A) Constant high humidity and daily thunderstorms B) Seasonal rainfall and distinct wet and dry seasons C) Extreme cold with perpetual snow cover D) Arid desert conditions with minimal precipitation
A) The Siberian tiger B) The Bekol wildebeest C) The Antarctic penguin D) The Amazonian jaguar
A) Thick, waxy leaves to retain moisture B) Broad, flat leaves for maximum sunlight absorption C) Brightly colored flowers to attract pollinators D) Deep root systems to reach water
A) The pursuit of migrating insect swarms B) The instinct to find mates during a specific breeding season C) The need to escape extreme cold fronts D) The search for fresh grazing lands and water sources
A) Excessive rainfall causing widespread flooding B) Overpopulation of native predator species C) Uncontrolled volcanic activity D) Habitat fragmentation due to human development
A) Rich in nutrients, but often with poor drainage B) Clay-heavy with high water retention, prone to waterlogging C) Sandy and highly permeable with rapid water filtration D) Acidic and infertile, supporting only hardy mosses
A) The Bengal cobra B) The Australian dingo C) The Bekol lion D) The Arctic fox
A) Tropical toucans B) Arctic terns C) Hummingbirds D) Ground-nesting birds and large raptors
A) Tropical rainforest rivers B) Ocean tidal pools C) Durable waterholes and underground springs D) Melting glaciers
A) Sustainable grazing and controlled burning for regeneration B) Mining for precious metals C) Large-scale industrial agriculture D) Deforestation for urban expansion
A) Only a few millimeters tall B) Less than 30 centimeters tall C) Up to 2 meters tall D) Exactly 5 meters tall
A) 5-15 degrees Celsius B) -10-0 degrees Celsius C) 40-50 degrees Celsius D) 20-35 degrees Celsius
A) Heavy rainfall and lush growth B) Abundant flowering plants C) Frequent thunderstorms D) Vegetation turns brown and dormant
A) Brightly colored, flammable wood B) Thin, papery leaves C) Shallow root systems D) Thick, fire-resistant bark
A) Creating large, artificial water reservoirs B) Predation of large mammals C) Decomposition of organic matter and soil aeration D) Pollination of all flowering plants
A) They consume all plant life, leading to desertification B) They plant new trees by dispersing seeds C) Grazing maintains grass height and prevents forest encroachment D) They create large, permanent lakes with their hooves
A) Polar bear B) Hyena C) Zebra D) Giraffe
A) Displacement of native vegetation and reduced food sources B) Increased availability of nectar for pollinators C) Improved fire suppression D) Enhanced soil fertility
A) Rainfall patterns and frequency of fires B) Abundant geothermal activity C) Dense fog cover D) High altitude
A) By increasing the reflectivity of the Earth's surface B) By absorbing all atmospheric oxygen C) Through carbon sequestration by grasses and trees D) By releasing large amounts of methane into the atmosphere
A) They freeze over completely B) They are always full and fast-flowing C) They carry icebergs downstream D) They often dry up or become greatly reduced
A) Zebra B) Rhino C) Hippopotamus D) Elephant
A) Grasses and other herbaceous plants B) Tree bark C) Small mammals D) Insects
A) Constant fog and mild temperatures B) Drought, sparse vegetation, and animal hibernation C) Snowfall, frozen ground, and migrating birds D) Heavy rainfall, lush vegetation, and increased animal activity
A) Encouraging industrial development B) Ignoring the impact of climate change C) Establishing protected areas and combating poaching D) Introducing exotic species for tourism |