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This deck focuses on The Second Agricultural Revolution, giving you a quick way to review the definitions, rules, and examples that matter most for AP Human Geography.
Study The Second Agricultural Revolution 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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How did the development of the threshing machine impact the Second Agricultural Revolution?
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Increased efficiency in grain processing. This machine separated grain from stalks much faster than hand methods.
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This deck focuses on The Second Agricultural Revolution, 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: Increased efficiency in grain processing. This machine separated grain from stalks much faster than hand methods.
Answer: It increased food supply significantly. Revolutionary techniques dramatically increased agricultural output.
Answer: Concentrated land ownership. Enclosures consolidated small holdings into large private estates.
Answer: The seed drill. This device precisely placed seeds at optimal depths and spacing.
Answer: Increased availability of diverse foods. Greater variety and quantity of food improved nutrition and health.
Answer: They allowed for deeper tilling of soil. Deeper plowing improved soil aeration and nutrient distribution.
Answer: Many moved to cities due to mechanization. Machines replaced human labor, forcing workers to seek urban employment.
Answer: Displacement and loss of land. Enclosures concentrated land ownership among wealthy landowners.
Answer: Increased deforestation. Expansion of farmland required clearing forests for agriculture.
Answer: Increased productivity due to mechanization. Machines enabled fewer workers to produce more output per person.
Answer: Increased agricultural production led to lower food prices. Higher yields reduced costs and made food more accessible to all classes.
Answer: Led to advancements in agricultural techniques. Scientific study of soils and plants guided agricultural improvements.
Answer: The enclosure system. Consolidating scattered plots created larger, more manageable farms.
Answer: England. England pioneered innovations that spread throughout Europe and beyond.
Answer: Wheat. New cultivation methods significantly improved cereal grain production.
Answer: Increased efficiency in grain processing. This machine separated grain from stalks much faster than hand methods.
Answer: Boosted agricultural productivity and trade. Higher productivity generated surplus crops for commercial markets.
Answer: They allowed for deeper tilling of soil. Deeper plowing improved soil aeration and nutrient distribution.
Answer: The middle class. Agricultural prosperity created wealth and new commercial opportunities.
Answer: England. England pioneered innovations that spread throughout Europe and beyond.
Answer: Improved roads and canals. Better transport enabled farmers to reach distant markets efficiently.
Answer: The Leicester sheep. Selective breeding created this improved wool and meat producer.
Answer: Advancements in technology. Innovation and engineering enabled development of agricultural machinery.
Answer: Provided labor force and raw materials. Agricultural surplus enabled industrial development and urbanization.
Answer: Enhanced soil fertility and crop yields. Fertilizers replenished depleted nutrients and boosted productivity.
Answer: Increased agricultural output supported more trade. Agricultural surplus provided goods for domestic and international commerce.
Answer: Population growth. Better nutrition and food security reduced mortality rates.
Answer: 18th to 19th century. This period marked the transition from subsistence to commercial agriculture.
Answer: Increased availability of diverse foods. Greater variety and quantity of food improved nutrition and health.
Answer: Improved livestock quality and productivity. Careful breeding programs produced larger, healthier animals.
Answer: It increased food supply significantly. Revolutionary techniques dramatically increased agricultural output.
Answer: To increase agricultural productivity. This revolution focused on efficiency gains through new techniques and technologies.
Answer: The mechanized reaper. This machine accelerated harvesting and reduced labor requirements.
Answer: The seed drill. Tull's innovation revolutionized planting efficiency and crop yields.
Answer: Scientific crop management. Scientific approaches replaced traditional farming methods with proven techniques.
Answer: The four-field system. This system eliminated fallow periods while maintaining soil health.
Answer: Decreased rural populations. Agricultural mechanization reduced the need for rural workers.
Answer: It spurred urbanization by creating surplus labor. Agricultural efficiency freed workers to move to cities for industrial jobs.
Answer: To increase agricultural productivity. This revolution focused on efficiency gains through new techniques and technologies.
Answer: The middle class. Agricultural prosperity created wealth and new commercial opportunities.
Answer: Boosted agricultural productivity and trade. Higher productivity generated surplus crops for commercial markets.
Answer: Reduced need for manual labor. Mechanization displaced many agricultural workers to urban areas.
Answer: The enclosure system. Consolidating scattered plots created larger, more manageable farms.
Answer: Advancements in technology. Innovation and engineering enabled development of agricultural machinery.
Answer: Provided labor force and raw materials. Agricultural surplus enabled industrial development and urbanization.
Answer: Growth of urban populations. Rural-to-urban migration created new social structures and communities.
Answer: Increased productivity due to mechanization. Machines enabled fewer workers to produce more output per person.
Answer: Alternating crops to replenish soil nutrients. This system prevented soil exhaustion while maximizing yields.
Answer: Concentrated land ownership. Enclosures consolidated small holdings into large private estates.
Answer: Growth of urban populations. Rural-to-urban migration created new social structures and communities.
Answer: Reduced need for manual labor. Mechanization displaced many agricultural workers to urban areas.
Answer: It consolidated land for more efficient farming. Private ownership replaced common fields, enabling systematic improvements.
Answer: Scientific crop management. Scientific approaches replaced traditional farming methods with proven techniques.
Answer: The threshing machine. Meikle's machine revolutionized post-harvest grain processing efficiency.
Answer: It spurred urbanization by creating surplus labor. Agricultural efficiency freed workers to move to cities for industrial jobs.
Answer: Increased agricultural output supported more trade. Agricultural surplus provided goods for domestic and international commerce.
Answer: It increased soil fertility and yields. Rotating different crops restored nitrogen and prevented soil depletion.
Answer: Increased deforestation. Expansion of farmland required clearing forests for agriculture.
Answer: To maintain soil fertility and crop yields. This systematic rotation maximized productivity without soil degradation.
Answer: To maintain soil fertility and crop yields. This systematic rotation maximized productivity without soil degradation.