The Limits to Growth: A Report for the Club of Rome's Project on the Predicament of Mankind, Part 1New York: Universe Books, [1972]. |
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Page 44
... population and industrial capital , we must know something more about the other factors in the world that interact with the population - capital system . We shall begin by asking a very basic set of questions . Can the growth rates of ...
... population and industrial capital , we must know something more about the other factors in the world that interact with the population - capital system . We shall begin by asking a very basic set of questions . Can the growth rates of ...
Page 162
... POPULATION AND CAPITAL B food per capita 888 о D 03 D3 S 33 3 co co cac ca 63 population industrial output per capita pollution resources یی S ut , S B Restriction of capital growth , by requiring that capital investment equal ...
... POPULATION AND CAPITAL B food per capita 888 о D 03 D3 S 33 3 co co cac ca 63 population industrial output per capita pollution resources یی S ut , S B Restriction of capital growth , by requiring that capital investment equal ...
Page 171
... population and capital stock to increase ( high desired family size , low birth control effectiveness , high rate of capital investment ) and those causing population and capital stock to decrease ( lack of food , pollution , high rate ...
... population and capital stock to increase ( high desired family size , low birth control effectiveness , high rate of capital investment ) and those causing population and capital stock to decrease ( lack of food , pollution , high rate ...
Contents
TABLES page | 16 |
FIGURES FIGURE 1 Human Perspectives page | 19 |
The Nature of Exponential Growth page | 25 |
Copyright | |
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agricultural capital amount arable land assumption average lifetime basic behavior modes billion birth control birth rate capital growth chromium Club of Rome collapse constant cost death rate decrease delays depreciation rate desired birth rate desired family doubling dynamic earth economic growth energy environment exponential growth exponentially increasing factors fertility figure 35 food per capita food production future global equilibrium GNP per capita goal graph Green Revolution growth rate hectares income indicate industrial capital industrial output known reserves limits to growth mankind mortality nations negative feedback loop nonrenewable resources output per capita overshoot percent policies pollution control population and capital population and industrial population growth positive feedback loop present problems recycling relationship resource consumption resource reserves result rise services per capita shown in figure side-effects social SOURCE stability tion USSR wastes whales world average world model world population world system