A) Western Canada B) Southern Canada C) Eastern Canada D) Northern Canada
A) 1973 B) 2003 C) 1983 D) 1967
A) Labrador Peninsula B) Old Fort Chimo Kuujjuaq, northern Quebec C) Diana Island D) Ellesmere Island
A) To provide a local cottage industry based on qiviut B) For domestication purposes C) For scientific research D) To increase wild populations for hunting
A) Cottage industry B) Providing a wild population for hunting C) Domestication D) Scientific study
A) 290 B) 148 C) 54 D) 1400
A) 1,400 B) 54 C) 290 D) 148
A) 148 B) 112 C) 54 D) 25
A) Dry plains B) Higher elevations C) Wet areas, such as river valleys D) Urban environments
A) Lichens B) Willows C) Grasses D) Mosses
A) Abundant food supply B) Shallow snow C) A high threshold of fat reserves D) Cooler temperatures
A) Grizzly bears B) Polar bears C) Arctic wolves D) Wolverines
A) Lower oxygen diffusion rate B) Three times less temperature sensitive C) More temperature sensitivity D) Higher oxygen affinity in warm environments
A) Shutting off thermal regulation in lower limbs B) Reducing blood flow to lower limbs C) Increasing metabolic rate in lower limbs D) Growing thicker fur on lower limbs
A) It increases metabolic rate B) It decreases energy costs C) It reduces oxygen diffusion into tissues D) It allows heightened oxygen affinity in cold environments
A) 1950s B) 1980s C) 1970s D) 1935
A) United States Fish and Wildlife Service B) Environmental Protection Agency C) National Park Service D) Department of Agriculture
A) Using tranquilizer darts B) Through aerial capture techniques C) With the help of trained dogs D) By herding family groups into open water
A) Montreal B) Alaska C) Yellowstone National Park D) Vermont
A) Parasite and disease resistance issues B) Extreme cold weather C) Lack of food D) Predation from local wildlife
A) Fairbanks, Alaska B) Palmer, Alaska C) Juneau, Alaska D) Anchorage, Alaska
A) Ivvavik National Park B) Kluane National Park and Reserve C) Waterton Lakes National Park D) Vuntut National Park
A) The calves thrived but faced parasite and disease resistance issues B) All muskoxen were returned to their native habitat C) Successful adaptation with no health issues D) Complete failure due to harsh weather conditions
A) 650 kg B) 750 kg C) 500 kg D) 400 kg
A) 60 km/h B) 80 km/h C) 70 km/h D) 50 km/h
A) Cretaceous B) Jurassic C) Pleistocene D) Holocene
A) 30,000 years ago B) 10,000 years ago C) During the Würm II glaciation 20,000 years ago D) 15,000 years ago
A) 7,000 years ago B) 5,000 years ago C) 12,000 years ago D) 9,000 years ago
A) About 350 AD B) 1000 AD C) 1500 AD D) 500 BC
A) Lack of food resources B) Human predation around Qaanaaq C) Predation by wolves D) Climate change
A) Cervidae B) Felidae C) Ursidae D) Bovidae
A) Euceratherium B) Matimôs C) Umingmak D) Budorcas
A) Goats B) Sheep C) Takins D) Oxen
A) Euceratherium B) Bootherium C) Soergelia D) Praeovibos
A) Colder periods correlate with more diversity; warmer periods with more homogeneity B) Genetic diversity is constant regardless of climate C) There is no correlation between climate and genetic diversity D) Warmer periods correlate with more diversity; colder periods with more homogeneity
A) Svalbard B) Greenland C) Dovrefjell D) Härjedalen
A) 1971 B) 1947 C) 1932 D) 1925–26
A) 6 B) 17 C) 10 D) 50
A) 1932 B) 1999 C) 1971 D) 1947
A) 50 B) 1100 C) 29 D) 300
A) A train collision that killed several animals. B) An introduction of new muskoxen. C) A measles outbreak that killed 29 animals. D) Migration to Sweden.
A) Härjedalen B) Dovrefjell C) Pleistocene Park D) Ryøya outside Tromsø
A) They established a thriving population. B) They were relocated to Svalbard. C) They migrated to Norway. D) They did not survive.
A) Six B) Fifty C) Ten D) Seventeen
A) 5–10 B) 30–40 C) 8–20 D) 12–24
A) Mid-September B) Late June or early July C) Early April D) December
A) The cows B) The bulls C) The calves D) Juveniles
A) Rutting B) Winter C) Summer D) Gestation
A) Sour and bitter B) Foul and pungent C) Light, sweetish, ethereal D) Strong and rank
A) C12H20O2 B) C8H14O2 C) C10H18O2 D) C12H22O2
A) Preputial gland B) Urine gland C) Fur gland D) Preorbital gland
A) C32H66 B) C30H62 C) C24H50 D) C22H46
A) Overhunting B) Predation by wolves C) Disease outbreaks D) Climate change |