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This deck focuses on Total Fertility Rate, giving you a quick way to review the definitions, rules, and examples that matter most for AP Environmental Science.
Study Total Fertility Rate 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 relationship between TFR and life expectancy?
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Higher life expectancy often correlates with lower TFR. Developed societies with longer lifespans have smaller families.
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This deck focuses on Total Fertility Rate, 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: Higher life expectancy often correlates with lower TFR. Developed societies with longer lifespans have smaller families.
Answer: Cultural norms regarding family size. Social expectations and traditions shape family size decisions.
Answer: Increased female employment tends to lower TFR. Working women often delay or limit childbearing for careers.
Answer: Sub-Saharan Africa. Region has limited access to family planning and education.
Answer: It can increase TFR as families have more children to compensate. Parents have more children expecting some won't survive to adulthood.
Answer: Increased access to education for women. Education empowers women to delay childbearing and plan families.
Answer: TFR is average children per woman; Crude Birth Rate is births per 1000 people. TFR focuses on women's fertility, CBR includes entire population.
Answer: Higher TFR generally leads to population growth. When TFR exceeds replacement level, population increases.
Answer: Higher TFR generally leads to population growth. When TFR exceeds replacement level, population increases.
Answer: Tax benefits for smaller families. Financial rewards encourage families to have fewer children.
Answer: Access to maternal healthcare. Better healthcare reduces need for large families as insurance.
Answer: Cultural norms regarding family size. Social expectations and traditions shape family size decisions.
Answer: Higher poverty levels often correlate with higher TFR. Poor families may have more children as economic security.
Answer: Tax benefits for smaller families. Financial rewards encourage families to have fewer children.
Answer: Average number of children a woman is expected to have in her lifetime. This is the standard demographic definition used globally.
Answer: Access to contraception. Birth control methods allow couples to plan and limit births.
Answer: Policies can either increase or decrease TFR. Pro-natalist policies raise TFR; anti-natalist policies lower it.
Answer: Population decline. Fewer births than deaths leads to shrinking population.
Answer: Higher levels of female education. Educated women delay marriage and pursue careers before childbearing.
Answer: Urbanization tends to lower TFR. Urban living increases costs and reduces space for large families.
Answer: Delayed marriage tends to lower TFR. Later marriage reduces women's reproductive years and family size.
Answer: Approximately 2.1 children per woman. Accounts for mortality and maintains stable population size.
Answer: TFR = 2.0. Basic calculation: 1500 ÷ 750 = 2.0 children per woman.
Answer: Increased demand for educational resources. More children require schools, teachers, and educational infrastructure.
Answer: Average number of children a woman is expected to have in her lifetime. This is the standard demographic definition used globally.
Answer: Better healthcare access can reduce TFR. Healthcare reduces infant mortality, lowering need for many children.
Answer: High infant mortality rates. Parents compensate for expected child deaths by having more babies.
Answer: TFR = 2.0. Simple division: 1000 births ÷ 500 women = 2.0 children per woman.
Answer: Population aging. Low birth rates create older average population ages.
Answer: TFR = 2.0. Basic calculation: 1500 ÷ 750 = 2.0 children per woman.
Answer: Family planning can lower TFR by reducing unintended pregnancies. Access to contraception allows couples to control family size.
Answer: TFR tends to decrease as economic development increases. Wealthier societies invest more in education and family planning.
Answer: Increased environmental degradation. More people consume more resources and produce more pollution.
Answer: To estimate population growth potential. TFR helps predict future population size and structure changes.
Answer: Age structure of the population. Younger populations tend to have higher fertility rates.
Answer: TFR = 2.0. Direct calculation: 900 births ÷ 450 women = 2.0.
Answer: To estimate population growth potential. TFR helps predict future population size and structure changes.
Answer: TFR is average children per woman; Crude Birth Rate is births per 1000 people. TFR focuses on women's fertility, CBR includes entire population.
Answer: Increased female employment tends to lower TFR. Working women often delay or limit childbearing for careers.
Answer: It tends to decrease TFR. Parents need fewer children when child mortality is low.
Answer: Higher poverty levels often correlate with higher TFR. Poor families may have more children as economic security.
Answer: Family planning can lower TFR by reducing unintended pregnancies. Access to contraception allows couples to control family size.
Answer: Government support for family planning services. Provides access to contraception and family planning education.
Answer: Government support for family planning services. Provides access to contraception and family planning education.
Answer: High infant mortality rates. Parents compensate for expected child deaths by having more babies.
Answer: Better healthcare access can reduce TFR. Healthcare reduces infant mortality, lowering need for many children.
Answer: It can increase TFR as families have more children to compensate. Parents have more children expecting some won't survive to adulthood.
Answer: Approximately 2.4 children per woman. Global rate has declined from over 5 in the 1960s.
Answer: They can lead to a higher TFR. Cultural values favoring large families increase birth rates.
Answer: It tends to decrease TFR. Parents need fewer children when child mortality is low.
Answer: Access to maternal healthcare. Better healthcare reduces need for large families as insurance.
Answer: Policies can either increase or decrease TFR. Pro-natalist policies raise TFR; anti-natalist policies lower it.
Answer: Higher TFR can lead to increased resource demand. More children require more food, water, and energy resources.
Answer: They can lead to a higher TFR. Cultural values favoring large families increase birth rates.
Answer: Approximately 2.1 children per woman. Accounts for mortality and maintains stable population size.
Answer: Increased environmental degradation. More people consume more resources and produce more pollution.
Answer: Aging population. Fewer young people must support larger elderly populations.
Answer: Higher TFR can lead to increased resource demand. More children require more food, water, and energy resources.
Answer: It is the replacement level fertility for most populations. This rate maintains stable population without growth or decline.
Answer: Urbanization tends to lower TFR. Urban living increases costs and reduces space for large families.
Answer: Approximately 2.4 children per woman. Global rate has declined from over 5 in the 1960s.
Answer: It is the replacement level fertility for most populations. This rate maintains stable population without growth or decline.
Answer: Population aging. Low birth rates create older average population ages.
Answer: Access to contraception. Birth control methods allow couples to plan and limit births.
Answer: Delayed marriage tends to lower TFR. Later marriage reduces women's reproductive years and family size.