Derek Caelin is writing a book
@derek@social.coop  ·  activity timestamp 2 days ago
The "standard" world model run assumes no major change in the physical, oconomic, or social relationships that have historically governed the de- velopment of the world system. All variables plotted here follow historical values trom 1900 to 1970. Food, industrial output, and population grow exponentially until the rapidly diminishing resource base forces a siowdown in industrial growth. Because of natural delays in the system, both population and pollution continue to increase for some time after the peak of industrialization. Population growth is finally halted by a rise in the death rate due to decreased food and medical services.
The "standard" world model run assumes no major change in the physical, oconomic, or social relationships that have historically governed the de- velopment of the world system. All variables plotted here follow historical values trom 1900 to 1970. Food, industrial output, and population grow exponentially until the rapidly diminishing resource base forces a siowdown in industrial growth. Because of natural delays in the system, both population and pollution continue to increase for some time after the peak of industrialization. Population growth is finally halted by a rise in the death rate due to decreased food and medical services.
The "standard" world model run assumes no major change in the physical, oconomic, or social relationships that have historically governed the de- velopment of the world system. All variables plotted here follow historical values trom 1900 to 1970. Food, industrial output, and population grow exponentially until the rapidly diminishing resource base forces a siowdown in industrial growth. Because of natural delays in the system, both population and pollution continue to increase for some time after the peak of industrialization. Population growth is finally halted by a rise in the death rate due to decreased food and medical services.
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