ft)
A) 700 m (2,300 ft) B) 1,000 m (3,280 ft) C) 500 m (1,640 ft) D) 100 m (330 ft)
A) Contamination B) Overfishing C) Natural predators D) Climate change
A) Extinct B) Near threatened C) Least concern D) Endangered
A) Arctic Ocean B) Cook Inlet in Alaska C) Chukchi Sea D) Bering Sea
A) Sharks B) Dolphins C) Polar bears D) Seals
A) 2 animals B) 50 animals C) 10 animals D) 20 animals
A) Opportunistic feeders B) Seaweed C) Plankton D) Fish only
A) They are not hunted B) They are not endangered C) They are not considered whales D) Aboriginal whaling is excluded from the 1986 moratorium
A) Southern Hudson Bay B) Western Hudson Bay C) Eastern Hudson Bay D) Northern Hudson Bay
A) Greek B) Latin C) English D) Russian
A) Sea canary B) Beluga C) White whale D) Dolphin
A) Latin B) Russian C) Greek D) English
A) Ocean bird B) Sea canary C) Whale singer D) Sea singer
A) Squeak B) Whistle C) Roar D) Squeal
A) Dolphin B) Fin C) White D) Wingless
A) Wingless B) Fin C) Dolphin D) White
A) Gregor Mendel B) Carl Linnaeus C) Peter Simon Pallas D) Charles Darwin
A) Odontoceti B) Pinnipedia C) Mysticeti D) Cetacea
A) Dolphin B) Porpoise C) Beluga D) Narwhal
A) Fossilized bones in Vermont B) Shared common ancestor C) A skull with intermediate characteristics D) Genomic sequence similarity
A) 90% B) 85% C) 95% D) 97.87%
A) Bohaskaia monodontoides B) Denebola brachycephala C) Casatia thermophila D) Monodon monoceros
A) Late Miocene B) Early Pliocene C) Late Pliocene D) Early Miocene
A) Virginia B) Charlotte, Vermont C) Vermont, United States D) Baja California
A) Trilobite fossil B) Ammonite fossil C) Dinosaur fossil D) The Charlotte whale
A) Up to 70 or 80 years. B) Up to 30 years. C) Up to 100 years. D) Up to 50 years.
A) Males are 50% longer than females. B) Females are 25% longer than males. C) Males are 25% longer than females. D) Males and females are the same size.
A) Up to 15 cm. B) Up to 5 cm. C) Up to 10 cm. D) Up to 20 cm.
A) By changing their body temperature B) By using their teeth C) By contracting their neck muscles D) By blowing air around their sinuses
A) By moving its tail B) By expanding the melon C) By opening its mouth D) By contracting the muscular covering
A) Thin, flexible skin. B) Soft cartilage. C) Bones similar to those in human arms. D) Hard, dense, fibrous connective tissue.
