What this deck covers
This deck focuses on Terrestrial Biomes, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Study Terrestrial Biomes in AP Environmental Science with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
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Identify the biome most likely at latitude about 0∘ with high rainfall year-round.
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Tropical rainforest. Equatorial location receives consistent solar radiation and precipitation.
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This deck focuses on Terrestrial Biomes, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Work through these flashcards in short sessions. Try to answer each prompt before flipping the card, then revisit any cards you miss until the explanation feels automatic.
Answer: Tropical rainforest. Equatorial location receives consistent solar radiation and precipitation.
Answer: Leaf drop to reduce water loss and frost damage. Deciduous strategy conserves energy and prevents freezing damage.
Answer: High precipitation in all months. Constant moisture supports lush vegetation year-round.
Answer: Temperate deciduous (seasonal) forest. Trees drop leaves in winter to conserve water and energy.
Answer: Temperature and precipitation. These climate factors control water availability and energy for plant growth.
Answer: Desert. Extreme water scarcity drives specialized adaptations.
Answer: Subtropical desert. Hadley cell circulation creates dry conditions at this latitude.
Answer: Temperate deciduous forest. Seasonal temperature changes trigger leaf phenology.
Answer: Nutrient-poor, highly leached soils. Heavy rainfall washes nutrients from soil layers.
Answer: Boreal forest (taiga). Conifers' needle leaves resist cold and snow damage.
Answer: Maintain grass dominance by suppressing woody plants. Fire prevents succession to forest ecosystems.
Answer: Low-growing forms and shallow roots to avoid wind and frozen soil. Reduces exposure to desiccating winds and accesses unfrozen surface soil.
Answer: Temperate grassland (prairie/steppe). Insufficient moisture limits tree growth despite fertile soils.
Answer: Tropical seasonal forest (tropical dry forest). Monsoon patterns create alternating wet and dry periods.
Answer: Permanently frozen subsoil that limits drainage and rooting. Frozen layer prevents water infiltration and deep root growth.
Answer: Less than about 25 cm of precipitation per year. Extremely low moisture limits plant growth and diversity.
Answer: Tundra. Coldest biome where frozen soil prevents tree growth.
Answer: Water storage and reduced leaf surface area. Minimizes water loss through transpiration in arid conditions.
Answer: Boreal forest (taiga). Conifers adapted to cold, short growing seasons dominate.
Answer: Boreal forest (taiga). Cold slows decomposition, creating acidic soils.
Answer: Temperate grassland (prairie/steppe). Moderate rainfall supports grasses but not forests; rich soils from decomposition.
Answer: Permafrost. Frozen soil prevents deep roots and water drainage.
Answer: Savanna (tropical grassland). Fire and herbivores prevent tree establishment in these grasslands.
Answer: Chaparral (Mediterranean shrubland). Mediterranean climate creates unique fire-prone ecosystems.
Answer: Waxy cuticle and reduced leaf area (spines) to limit transpiration. Minimizes surface area exposed to dry air, reducing water loss.
Answer: Tropical rainforest. Year-round warmth and moisture support maximum species diversity.
Answer: A large land region defined by climate and dominant vegetation. Climate patterns create predictable plant communities across regions.
Answer: Climate, especially temperature and precipitation patterns. Temperature and moisture patterns create conditions that support specific plant communities.
Answer: Tundra. Extreme cold limits plant height and diversity.
Answer: Weather is short-term; climate is long-term average conditions. Weather occurs over days/weeks; climate represents 30+ year patterns.
Answer: Average monthly temperature and precipitation patterns. These graphs help identify biomes by their climate patterns.
Answer: Savanna (tropical grassland). Wet-dry seasons prevent forest but support grasses and scattered trees.
Answer: Rapid decomposition and nutrient uptake; heavy leaching by rain. Nutrients cycle rapidly in biomass, not soil, due to constant warm rain.
Answer: Tropical rainforest. Heavy rainfall washes nutrients from soil faster than they accumulate.
Answer: Chaparral (Mediterranean shrubland). Mediterranean climate creates fire-adapted shrubland communities.
Answer: Tropical rainforest. Year-round warmth and moisture support maximum species diversity.
Answer: Tundra. Arctic/Antarctic locations have extreme cold limiting plant growth.
Answer: Temperate grassland. Distance from oceans creates temperature extremes; fires maintain grassland.
Answer: Deep, nutrient-rich topsoil (high organic matter). Grass decomposition builds thick, fertile soil layers.