The "solution" to overpopulation would essentially be getting the crude Birth Rate to equal (or become lesser) than the crude Death Rate. As such, the natural increase rate would reach what's called zero population growth (ZPG). The question you're asking is how do we reach ZPG?
Well there are two ways: Increase the death rates, or lower the birth rates.
Few people wish to see the former applied, leaving the latter as the only alternative. This is where the debate is - what is the best way to reduce birth rates? One alternative emphasizes reliance on economic development and the other on distribution of contraceptives.
1) Economic Development Alternative
A wealthier community has more money to spend on educaton and health-care programs that would lower birth rates. According to this method, women who receive more education stay in school longer, are more likely to learn employment skills, and gain more economic control over their lives. With better education, women would make more informed decisions regarding their reproductive choices and selecting contraceptives.
2) Distribution of Contraceptives
In the long run (and over a huge amount of time), economic development would promote lower birth rates (look at the evolution of the U.S. from the 1700s to modern day and compare with birth rates) but the world does not have this much time. Allocating resources in family-planning programs could reduce birth rates rapidly (look at Colombia, Morocco, and Thailand for evidence). Another example would be Bangladesh, which has seen little improvement in their economy, but with the increase of contraceptive use, their birth rate has in fact declined.
But again there are problems that arise from this "solution". Many groups of people oppose contraceptive and birth-control programs for religious and political reasons.
China seems to think that restricting couple to one baby is a good method, in theory, if it worked it should reduce the population by half before the next generation, however apparently many Chinese families would much rather have a boy, so dump baby girls in orphanages or wherever, and so the population would not decrease as much as expected as the couples would then try again to get a boy.
Another solution could be to cut off increases in benefits after a certain number of children, so for example if a person with x number of children had one more, their benefits would not increase for child x+1. This could help because it seems some families have a very large number of children purely to get more money. You might say that's unfair on families who have children just because they wanted a large family, however they shouldn't be having loads and loads of children if they can't provide for them themselves, you could say.
Alternatively, governments could decrease the benefits increases by x% for each child after, say, two or three children, so it would not be worth having that 9th or 10th child to increase your benefits as they would only be worth a couple of pounds/dollars extra and would probably cost more than that.
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Logistic growth
Logistic growth
Exponential growth may occur in environments where there are few individuals and plentiful resources but when the number of individuals become large enough resources will be depleted slowing the growth in exponential growth.
The population growth curve of humans typically follows an S-shaped curve, showing slow growth initially, followed by a period of rapid growth, and then tapering off as it reaches carrying capacity. In contrast, the population growth curve of bacteria on a petri dish shows exponential growth, where the population continuously and rapidly increases without reaching a plateau due to unlimited resources in the artificial environment.
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Geographers study population trends to understand how human populations are distributed, how they are growing or declining, and the impacts of these trends on the environment and society. This helps in making informed decisions about resource allocation, urban planning, and sustainable development. It also provides insights into social, economic, and political dynamics at different scales.
The initial growth of a population is called a growth spurt. In logistic population growth, the population grows at a steady pace.
A business cycle
point C
Stop trying to get answers for your assignment online and read the textbook.
Population: 60,642,308 population growth rate: .42%
Exponential growth may occur in environments where there are few individuals and plentiful resources but when the number of individuals become large enough resources will be depleted slowing the growth in exponential growth.