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This deck focuses on Sources Of Pollution, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Study Sources Of Pollution 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 a source of heavy metal pollution.
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Mining and industrial processes. Extraction and refining release toxic metals into environment.
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This deck focuses on Sources Of Pollution, 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: Mining and industrial processes. Extraction and refining release toxic metals into environment.
Answer: Damage to aquatic ecosystems and forests. Acidic water kills fish and trees, damages buildings.
Answer: Industrial discharge and agricultural runoff. Introduces chemicals, nutrients, and toxins into water systems.
Answer: Excessive nutrients in water bodies causing algal blooms. Leads to oxygen depletion and fish kills in water bodies.
Answer: Excess heat released into water bodies. Raises water temperature, reducing dissolved oxygen levels.
Answer: Transportation and industrial emissions. Concentrated human activities create multiple pollution sources.
Answer: Mining and industrial processes. Extraction and refining release toxic metals into environment.
Answer: Ozone and particulate matter. Forms when sunlight reacts with nitrogen oxides and VOCs.
Answer: Pesticides and fertilizers. Applied to crops but often wash into water systems.
Answer: Nuclear power plant operations. Cooling water discharge raises nearby water temperatures.
Answer: Sulfur dioxide. Coal contains sulfur compounds that form this gas.
Answer: Carbon monoxide, nitrogen oxides, hydrocarbons. Produced by internal combustion engines in cars and trucks.
Answer: Improper disposal of industrial waste. Leaches heavy metals and chemicals into soil layers.
Answer: Lead-based paints and gasoline. Historical sources before environmental regulations banned them.
Answer: Burning of fossil fuels. Coal, oil, and gas combustion for energy production.
Answer: Pesticides and fertilizers. Applied to crops but often wash into water systems.
Answer: Leaking underground storage tanks. Fuel storage corrosion allows chemicals to seep underground.
Answer: Sulfur dioxide and nitrogen oxides in the atmosphere. These gases form acids when dissolved in precipitation.
Answer: Excess heat released into water bodies. Raises water temperature, reducing dissolved oxygen levels.
Answer: Carbon dioxide, methane, nitrous oxide. Trap heat in Earth's atmosphere, causing global warming.
Answer: Overuse of fertilizers in agriculture. Nitrogen and phosphorus runoff stimulates excessive plant growth.
Answer: Leaking underground storage tanks. Fuel storage corrosion allows chemicals to seep underground.
Answer: Incomplete combustion in vehicles. Occurs when insufficient oxygen prevents complete fuel burning.
Answer: Ozone and particulate matter. Forms when sunlight reacts with nitrogen oxides and VOCs.
Answer: Discharge from a factory pipe. Direct discharge from a specific, identifiable location.
Answer: Damage to aquatic ecosystems and forests. Acidic water kills fish and trees, damages buildings.
Answer: Burning of fossil fuels. Coal, oil, and gas combustion for energy production.
Answer: Coal-burning power plants. Mercury in coal is released when burned for electricity.
Answer: Chlorofluorocarbons (CFCs). Used in refrigeration and aerosols before being banned.
Answer: Vehicle emissions and industrial processes. High-temperature combustion creates these reactive compounds.
Answer: Cooking and heating with solid fuels. Biomass burning releases particulates and toxic compounds indoors.
Answer: Industrial discharge and agricultural runoff. Introduces chemicals, nutrients, and toxins into water systems.
Answer: Chlorofluorocarbons (CFCs). Used in refrigeration and aerosols before being banned.
Answer: Overuse of fertilizers in agriculture. Nitrogen and phosphorus runoff stimulates excessive plant growth.
Answer: Cooking and heating with solid fuels. Biomass burning releases particulates and toxic compounds indoors.
Answer: Combustion of fossil fuels. Releases carbon dioxide, nitrogen oxides, and particulates.
Answer: Incomplete combustion in vehicles. Occurs when insufficient oxygen prevents complete fuel burning.
Answer: Pollution from dispersed and untraceable sources. Spread out across landscapes, making them harder to regulate.
