Jerboa
A) Reptile B) Rodent C) Bird D) Amphibian
A) Deserts B) Rainforests C) Swamps D) Mountains
A) Gray B) Black C) Sandy Brown D) White
A) Sight B) Taste C) Hearing D) Smell
A) Solitary B) Colony C) Herd D) Pack
A) Short Tail B) Small Lungs C) Long Hind Legs D) Tiny Ears
A) Texting B) Sign Language C) Vocalizations D) Dancing
A) Australian Desert B) Sahara Desert C) Arabian Desert D) Gobi Desert
A) Starvation B) Old Age C) Predation D) Disease
A) Balance B) Defense C) Attracting Mates D) Heat Regulation
A) Burrowing speed B) Jumping ability C) Climbing proficiency D) Swimming skills
A) Hiding in trees B) Spraying venom C) By jumping quickly D) Mimicking other animals
A) Artiodactyla B) Primates C) Rodentia D) Carnivora
A) Pollution B) Habitat loss C) Climate change D) Disease
A) Felidae B) Ursidae C) Canidae D) Dipodidae
A) Night B) Morning C) Afternoon D) Evening
A) Africa B) Asia C) Australia D) South America
A) 10-12 years B) 15-20 years C) 5-7 years D) Around 2–3 years
A) For sustained running over long periods B) For swimming through water C) To perform erratic hopping locomotion and escape predators D) For digging burrows in the sand
A) Thick fur to protect against cold winds B) Webbed feet for swimming through sand C) Hairs on the bottom of their feet for better traction and grip D) Long claws for digging burrows
A) The keratin gene B) The shox2 gene C) The insulin gene D) The hemoglobin gene
A) Lions B) Snakes C) Eagles D) Little owls (Athene noctua)
A) 50 km/h (31 mph) B) 10 km/h (6.2 mph) C) 24 km/h (15 mph) D) 100 km/h (62 mph)
A) Enhances two-legged locomotion B) Allows better vision C) Improves swimming ability D) Increases sense of smell
A) Dental records show adaptation for eating meat B) A slow increase in crown heights corresponds to a more open and drier ecosystem C) Teeth are adapted for grinding hard shells D) No correlation with the environment
A) Between 4 and 26 cm (1.6 and 10.2 in) B) Over 1 meter C) Less than 2 cm D) 30 to 50 cm
A) Equal in length to the body B) Shorter than the body C) Always longer than the full body D) Absent
A) In the middle of the night B) Early morning C) During the heat of the day D) At twilight
A) Cover while hunting during daylight B) Storing food C) Hibernation D) Raising young
A) A temporary gathering for mating B) Communal burrows that offer extra warmth C) A group of jerboas hunting together D) A term for juvenile jerboas
A) Stored food B) Insects C) Plant material D) Hard seeds
A) By drinking from water sources B) From the food they eat C) By eating stored water reserves D) Through dew collection
A) Cardiocranius paradoxus B) Euchoreutes naso C) Jaculus blanfordi D) Dipus sagitta
A) Euchoreutinae B) Dipodinae C) Allactaginae D) Cardiocraniinae
A) From March through July B) Throughout the year C) In autumn D) During winter hibernation
A) Dust bathing B) Scent marking with urine C) Tail flicking D) Vocalizations
A) Strictly monogamous B) Polyandrous C) Asexual reproduction D) They may be polygynous
A) Only the leaves B) They stop eating C) The roots, because they hold the most water D) They store the plants for later
A) Eremodipus lichensteini B) Jaculus orientalis C) Stylodipus sungorus D) Dipus sagitta
A) Scarturus elater B) Allactaga major C) Pygeretmus pumilio D) Jaculus blanfordi
A) Euchoreutinae B) Dipodinae C) Allactaginae D) Cardiocraniinae
A) Scarturus vinogradovi B) Jaculus jaculus C) Allactaga severtzovi D) Stylodipus sungorus
A) Stylodipus andrewsi B) Euchoreutes naso C) Pygeretmus platyurus D) Allactaga bullata
A) Dipus sagitta B) Paradipus ctenodactylus C) Scarturus tetradactylus D) Jaculus orientalis |
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