Poison dart frog - Exam
A) Australia B) Africa C) Asia D) Central and South America
A) Fish B) Insects C) Small mammals D) Plants
A) Attracting prey B) Aiding in digestion C) Defense against predators D) Camouflage
A) Brown B) Yellow C) Green D) Blue
A) Running at high speeds B) Flying away C) Digging burrows D) Camouflage and toxicity
A) Eyes B) Tail C) Skin D) Mouth
A) Grasslands B) Mountains C) Tropical rainforests D) Deserts
A) Ranidae B) Dendrobatidae C) Bufonidae D) Hylidae
A) Toxic tree frog B) Rainforest frog C) Bright frog D) Poison dart frog
A) They are brightly colored B) They are diurnal C) They are nocturnal D) They are toxic
A) Fifty B) Ten C) One hundred D) Four
A) Dendrobates B) Colostethus C) Ranitomeya D) Phyllobates
A) Less than 1.5 cm B) 10 cm C) 5 cm D) 3 cm
A) 10 g B) 50 g C) 100 g D) 28 g
A) Mimicry B) Cryptic coloration C) Camouflage D) Aposematism
A) Leaving them on leaves B) Piggybacking them one at a time C) Carrying them in their mouths D) Placing them in their nests
A) Rivers B) Deserts C) Freshwater marshes D) Moist, lowland forests
A) Moist montanes B) Deserts C) Grasslands D) Tundra
A) 10 m B) 15 m C) 20 m D) 5 m
A) Disease B) Climate change C) Human infrastructure encroaching on their habitats D) Natural predators
A) Only if they are exposed to wild populations B) Only if they are genetically modified C) Yes, when provided an alkaloidal diet D) No, they cannot accumulate alkaloids
A) Diet B) Sexual selection C) Climate D) Predation
A) Boreal forests B) Seasonally wet or flooded lowland grassland C) Tundra D) Deserts
A) Phase I B) Phase III C) Phase II D) Phase IV
A) Chytridiomycosis B) Tuberculosis C) Influenza D) Malaria
A) Leave the area B) Occasionally reject males C) Always accept males D) Flee from the males
A) About twenty thousand B) About ten thousand C) About one hundred thousand D) About fifty thousand
A) Male biased B) Female biased C) Equal D) Unpredictable
A) Asian B) Australian C) African D) Neotropical
A) Mites. B) Ants. C) Orthopteroids. D) Small beetles.
A) Wrestling matches B) Nest building C) Egg laying D) Feeding
A) Cold environments B) Dry environments C) Moist environments D) High-altitude environments
A) 50 °F (10 °C) to 60 °F (16 °C) B) 72 °F (22 °C) to 80 °F (27 °C) C) 60 °F (16 °C) to 65 °F (18 °C) D) 80 °F (27 °C) to 90 °F (32 °C)
A) Both together B) Neither, it is random C) The males D) The females
A) Through the consumption of toxic arthropods B) Through environmental absorption C) Through synthesis within their bodies D) Through symbiotic relationships
A) At least four times B) Five times C) Once D) Twice
A) 10 B) 16 C) 20 D) 25
A) Crotalus atrox B) Erythrolamprus epinephalus C) Python regius D) Boa constrictor
A) Leave the territory. B) Ignore other females. C) Share the male with other females. D) Exhibit aggressive behavior towards other females.
A) Dietary changes B) Geographical isolation C) Variation in predation regimens D) Climate change
A) BBC Wildlife B) CalPhotos C) Audubon Society D) National Geographic
A) 50 to 70% B) 30 to 50% C) 100 to 120% D) 80 to 100%
A) 6,000 years B) 50,000 years C) 10,000 years D) 1,000 years
A) Near the stream B) In the forest canopy C) On the ground D) In caves
A) Climate change B) Natural migration C) Human activity D) Predator pressure
A) Codeine B) Epibatidine C) Heroin D) Morphine
A) Unfertilized eggs laid at regular intervals by the mother B) Waterborne algae C) Small insects D) Plant leaves
A) Acids B) Alkaloids C) Carbohydrates D) Proteins
A) Johnson & Johnson B) Pfizer C) Merck D) Abbott Laboratories
A) 100 B) 400 C) 300 D) 200 |
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