Answer: Traffic and industrial activities. High decibel levels from engines and machinery in cities.
Answer: Discharge from a factory pipe. Direct discharge from a specific, identifiable location.
Answer: Sulfur dioxide and nitrogen oxides in the atmosphere. These gases form acids when dissolved in precipitation.
Answer: Oil spills and plastic waste. Persistent pollutants that harm marine ecosystems globally.
Answer: Improper disposal of plastic products. Single-use plastics and inadequate waste management systems.
Answer: Excessive and misdirected artificial lighting. Disrupts natural darkness cycles for wildlife and humans.
Answer: Pollution from a single, identifiable source. Like a factory smokestack - easy to locate and regulate.
Answer: Pollution from a single, identifiable source. Like a factory smokestack - easy to locate and regulate.
Answer: Carbon dioxide, methane, nitrous oxide. Trap heat in Earth's atmosphere, causing global warming.
Answer: Nuclear power plant accidents. Releases radioactive materials into the environment.
Answer: Agriculture, specifically livestock digestion. Cattle and rice farming produce significant methane emissions.
Answer: Sulfur dioxide. Creates gray, hazy air pollution in industrial areas.
Answer: Excessive nutrients in water bodies causing algal blooms. Leads to oxygen depletion and fish kills in water bodies.
Answer: Carbon monoxide, nitrogen oxides, hydrocarbons. Produced by internal combustion engines in cars and trucks.
Answer: Sulfur dioxide. Creates gray, hazy air pollution in industrial areas.
Answer: Industrial processes and vehicle emissions. Evaporate easily and contribute to ground-level ozone formation.
Answer: Coal-burning power plants. Mercury in coal is released when burned for electricity.
Answer: Oil spills and plastic waste. Persistent pollutants that harm marine ecosystems globally.
Answer: Pollution from dispersed and untraceable sources. Spread out across landscapes, making them harder to regulate.
Answer: Excessive and misdirected artificial lighting. Disrupts natural darkness cycles for wildlife and humans.
Answer: Burning of coal and oil. Sulfur content in fossil fuels creates acidic emissions.
Answer: Agriculture, specifically livestock digestion. Cattle and rice farming produce significant methane emissions.
Answer: Combustion of fossil fuels. Releases carbon dioxide, nitrogen oxides, and particulates.
Answer: Sulfuric acid from exposed sulfide minerals. Forms when pyrite minerals oxidize upon exposure to air.
Answer: Non-point source pollution. Comes from diffuse sources across farmland, not single pipes.
Answer: Lead-based paints and gasoline. Historical sources before environmental regulations banned them.
Answer: Transportation and industrial emissions. Concentrated human activities create multiple pollution sources.
Answer: Particulate matter. Tiny particles penetrate deep into lungs and bloodstream.
Answer: Traffic and industrial activities. High decibel levels from engines and machinery in cities.
Answer: Particulate matter. Tiny particles penetrate deep into lungs and bloodstream.
Answer: Runoff from agricultural fields. Diffuse pollution carried by surface water across large areas.
Answer: Improper disposal of plastic products. Single-use plastics and inadequate waste management systems.
Answer: Runoff from agricultural fields. Diffuse pollution carried by surface water across large areas.
Answer: Improper disposal of industrial waste. Leaches heavy metals and chemicals into soil layers.
Answer: Burning of coal and oil. Sulfur content in fossil fuels creates acidic emissions.
Answer: Sulfuric acid from exposed sulfide minerals. Forms when pyrite minerals oxidize upon exposure to air.
Answer: Sulfur dioxide. Coal contains sulfur compounds that form this gas.
Answer: Nuclear power plant accidents. Releases radioactive materials into the environment.
Answer: Vehicle emissions and industrial processes. High-temperature combustion creates these reactive compounds.
Answer: Industrial processes and vehicle emissions. Evaporate easily and contribute to ground-level ozone formation.
Answer: Non-point source pollution. Comes from diffuse sources across farmland, not single pipes.
Answer: Nuclear power plant operations. Cooling water discharge raises nearby water temperatures.