What this deck covers
This deck focuses on Ocean Warming, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Study Ocean Warming 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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What is the impact of ocean warming on polar ecosystems?
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Threatens species and habitats. Ice-dependent species lose habitat and food sources.
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This deck focuses on Ocean Warming, 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: Threatens species and habitats. Ice-dependent species lose habitat and food sources.
Answer: Alters the strength and direction of currents. Changes temperature gradients that drive currents.
Answer: Disrupts predator-prey relationships. Temperature changes affect species interactions.
Answer: Reduces sea ice extent. Warmer water melts ice from beneath.
Answer: Increased coastal erosion. Rising seas and storms damage coastal habitats.
Answer: Increase in greenhouse gas emissions. Greenhouse gases trap heat, warming oceans.
Answer: Leads to ocean acidification. CO₂ absorption forms carbonic acid, lowering pH.
Answer: Alters the strength and direction of currents. Changes temperature gradients that drive currents.
Answer: Burning fossil fuels. Releases CO₂ that drives ocean warming.
Answer: Leads to loss of biodiversity. Species cannot adapt to rapid temperature changes.
Answer: Contributes through thermal expansion and ice melt. Both thermal expansion and ice melt raise sea levels.
Answer: Shifts in species distribution and habitat loss. Species migrate to cooler waters or face extinction.
Answer: Migration to cooler waters. Species move to maintain optimal temperature ranges.
Answer: Oceans absorb CO₂, acting as a carbon sink. Oceans store about 25% of atmospheric CO₂.
Answer: Increase in ocean temperatures due to climate change. Caused by greenhouse gases trapping heat that oceans absorb.
Answer: Coral reefs and Arctic ecosystems. Temperature-sensitive ecosystems face rapid changes.
Answer: Increases hurricane intensity. Warmer water provides more energy for storms.
Answer: Affects sand temperatures, influencing sex ratios. Temperature determines turtle sex during development.
Answer: Shifts in species distribution and habitat loss. Species migrate to cooler waters or face extinction.
Answer: Implementing renewable energy sources. Reduces fossil fuel emissions that cause warming.
Answer: Increases stratification. Reduces vertical mixing of nutrients and oxygen.
Answer: Increases the frequency and intensity of storms. Warm water provides more energy for storm formation.
Answer: Increases the frequency and intensity of storms. Warm water provides more energy for storm formation.
Answer: Contributes to deoxygenation. Warm water holds less dissolved oxygen.
Answer: Alters salinity patterns. Changes evaporation and precipitation patterns.
Answer: Reduces phytoplankton productivity. Stratification limits nutrient mixing for phytoplankton.
Answer: Affects thermohaline circulation. Disrupts density-driven currents that distribute heat.
Answer: Reducing greenhouse gas emissions. Addresses the root cause of warming.
Answer: Weakens the Gulf Stream. Disrupts temperature gradients that drive the current.
Answer: Causes thermal expansion, raising sea levels. Warmer water expands, contributing ~50% of sea level rise.
Answer: Disrupts nutrient availability. Stratification prevents nutrient upwelling.
Answer: Accelerates ice sheet melting. Warm water melts ice shelves from below.
Answer: Intensifies El Niño events. Stronger temperature gradients enhance the pattern.
Answer: Burning fossil fuels. Releases CO₂ that drives ocean warming.
Answer: Weakens the Gulf Stream. Disrupts temperature gradients that drive the current.
Answer: Alters fish stock distribution. Fish populations shift to maintain optimal temperatures.
Answer: Reduces sea ice extent. Warmer water melts ice from beneath.
Answer: Increases frequency and intensity. Warmer baseline temperatures enable more extreme events.
Answer: Decreases albedo by reducing ice cover. Less ice means less solar reflection.
Answer: Deepens the thermocline. Stronger temperature gradient between surface and deep water.
Answer: Causes decline in sea grass health. Heat stress reduces photosynthesis and growth.
Answer: Disrupts predator-prey relationships. Temperature changes affect species interactions.
Answer: Leads to loss of biodiversity. Species cannot adapt to rapid temperature changes.
Answer: Increase in greenhouse gas emissions. Greenhouse gases trap heat, warming oceans.
Answer: Reduces phytoplankton productivity. Stratification limits nutrient mixing for phytoplankton.
Answer: Reduces ocean's carbon uptake capacity. Stratification and chemistry changes reduce CO₂ solubility.
Answer: Increase in ocean temperatures due to climate change. Caused by greenhouse gases trapping heat that oceans absorb.
Answer: Coral reefs and Arctic ecosystems. Temperature-sensitive ecosystems face rapid changes.
Answer: Affects thermohaline circulation. Disrupts density-driven currents that distribute heat.
Answer: Causes shifts in distribution and abundance. Fish migrate to maintain optimal temperatures.
Answer: Alters salinity patterns. Changes evaporation and precipitation patterns.
Answer: Disrupts nutrient availability. Stratification prevents nutrient upwelling.
Answer: Increases stratification. Reduces vertical mixing of nutrients and oxygen.
Answer: Causes shifts in distribution and abundance. Fish migrate to maintain optimal temperatures.
Answer: Coral bleaching. Heat stress causes corals to expel symbiotic algae.
Answer: Accelerates ice melt. Warmer water melts ice from below.
Answer: Decreases albedo by reducing ice cover. Less ice means less solar reflection.
Answer: Contributes to deoxygenation. Warm water holds less dissolved oxygen.
Answer: Leads to ocean acidification. CO₂ absorption forms carbonic acid, lowering pH.
Answer: Carbon dioxide (CO₂). Primary greenhouse gas driving global warming.
Answer: Coral bleaching. Heat stress causes corals to expel symbiotic algae.
Answer: Reducing greenhouse gas emissions. Addresses the root cause of warming.