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This deck focuses on Consequences Of Agricultural Practices, giving you a quick way to review the definitions, rules, and examples that matter most for AP Human Geography.
Study Consequences Of Agricultural Practices in AP Human Geography 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 consequence of agricultural land conversion for housing?
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Loss of arable land. Development permanently removes productive farmland from food production.
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This deck focuses on Consequences Of Agricultural Practices, giving you a quick way to review the definitions, rules, and examples that matter most for AP Human Geography.
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: Loss of arable land. Development permanently removes productive farmland from food production.
Answer: Antibiotic resistance. Overuse creates bacteria that survive antibiotic treatments.
Answer: Nutrient depletion. Growing single crops repeatedly exhausts specific soil nutrients.
Answer: Mulching. Organic cover reduces evaporation and protects soil moisture.
Answer: Eutrophication. Excess nutrients cause algae blooms that deplete water oxygen.
Answer: Urban sprawl. Development expands outward from cities, consuming agricultural land.
Answer: Reduced crop yields. Fewer bees and insects means less pollination for fruit and seed crops.
Answer: Habitat disruption. Farming near waterways destroys aquatic habitats and breeding grounds.
Answer: Livestock farming. Cattle and other animals produce methane, a potent greenhouse gas.
Answer: Reduced agricultural productivity. Poor soil quality reduces crop yields and farm profitability.
Answer: Water contamination. Improper disposal of manure and chemicals pollutes nearby water sources.
Answer: Improves soil fertility. Alternating crops restores nutrients and breaks pest cycles.
Answer: Nutrient pollution. Fertilizers and pesticides run off into streams and groundwater.
Answer: Habitat disruption. Farming near waterways destroys aquatic habitats and breeding grounds.
Answer: Buffer strips. Vegetation along waterways filters out chemicals before they reach streams.
Answer: Rural depopulation. Mechanization reduces need for farm workers, driving migration to cities.
Answer: Improves soil fertility. Alternating crops restores nutrients and breaks pest cycles.
Answer: Increased inequality. New technologies often benefit large farms more than small operations.
Answer: Price inflation. Crop failures reduce supply, driving up food prices globally.
Answer: Market distortion. Government payments artificially alter crop prices and production decisions.
Answer: Gene transfer to wild species. Modified genes can spread to related wild plants through pollination.
Answer: Respiratory problems. Chemical exposure can cause lung damage and breathing difficulties.
Answer: Reduction in carbon storage. Converting natural areas eliminates plants that absorb atmospheric carbon.
Answer: Market distortion. Government payments artificially alter crop prices and production decisions.
Answer: Nutrient pollution. Fertilizers and pesticides run off into streams and groundwater.
Answer: No-till farming. Avoiding soil disturbance keeps carbon stored in the ground.
Answer: Livestock farming. Cattle and other animals produce methane, a potent greenhouse gas.
Answer: Methane emissions. Flooded rice fields create conditions for methane-producing bacteria.
Answer: Reduced agricultural productivity. Poor soil quality reduces crop yields and farm profitability.
Answer: Agroforestry. Combining trees with crops creates habitat for multiple species.
Answer: Increased pesticide use. Higher production demands require more chemical inputs and treatments.
Answer: Increased pesticide use. Higher production demands require more chemical inputs and treatments.
Answer: Respiratory problems. Chemical exposure can cause lung damage and breathing difficulties.
Answer: Decreased water table. Intensive irrigation and pumping lowers groundwater levels.
Answer: Biodiversity loss. Chemicals intended for pests also harm beneficial insects and wildlife.
Answer: Integrated pest management. Combines biological controls with targeted chemical use when needed.
Answer: Price inflation. Crop failures reduce supply, driving up food prices globally.
Answer: Deforestation. Burning vegetation clears land but destroys forest ecosystems.
Answer: Reduced crop yields. Fewer bees and insects means less pollination for fruit and seed crops.
Answer: Soil compaction. Heavy equipment weight compresses soil, reducing root penetration.
Answer: Loss of arable land. Development permanently removes productive farmland from food production.
Answer: Soil erosion. Too many animals remove vegetation, exposing soil to wind and water.
Answer: Irrigation. Water evaporation leaves salt deposits that harm plant growth.
Answer: Decreased water table. Intensive irrigation and pumping lowers groundwater levels.
Answer: Rural depopulation. Mechanization reduces need for farm workers, driving migration to cities.
Answer: Mulching. Organic cover reduces evaporation and protects soil moisture.
Answer: Loss of biodiversity. Clearing forests removes habitats and reduces species variety.
Answer: Contour plowing. Plowing across slopes slows water flow and reduces soil loss.
Answer: Eutrophication. Excess nutrients cause algae blooms that deplete water oxygen.
Answer: Loss of biodiversity. Clearing forests removes habitats and reduces species variety.
Answer: Altered growing seasons. Rising temperatures and changing rainfall affect crop timing.
Answer: Overcultivation. Intensive farming on marginal land degrades soil until unusable.
Answer: Altered growing seasons. Rising temperatures and changing rainfall affect crop timing.
Answer: No-till farming. Avoiding soil disturbance keeps carbon stored in the ground.
Answer: Methane emissions. Flooded rice fields create conditions for methane-producing bacteria.
Answer: Loss of small farms. Corporate farming consolidates land, displacing family operations.
Answer: Water contamination. Improper disposal of manure and chemicals pollutes nearby water sources.
Answer: Increased competition. International trade forces local farmers to compete with global producers.
Answer: Job displacement. Machines replace human labor, reducing rural employment opportunities.
Answer: Integrated pest management. Combines biological controls with targeted chemical use when needed.
Answer: Increased particulate matter. Tilling and machinery create dust that reduces air quality.
Answer: Increased inequality. New technologies often benefit large farms more than small operations.
Answer: Soil compaction. Heavy equipment weight compresses soil, reducing root penetration.
Answer: Agroforestry. Combining trees with crops creates habitat for multiple species.
Answer: Contour plowing. Plowing across slopes slows water flow and reduces soil loss.