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This deck focuses on Human Impacts On Wetlands And Mangroves, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Study Human Impacts On Wetlands And Mangroves 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 a significant effect of wetland drainage on local climates?
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Increased temperature variability. Loss of water bodies reduces temperature moderation.
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This deck focuses on Human Impacts On Wetlands And Mangroves, 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: Increased temperature variability. Loss of water bodies reduces temperature moderation.
Answer: Habitat disturbance. Trampling and pollution degrade sensitive habitats.
Answer: Habitat loss. Building destroys mangrove habitat directly.
Answer: Improved water quality. Restored wetlands filter pollutants from water.
Answer: Enhanced greenhouse effect. Climate change affects wetland water levels.
Answer: Wave attenuation. Dense root systems reduce wave energy and protect shores.
Answer: Root suffocation. Oil coats roots, preventing oxygen exchange.
Answer: Acid rain deposition. Sulfur compounds lower pH of wetland water.
Answer: Improved water quality. Restored wetlands filter pollutants from water.
Answer: Nutrient pollution. Excess nutrients cause algal blooms that consume oxygen.
Answer: Loss of biodiversity. Eliminates critical habitat for numerous species.
Answer: Urban development. Converts natural habitats to housing and commercial areas.
Answer: Establishment of protected areas. Legal designation prevents development and destruction.
Answer: Increased erosion rates. Loss of natural barriers accelerates shore erosion.
Answer: Increased food production. Agriculture provides economic incentive for conversion.
Answer: Habitat loss. Building destroys mangrove habitat directly.
Answer: Water filtration. Plants and sediments trap pollutants and purify water.
Answer: Acid rain deposition. Sulfur compounds lower pH of wetland water.
Answer: Reforestation. Replanting mangroves restores ecosystem functions.
Answer: Sequestration in biomass and soil. Mangroves trap carbon in roots, trunks, and soil.
Answer: Heavy metals. Toxic metals from industry accumulate in sediments.
Answer: Nursery habitats. Provide safe breeding grounds for fish species.
Answer: Decreased plant diversity. Salt stress kills plants not adapted to saline conditions.
Answer: Aquaculture expansion. Shrimp and fish farming requires clearing mangrove forests.
Answer: Carbon sequestration. Wetlands store carbon in soils and biomass.
Answer: Loss of biodiversity. Eliminates critical habitat for numerous species.
Answer: Storm surge protection. Acts as natural barrier against hurricane damage.
Answer: Fertilizer application. Adds excess nitrogen and phosphorus to water.
Answer: Phosphorus. Fertilizers contain phosphorus that causes algal blooms.
Answer: Groundwater extraction. Lowering water table causes land to sink.
Answer: Sea level rise. Higher water levels threaten mangrove survival.
Answer: Phosphorus. Fertilizers contain phosphorus that causes algal blooms.
Answer: Habitat fragmentation. Divides continuous habitat into isolated patches.
Answer: Sea level rise. Higher water levels threaten mangrove survival.
Answer: Toxicity to aquatic life. Chemicals harm fish, amphibians, and other organisms.
Answer: Increased inundation. Higher water levels can drown mangrove roots.
Answer: Fertilizer application. Adds excess nitrogen and phosphorus to water.
Answer: Increased temperature variability. Loss of water bodies reduces temperature moderation.
Answer: Habitat disturbance. Trampling and pollution degrade sensitive habitats.
Answer: Root suffocation. Oil coats roots, preventing oxygen exchange.
Answer: Chemical contamination. Toxic substances poison plants and animals.
Answer: Heavy metals. Toxic metals from industry accumulate in sediments.
Answer: Enhanced greenhouse effect. Climate change affects wetland water levels.
Answer: Groundwater extraction. Lowering water table causes land to sink.
Answer: Nitrogen. Excess nitrogen depletes oxygen and kills aquatic life.
Answer: Increased inundation. Higher water levels can drown mangrove roots.
Answer: Wave attenuation. Dense root systems reduce wave energy and protect shores.
Answer: Carbon dioxide. Stored in wetland soils and plant biomass.
Answer: Loss of biodiversity. Disrupts food webs by removing key species.
Answer: Increased food production. Agriculture provides economic incentive for conversion.
Answer: Nutrient pollution. Excess nutrients cause algal blooms that consume oxygen.
Answer: Building levees. Artificial barriers protect against flooding.
Answer: Sequestration in biomass and soil. Mangroves trap carbon in roots, trunks, and soil.
Answer: Increased erosion rates. Loss of natural barriers accelerates shore erosion.
Answer: Deforestation. Removes vegetation that prevents soil erosion.
Answer: Storm surge protection. Acts as natural barrier against hurricane damage.
Answer: Habitat fragmentation. Divides continuous habitat into isolated patches.
Answer: Nitrogen. Excess nitrogen depletes oxygen and kills aquatic life.
Answer: Toxicity to aquatic life. Chemicals harm fish, amphibians, and other organisms.
Answer: Carbon dioxide. Stored in wetland soils and plant biomass.
Answer: Carbon sequestration. Wetlands store carbon in soils and biomass.
Answer: Urban development. Converts natural habitats to housing and commercial areas.
Answer: Nursery habitats. Provide safe breeding grounds for fish species.
Answer: Purple loosestrife. Non-native species that outcompetes native plants.
Answer: Establishment of protected areas. Legal designation prevents development and destruction.
Answer: Decreased plant diversity. Salt stress kills plants not adapted to saline conditions.
Answer: Loss of biodiversity. Disrupts food webs by removing key species.
Answer: Chemical contamination. Toxic substances poison plants and animals.
Answer: Aquaculture expansion. Shrimp and fish farming requires clearing mangrove forests.
Answer: Building levees. Artificial barriers protect against flooding.
Answer: Purple loosestrife. Non-native species that outcompetes native plants.
Answer: Reforestation. Replanting mangroves restores ecosystem functions.
Answer: Altered water balance. Reduces water availability for wetland ecosystems.
Answer: Deforestation. Removes vegetation that prevents soil erosion.
Answer: Altered water balance. Reduces water availability for wetland ecosystems.
Answer: Removal of vegetation. Mangrove roots stabilize sediments against waves.
Answer: Removal of vegetation. Mangrove roots stabilize sediments against waves.
Answer: Water filtration. Plants and sediments trap pollutants and purify water.