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This deck focuses on Introduction To Sustainability, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Study Introduction To Sustainability 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 deforestation on sustainability?
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Reduces biodiversity and increases carbon emissions. Removes carbon storage and habitat, disrupting ecosystems.
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This deck focuses on Introduction To Sustainability, 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: Reduces biodiversity and increases carbon emissions. Removes carbon storage and habitat, disrupting ecosystems.
Answer: Zero waste principle. Aims for complete elimination of waste through design.
Answer: To inform consumers about the environmental impact. Labels help consumers make environmentally conscious purchases.
Answer: Life cycle assessment (LCA). Evaluates environmental impacts throughout a product's lifecycle.
Answer: Economic, social, and environmental factors. The triple bottom line balances people, planet, and profit.
Answer: Raises awareness and promotes sustainable practices. Knowledge empowers individuals to make sustainable choices.
Answer: Meeting present needs without compromising future generations. This is the Brundtland Commission's foundational definition from 1987.
Answer: Misleading claims about environmental benefits. Companies falsely market products as environmentally friendly.
Answer: Insulation. Reduces heat loss and lowers heating/cooling demands.
Answer: Misleading claims about environmental benefits. Companies falsely market products as environmentally friendly.
Answer: Rainwater harvesting. Collects precipitation for later use, reducing demand.
Answer: Reduces energy costs and consumption. Using less energy saves money and reduces emissions.
Answer: Reusing and recycling materials. Keeps materials in use longer, reducing waste streams.
Answer: Aluminum. High recycling rate saves energy and reduces mining needs.
Answer: Smart growth. Compact development reduces sprawl and infrastructure needs.
Answer: Using resources efficiently to minimize waste. Meets needs while reducing environmental impact per unit.
Answer: Creating more value with less environmental impact. Maximizes economic output while minimizing resource use.
Answer: Improves air quality. Plants filter pollutants and produce oxygen naturally.
Answer: Maximum population size an environment can sustain. Population exceeding this limit leads to resource depletion.
Answer: Selective logging. Harvests specific trees while maintaining forest structure.
Answer: Climate change. Rising temperatures threaten ecosystems and human systems.
Answer: Depletion of fish stocks. Exceeds reproductive capacity, threatening marine ecosystems.
Answer: Public transit. Shared mobility reduces per-capita emissions and congestion.
Answer: Fossil fuels. Formed over millions of years and consumed faster than replenished.
Answer: Harvesting without depleting resources. Extraction rate matches natural regeneration capacity.
Answer: To limit global warming to below 2°C. International climate accord targeting greenhouse gas reduction.
Answer: Harvesting without depleting resources. Extraction rate matches natural regeneration capacity.
Answer: Ability to recover from environmental disturbances. Systems maintain function despite shocks or stresses.
Answer: Ecosystem-based management. Considers whole ecosystems rather than individual components.
Answer: Transportation. Moving people and goods produces significant greenhouse gases.
Answer: Climate change. Rising temperatures threaten ecosystems and human systems.
Answer: Capacity of an area to generate renewable resources. Measures land's ability to support human consumption patterns.
Answer: Measure of human demand on Earth's ecosystems. Compares resource use to Earth's regenerative capacity.
Answer: Ability to recover from environmental disturbances. Systems maintain function despite shocks or stresses.
Answer: To produce food without degrading natural resources. Maintains long-term soil fertility and ecosystem health.
Answer: Crop rotation. Alternating crops prevents soil depletion and pest buildup.
Answer: Improves air quality. Plants filter pollutants and produce oxygen naturally.
Answer: Zero waste principle. Aims for complete elimination of waste through design.
Answer: Supports ecosystem services and resilience. Greater diversity increases ecosystem stability and function.
Answer: Fair treatment of all people in environmental policies. Prevents disproportionate environmental burdens on communities.
Answer: Defined sustainable development. 1987 report established the modern sustainability framework.
Answer: To inform consumers about the environmental impact. Labels help consumers make environmentally conscious purchases.
Answer: Crop rotation. Alternating crops prevents soil depletion and pest buildup.
Answer: Total greenhouse gas emissions caused by an entity. Includes direct and indirect emissions from all activities.
Answer: Solar energy. Naturally replenished and doesn't deplete with use.
Answer: Meeting present needs without compromising future generations. This is the Brundtland Commission's foundational definition from 1987.
Answer: Wind energy. Harnesses natural forces without depleting resources.
Answer: Intergenerational equity. Ensures current actions don't harm future generations' rights.