A) Dermochelys coriacea B) Chelonia mydas C) Caretta caretta D) Lepidochelys olivacea
A) Arctic B) Atlantic C) Indian D) Pacific
A) Red algae B) Seagrass C) Plankton D) Coral
A) They absorb oxygen through their skin B) They don't need to breathe C) They breathe through gills underwater D) They have lungs and breathe air
A) Vulnerable B) Critically Endangered C) Endangered D) Least Concern
A) Up to 5 hours B) Up to 1 day C) 1 hour D) 30 minutes
A) Whales B) Sharks C) Octopuses D) Dolphins
A) Rocky cliffs B) Underwater caves C) Mangrove swamps D) Sandy beaches
A) Two B) One C) Four D) Three
A) September B) December C) June D) March
A) Trionychidae B) Testudinidae C) Carettochelyidae D) Cheloniidae
A) Its habitat in tropical seas B) The greenish color of its fat C) The color of its carapace D) Its herbivorous diet
A) Herbivorous B) Carnivorous C) Piscivorous D) Omnivorous
A) Square B) Triangular C) Teardrop-shaped D) Round
A) Crabs B) Plankton C) Seagrasses D) Fish
A) Turtle B) Kamakaze C) Honu D) Marine turtle
A) Collecting or harming them B) Photographing them from a distance C) Studying their behavior D) Observing them in the wild
A) Sunbathing on the beach B) Beach volleyball C) Bird watching D) Pollution
A) Bird migration B) Fishing nets C) Volcanic eruptions D) Natural predation
A) Natural erosion B) Forest conservation C) Real estate development D) Ocean currents
A) Carl Linnaeus B) Louis Agassiz C) Charles Darwin D) Marie Firmin Bocourt
A) Cheloniini B) Carettochelyidae C) Testudinidae D) Trionychidae
A) 10–20 kg (22–44 lb) B) 200–300 kg (440–660 lb) C) 30–50 kg (66–110 lb) D) 68–190 kg (150–419 lb)
A) Leatherback sea turtle B) Kemp's ridley sea turtle C) Loggerhead sea turtle D) Hawksbill sea turtle
A) 100 cm (39 in) B) 90 cm (35 in) C) 153 cm (60 in) D) 120 cm (47 in)
A) Brown B) Yellow C) Black D) Olive
A) Milford Sound B) Fiordland National Park C) Bay of Islands D) Rangaunu Harbour
A) Arctic Ocean B) Polar regions C) Temperate climates D) Tropical climates
A) Canada B) Hawaii C) Florida D) Mexico
A) Aves Island B) Bahamas C) Jamaica D) Cuba
A) 25 B) 10 C) 15 D) 20
A) Commercial international trade B) Conservation activities C) Local consumption D) Scientific research
A) 1982 B) 2004 C) 1975 D) 1996
A) Ancient Chinese B) Mayans C) Roman Empire D) Ancient Egyptians
A) Thailand B) Sri Lanka C) Vietnam D) Indonesia
A) 1,000–3,000 B) 40,000–50,000 C) 20,000–30,000 D) 6,000–13,000
A) 2020 B) 2018 C) 2012 D) 2005
A) William Dampier B) Charles Darwin C) James Cook D) Alexander von Humboldt
A) The protected French Frigate Shoals B) Turtle Islands, Philippines C) Mersu Betiri National Reserve D) Gulf of Panama
A) Reduced wave action. B) Increased oxygen levels. C) Increased local water temperature from thermal power stations. D) Decreased salinity levels.
A) Presence of parasites B) Dietary intake of fish C) Consumed vegetation D) Exposure to sunlight
A) International Union for Conservation of Nature B) Convention on International Trade in Endangered Species C) Zoological Society of London D) World Wide Fund for Nature (Pakistani branch)
A) Isla Parida B) Raine Island C) Meru Betiri National Reserve D) Bramble Cay
A) Research on finches B) Research on penguins C) Research on marine iguanas D) Research on the Galápagos giant tortoises
A) Seine net B) Trawl net C) Cast net D) Hulbot-hulbot
A) Meru Betiri National Reserve B) French Frigate Shoals C) Great Barrier Reef D) Turtle Islands, Philippines
A) Florida B) South Carolina C) North Carolina D) Georgia
A) Malaysia B) Australia C) Philippines D) Indonesia
A) Habitat destruction B) Chemical pollution C) Poaching D) Light pollution
A) Influenza B) Cholera C) Fibropapillomatosis D) Leptospirosis
A) Hawaiian subpopulation B) Florida population C) Mediterranean population D) Eastern Pacific subpopulation
A) Because their breath-holding ability is affected by stress B) Due to the lack of oxygen in water C) They are unable to swim fast enough to escape D) Their lungs cannot function underwater
A) Miami Beach B) Indian River Lagoon C) Everglades National Park D) Orlando
A) Herbivorous grazers B) Omnivores C) Detritivores D) Carnivorous pelagic organisms
A) Astola island B) Hawke's Bay C) Meru Betiri National Reserve, East Java D) Gulf of Panama
A) Turtle navigation B) Natal homing C) Beach fidelity D) Migratory instinct
A) Convergence zones within the open ocean B) Freshwater rivers C) Coral reefs D) Shallow coastal waters
A) Manuel Antonio B) San Jose C) Monteverde D) Tortuguero
A) Barnacles B) Nematodes C) Leeches D) Protozoans
A) Geomagnetic hypothesis B) Chemical imprinting hypothesis C) Solar navigation hypothesis D) Magnetic compass hypothesis
A) Barnacle infestation B) Protozoan infection C) Leech attachment D) Fibropapilloma, which produces lethal tumor growth
A) Jellyfish B) Tree bark C) Sea hare eggs D) Hydrozoans
A) 17th century B) 20th century C) 18th century D) 19th century
A) Chile B) Suriname C) Argentina D) Brazil
A) Raine Island B) Bramble Cay C) French Frigate Shoals D) Isla Parida
A) 20 miles per hour B) 30 miles per hour C) 40 miles per hour D) 60 miles per hour
A) Smaller carapace B) Brightly colored shell C) Very long tail D) Shorter flippers
A) It functions as an educational center for marine biology. B) It operates as a research facility. C) It serves as a tourist attraction. D) It acts as a conservation area for endangered species.
A) Pacific mackerel B) Green sea urchin C) Atlantic cod D) Rapa whelk Rapana venosa
A) More than 37,000 B) 10,000 C) 20,000 D) 50,000
A) 2015 B) 2005 C) 2025 D) 2030
A) Makana B) Lani C) Kailua D) Honu
A) Jane Goodall B) Rachel Carson C) David Attenborough D) James J. Parsons
A) EN A1abd B) EN A2bd C) EN B1cd D) VU D2ab
A) Above 30 degrees Celsius B) Below 20 degrees Celsius C) Below 25 degrees Celsius D) Exactly 28 degrees Celsius
A) Herbivorous B) Detritivorous C) Omnivorous D) Carnivorous |