A) Tongue B) Nose C) Ears D) Lower jaw
A) Fibers B) Rods C) Cilia D) Cones
A) Swim away quickly B) Approach the source of the blood C) Display typical alarm behaviour D) Ignore it
A) They regulate body temperature B) They enhance hearing C) They improve vision D) They detect different tastes
A) No range B) Infinite range C) Long range D) Short range
A) Herd diving B) Milling C) Swarming D) Pod jumping
A) Feeding behavior B) Substitute behavior C) Aggressive behavior D) Sleeping behavior
A) Pleas B) Kindergartens C) Families D) Pods
A) 600 meters B) 700 meters C) 500 meters D) Over 900 meters
A) Shrimp B) Echiurid worms C) Octopus D) Amphipods
A) Bowhead whales B) Blue whales C) Humpback whales D) Killer whales
A) During the mating season B) During the spring months C) During the winter months D) During the summer months
A) 30% B) 28% C) 25% D) 35%
A) For the first three months B) For the first two years C) For the first year D) For the first six months
A) Solitary hunting B) Alloparenting C) Diurnal feeding D) Nocturnal migration
A) Striped skin B) Webbed feet C) Long tusks D) Unusual dentition
A) Hunting on the seabed B) Filter feeding C) Midwater hunting D) Surface feeding
A) A Canadian researcher B) A Japanese researcher C) An American researcher D) A Russian researcher
A) Fin-slapping B) Blowhole-blowing C) Tail-beating D) Jaw-clapping
A) 6,000 kilometers B) 9,000 kilometers C) 12,000 kilometers D) 3,000 kilometers
A) River estuaries B) Polar ice caps C) Open ocean D) Deep sea trenches
A) 55,000 individuals B) 14,500 individuals C) 1,151 individuals D) 3,400–3,800 individuals
A) Southwest Greenland B) Ulbansky C) Eastern Bering Sea D) Eastern Canadian Arctic
A) 39 individuals B) 152 individuals C) 62 individuals D) 17 individuals
A) Northern Canadian sites B) Cook Inlet C) Eastern Chukchi Sea D) Bristol Bay
A) Population Density equation B) Potential Biological Removal equation C) Maximum Sustainable Yield equation D) Carrying Capacity equation
A) The skin B) The vertebrae C) The meat D) The teeth
A) The skin (muktuk) B) The teeth C) The vertebrae D) The meat
A) 55,000 individuals B) 889 individuals C) 14,500 individuals D) 21,400 individuals
A) 39 individuals B) 62 individuals C) 152 individuals D) 17 individuals
A) 549 individuals B) 2,500 individuals C) 1,500 individuals D) 4,000 individuals
A) Petroleum jelly B) Coal tar C) Vegetable oil D) Mineral oil
A) 1940 B) 1938 C) 1950 D) 1925
A) The 1970s B) The 1960s C) The 1940s D) The 1950s
A) Les Océans de l'Est B) La Chasse au Beluga C) Le Monde des Cétacés D) Pour la suite du monde
A) 500 kg. B) 935 kg. C) 1200 kg. D) 800 kg.
A) 10%. B) 27%. C) 50%. D) 5%.
A) 50 km. B) 100 km. C) 10 km. D) 200 km.
A) Sarcocystis B) Papillomaviruses C) Erysipelothrix rhusiopathiae D) Anisakis simplex
A) China B) Norway C) United States D) Russia
A) Thoracic vertebrae B) Lumbar vertebrae C) Unfused cervical vertebrae D) Fused cervical vertebrae
A) Little White B) Little Grey C) Ruby D) Naluark
A) 2016 B) 2006 C) 2018 D) 1992
A) Whale and Dolphin Conservation B) SeaWorld C) Merlin Entertainments D) Blackstone Group
A) Erysipelothrix rhusiopathiae B) Anisakis simplex C) Contracaecum D) Sarcocystis
A) Little White B) Ruby C) Naluark D) Little Grey
A) Canadian Navy B) United States Navy C) Soviet Navy D) Russian Navy
A) Erysipelothrix rhusiopathiae B) Ciliate protozoa C) Herpesviruses D) Papillomaviruses
A) Pharurus pallasii B) Hadwenius seymouri C) Anisakis simplex D) Leucasiella arctica
A) Naluark B) Not specified C) Little White D) Ruby
A) Leucasiella arctica B) Hadwenius seymouri C) Pharurus pallasii D) Anisakis simplex
A) Leucasiella arctica B) Pharurus pallasii C) Anisakis simplex D) Hadwenius seymouri
A) Feeding the belugas B) Touching the belugas C) Keeping boats at a distance D) Chasing the belugas
A) Saint Lawrence River B) Hudson Bay C) Thames Estuary D) Charlottetown Harbour
A) Mimic human speech B) Change color C) Swim faster than wild belugas D) Fly short distances
A) Vulnerable B) Least concern C) Critically endangered D) Endangered
A) Increased human access disrupting habitats B) Reduced boat traffic C) More stable ice conditions D) Decreased predation by killer whales |