World Dynamics |
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Page 32
Initial values are here estimated for starting the world model in the year 1900 .
Population for 1900 will be set at 1 . 65 billion people ( the American usage is
one billion equal to 1 , 000 , 000 , 000 ) . 1 , L . 1 . 1 . N 1. * For the reader ' s ...
Initial values are here estimated for starting the world model in the year 1900 .
Population for 1900 will be set at 1 . 65 billion people ( the American usage is
one billion equal to 1 , 000 , 000 , 000 ) . 1 , L . 1 . 1 . N 1. * For the reader ' s ...
Page 38
The upper right end of the curve is nearly level because initial depletion of
resources probably does not have much effect on availability of the remainder .
Through the middle region , the curve is steep . At the left end , the curve again
flattens ...
The upper right end of the curve is nearly level because initial depletion of
resources probably does not have much effect on availability of the remainder .
Through the middle region , the curve is steep . At the left end , the curve again
flattens ...
Page 50
An initial value is needed for capital investment in the year 1900 . We assume
here that the capital investment per capita in 1900 was 0 . 25 unit per person
compared to the 1970 value of 1 unit per person . Because the initial value of ...
An initial value is needed for capital investment in the year 1900 . We assume
here that the capital investment per capita in 1900 was 0 . 25 unit per person
compared to the 1970 value of 1 unit per person . Because the initial value of ...
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Contents
Introduction | 1 |
Structure of the World System | 17 |
A World Model Structure and Assumptions | 31 |
Copyright | |
5 other sections not shown
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Common terms and phrases
accumulation action actual agriculture appear assumed assumptions average become behavior billion birth rate capital investment Capital-investment cause Chapter consequences continue created crowding curve death rate decline defined depends described developed discard discussed dynamic effect environment equations equilibrium examine existing expect factors falling Figure food production food ratio food supply forces fraction further future gives greater grow growth higher improve increase indicated industrialization influence initial land less limit LOGICAL FUNCTION loop lower material standard means mode MULTIPLIER DIMENSIONLESS natural resources natural-resource needed normal NREM occurs person policies pollution crisis pollution ratio POLR population possible PRESENT ORIGINAL pressures probably processes rate normal RATIO DIMENSIONLESS reaches reduced relationship remaining represents result rise sector shortage shown shows social systems space standard of living stop structure suppressed TABLE taken tion UNITS usage variable world system