A) Leonard Goodwin B) Charles Darwin C) Israel Aharoni D) George Robert Waterhouse
A) 1939 B) 1942 C) 1930 D) 1839
A) Phodopus roborovskii B) Mesocricetus auratus C) Phodopus sungorus D) Phodopus campbelli
A) Alexander Fleming B) Leonard Goodwin C) Israel Aharoni D) George Robert Waterhouse
A) A single brother–sister pairing B) Hamsters found in Europe C) A colony of fifty hamsters D) Multiple unrelated wild pairs
A) Identical genetic variability B) Reduced genetic variability C) Increased genetic variability D) No genetic variability
A) Food production B) Pest control C) Pet trade D) Medical research
A) 1939 B) 1942 C) 1930 D) 1839
A) Winter white dwarf hamster B) Campbell's dwarf hamster C) Syrian hamster D) Roborovski hamster
A) Campbell's dwarf hamster B) Syrian hamster C) Winter white dwarf hamster D) Roborovski hamster
A) Winter white dwarf hamster B) Campbell's dwarf hamster C) Roborovski hamster D) Syrian hamster
A) Cricetus B) Mesocricetus C) Phodopus D) Mus
A) Forelegs, hindlegs, snouts, and teeth B) Only their snouts and hindlegs C) Only their paws and claws D) Only their forelegs and teeth
A) 50 cm B) 30 cm C) 70 cm D) 100 cm
A) 4–5 cm B) 12–15 cm C) 8–10 cm D) 1–2 cm
A) Nesting B) Hiding from predators C) Food storage D) Urination
A) Mole B) Pika C) Mouse D) Rabbit
A) 3–4 months B) 4–5 weeks C) 6 months D) 2–3 months
A) Every four days B) Once a month C) Once a week D) Every two weeks
A) Change in coat color B) A musky smell C) Loss of fur D) Increased appetite
A) The female has a brighter coat B) The male is always larger C) A male's tail line bulges on both sides D) The female has a longer tail
A) About 18 months B) About 6 months C) About 24 months D) About 12 months
A) 16 to 18 days B) 23 to 30 days C) 21 to 23 days D) 18 to 21 days
A) 16 to 18 days B) 23 to 30 days C) 21 to 23 days D) 18 to 21 days
A) 13 B) 18 C) 30 D) 24
A) Temperature buffering and predator protection B) Easy access to water and light C) Social interaction with other hamsters D) Better visibility of the surroundings
A) Poor B) Superhuman C) Average D) Excellent
A) Red-green deficient B) Full spectrum C) Monochromatic D) Colorblind
A) Sonic range only B) Only low frequencies C) Infrasonic range D) Ultrasonic range
A) Carnivores B) Insectivores C) Herbivores D) Omnivores
A) Coprophagy B) Fermentation C) Hoarding D) Hibernation
A) Stomach B) Underground burrows only C) Paws D) Cheek pouches
A) It doubles or triples in size B) It turns blue C) It stays the same size D) It becomes smaller
A) They are strictly solitary B) They only live in pairs C) They are always social D) They prefer large groups
A) They are strictly diurnal B) They are only awake at noon C) They are primarily crepuscular D) They never move
A) No B) Only if left outside C) Yes, every winter D) Only when sick
A) Urine only B) Fur shedding C) Scent glands D) Saliva
A) Small rodents B) Seeds C) Grass D) Insects
A) Autumn B) Spring C) Winter D) Summer
A) Fighting fiercely B) Sleeping more C) Grooming each other D) Hoarding more food
A) French B) Greek C) Latin D) German
A) pack B) colony C) flock D) horde
A) Mesocricetus B) Collimys C) Cricetus D) Mesocricetulus
A) Purple B) Honey C) Grey D) Yellow
A) small creature B) oppressor C) night walker D) grain eater
A) Cricetulodon B) Hattomys C) Colloides D) Tragomys
A) Extremely dense B) Non-existent in the tail C) Highly flexible but heavy D) Somewhat fragile
A) Muridae B) Rodentia C) Muroidea D) Cricetidae
A) 7 B) 15 C) 25 D) 19
A) Arvicolinae B) Rodentia C) Cricetidae D) Muridae
A) Sigmodontinae B) Arvicolinae C) Neotominae D) Tylomyinae
A) Paleocene B) Early Pliocene C) Late Pleistocene D) Middle Miocene
A) Keep them together indefinitely B) Move them to a larger enclosure C) Separate the pair D) Add more food to the cage
A) One month B) Three weeks C) One week D) Two days
A) One year B) Six months C) Five years D) Three years
A) They will stop eating B) They will become lethargic C) Intersexual aggression D) They will mate too frequently
A) Vaccinating hamsters B) Sharing enthusiasm for hamsters C) Training hamsters for tricks D) Selling hamster food
A) A race B) An adoption drive C) An exhibition D) A surgery
A) Ebola B) Rabies C) SARS-CoV-2 D) H1N1
A) 10,000 B) 500 C) 50 D) 2,000
A) bribing government officials B) Hiding them in basements C) Forging purchase receipts D) Moving them to another country
A) Kidneys B) Heart C) Liver D) Brain
A) Eyes B) Lungs C) Ovaries D) Stomach
A) Cricetinae B) Mouse-like hamster C) White-tailed rat D) Maned rat
A) Cricetinae B) Sciuridae C) Muridae D) Cricetidae
A) Gerbil B) Chipmunk C) White-tailed rat D) Guinea pig
A) 15 December 2021 B) 10 January 2022 C) 22 December 2021 D) 1 January 2022
A) Cricetinae B) Calomyscus C) Lophiomys imhausi D) Mystromys albicaudatus
A) Door to door search B) Strongly encouraged C) Financial incentive D) Mandatory seizure |