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This deck focuses on Human Population Dynamics, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Study Human Population Dynamics 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 the formula for population growth rate.
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Population Growth Rate = (Births - Deaths) / Total Population × 100. Net change expressed as percentage of total population.
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This deck focuses on Human Population Dynamics, 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: Population Growth Rate = (Births - Deaths) / Total Population × 100. Net change expressed as percentage of total population.
Answer: 35 years. Using Rule of 70: 70÷2%=35 years.
Answer: A graphical illustration of the age distribution within a population. Shows population structure by age and gender groups.
Answer: CBR = (Number of Births / Total Population) × 1,000. Standard formula for measuring births per population.
Answer: Number of infant deaths per 1,000 live births. Key indicator of healthcare quality and development.
Answer: High birth rates. Exceeds death rates, creating natural population increase.
Answer: The average number of children a woman will have in her lifetime. Key indicator of reproductive patterns and demographics.
Answer: Increased automobile use. Car-dependent development spreads cities outward unnecessarily.
Answer: Decreases population size. Removes individuals from the existing population.
Answer: Approximately 8 billion. Reached this milestone in late 2022.
Answer: 5%. (100−50)÷1000×100=5%.
Answer: Resource depletion. Results from exceeding environmental carrying capacity.
Answer: Increased healthcare costs. Larger elderly population requires more medical services.
Answer: Low birth and death rates. Indicates completed demographic transition stage.
Answer: 10 deaths per 1,000 individuals. (30÷3000)×1000=10 per 1,000.
Answer: Increased competition for resources. Limited space intensifies competition for basic needs.
Answer: The uncontrolled expansion of urban areas. Low-density development consumes excessive land resources.
Answer: Number of infant deaths per 1,000 live births. Key indicator of healthcare quality and development.
Answer: Natural disasters. Affects populations regardless of their density levels.
Answer: High birth rates. Exceeds death rates, creating natural population increase.
Answer: Per 1,000 individuals per year. Standard demographic measurement for comparison purposes.
Answer: CDR = (Number of Deaths / Total Population) × 1,000. Standard formula for measuring deaths per population.
Answer: Number of individuals per unit area or volume. Measures crowding and resource competition intensity.
Answer: Doubling Time (years) = 70 / Growth Rate (%). Estimates time for population to double at constant growth rate.
Answer: The average number of children a woman will have in her lifetime. Key indicator of reproductive patterns and demographics.
Answer: Approximately 8 billion. Reached this milestone in late 2022.
Answer: Population aging. Fewer births create disproportionately older population structure.
Answer: Industrialization. Creates jobs and economic opportunities in cities.
Answer: The difference between immigration and emigration per 1,000 individuals. Measures net population change from migration patterns.
Answer: Rapid population growth. Large base shows many young, reproductive individuals.
Answer: The uncontrolled expansion of urban areas. Low-density development consumes excessive land resources.
Answer: Natural disasters. Affects populations regardless of their density levels.
Answer: The difference between immigration and emigration per 1,000 individuals. Measures net population change from migration patterns.
Answer: Approximately 2.1. Accounts for infant mortality and demographic factors.
Answer: The maximum population size an environment can sustain indefinitely. Determined by available resources and environmental limits.
Answer: Healthcare access. Medical care quality directly affects survival rates.
Answer: Doubling Time (years) = 70 / Growth Rate (%). Estimates time for population to double at constant growth rate.
Answer: CBR = (Number of Births / Total Population) × 1,000. Standard formula for measuring births per population.
Answer: Genetic mutation. Demographic factors focus on births, deaths, and migration patterns.
Answer: Healthcare access. Medical care quality directly affects survival rates.
Answer: Increases population size. Adds individuals to the existing population.
Answer: Population aging. Fewer births create disproportionately older population structure.
Answer: Disease. Effects intensify as population density increases.
Answer: Genetic mutation. Demographic factors focus on births, deaths, and migration patterns.
Answer: Loss of natural habitats. City expansion destroys ecosystems and wildlife areas.
Answer: 25 births per 1,000 individuals. (50÷2000)×1000=25 per 1,000.
Answer: Stable population. Equal birth and death rates maintain constant size.
Answer: Loss of natural habitats. City expansion destroys ecosystems and wildlife areas.
Answer: Approximately 2.1. Accounts for infant mortality and demographic factors.
Answer: 25 births per 1,000 individuals. (50÷2000)×1000=25 per 1,000.
Answer: Indicator of poor health conditions. Reflects inadequate prenatal and infant healthcare systems.
Answer: Stable population. Equal birth and death rates maintain constant size.
Answer: 20 births per 1,000 individuals. 20÷1000×1000=20 per 1,000.
Answer: The average number of children a couple must have to replace themselves. Maintains stable population size over generations.
Answer: Per 1,000 individuals per year. Standard demographic measurement for comparison purposes.
Answer: Resource depletion. Results from exceeding environmental carrying capacity.
Answer: Increased competition for resources. Limited space intensifies competition for basic needs.
Answer: Number of individuals per unit area or volume. Measures crowding and resource competition intensity.
Answer: The maximum population size an environment can sustain indefinitely. Determined by available resources and environmental limits.
Answer: Rapid population growth. Large base shows many young, reproductive individuals.
Answer: The average number of children a couple must have to replace themselves. Maintains stable population size over generations.
Answer: Industrialization. Creates jobs and economic opportunities in cities.
Answer: 35 years. Using Rule of 70: 70÷2%=35 years.
Answer: Indicator of poor health conditions. Reflects inadequate prenatal and infant healthcare systems.
Answer: A graphical illustration of the age distribution within a population. Shows population structure by age and gender groups.
Answer: 20 births per 1,000 individuals. 20÷1000×1000=20 per 1,000.
Answer: The shift from high birth and death rates to low birth and death rates. Occurs as societies develop economically and socially.
Answer: Disease. Effects intensify as population density increases.
Answer: Low birth and death rates. Indicates completed demographic transition stage.
Answer: Increased healthcare costs. Larger elderly population requires more medical services.
Answer: CDR = (Number of Deaths / Total Population) × 1,000. Standard formula for measuring deaths per population.
Answer: 5%. (100−50)÷1000×100=5%.
Answer: Increased automobile use. Car-dependent development spreads cities outward unnecessarily.