Table of contents:
- Background
- J Forester’s System dynamic concept and World1 & World 2 report
- The Club of Rome
- The Limit to Growth
Background
There was/are visible
natural resource depletion after industrialization, population
explosion, and urbanization. During 1960 there was counter
thinking against the un-intellectual industrialization,
urbanization, deforestation, environmental degradation, resource depletion, and
population explosion.
J Forester’s System dynamic
concept and World1 & World 2 report
In counter
thinking, J. Forester was the first who published the book "World
dynamics" in 1970 and via this book raised many warnings against
industrialization unchecked environmental degradation. He also published "Industrial dynamics" in 1961 and "Urban Dynamics" in 1969.
The
Club of Rome:
The club of Rome was formed
in 1968 in Rome. To study the common futures of earth and J forester research
paper.
In 1972, the club of Rome was framed for the continuation of J. Forester's
work. A seminar paper was released called "limit to growth". In
this paper, a detailed analysis was done on mankind's sustainability and whether
mankind will sustain it in the long run or not. The club of Rome also did a
detailed study on Malthus's theory on population and gave a report on world
resources and the ability to absorb pollution.
What is the limit to
growth?
- Limit of growth theory says nature had set a limit beyond the limit development cannot possible.
- The limit to growth model was developed by Meadows on the basis of the system dynamic principle.
The following are the Model
Details:
The basic assumption in this model:
- We have limited resources available on
earth.
- Limited agricultural land
- Earth has a limited capacity to consume the
pollution
- The model also gives the importance of technology
& innovation to change productivity.
- The model does not give much importance to
recycling & pollution control mechanism
There are five variables or input used in
this model:
- Population
- Pollution
- Per capita food availability
- Per capita industrial production
- Natural resources or non-renewable resources
The output will differ with
Changes in these five variables. For example,
- if the population is increasing then per capita
food availability will decrease.
- If industrial production is increasing then
pollution will be increasing.
Five sequences run had been made on the basis of these
five variables:
Run 1: The world with current standard variables:
- The following outputs are found:
- Increase in industrialization
- Loss of economic system
- Increase in capital expenditure
- Resources scarcity leads to the collapse of the
world system.
Run
2: Doubled natural resources
Due to the decrease in
resources in the first run, in this run resources, are tried to increase through
innovation & technology. Outcomes were:
- Pollution increases because of high industrial
production
- Death rate increases because of high population
growth and a decrease in food availability,
- Double Resources were only sufficient for a
few years, as a result, the collapse of the world system
Run
3: Assumed unlimited natural resources and pollution control measurement was
taken
- The world system collapses due to food scarcity because agriculture production has a limited capacity produce.
- Pollution problems still persist
Run
4: Assumed unlimited natural resources, pollution control, and high food
productivity
- The world system collapsed due to the high pollution level due to the very large number of industries.
- Collective pollution was very high, as the resulting
environment degraded
Run
5. No assumption of unlimited resources & assumed rational growth
- This run earth was considered an isolated region,
due to the isolation generation capacity of resources, foods etc were
decreased.
- As the result, again world system collapses
Importance of Limit to
growth:
- The sustainable development concept was
developed
- This theory forced people to think about
environmental degradation.
Criticism
of the limit to growth
- The population does not increase continuously as the model assumed, pollution decrease with economic growth.
- Food security can be ensured with new innovations.
- The alternative minerals and resources can be developed through innovation
Try to solve the following questions:
- Discuss in brief the main thesis in "Limit to Growth"(1972) and also provide a critique of the same. (200 words, 15 marks)
You may like also:
- Growth pole theory of Boudeville
- R.P Mishra's theory of regional planning
- Growth centers and growth poles
- Growth pole theory by Perroux
- SYSTEM ANALYSIS IN GEOGRAPHY
- MALTHUSIAN THEORY OF POPULATION
- MARXIST THEORY ON POPULATION GROWTH
- DEMOGRAPHIC TRANSITION THEORY
- CENTRAL PLACE THEORY BY CHRISTALLER
- DIFFERENCE BETWEEN CHRISTALLER AND LOSCH ON CENTRAL PLACE THEORY
- GROWTH POLE THEORY BY PERROUX AND BOUDEVILLE
- VON THUNEN MODEL OF AGRICULTURE
- WEBER'S MODEL OF INDUSTRIAL LOCATION
- ROSTOW'S STAGES OF GROWTH IN GEOGRAPHY
- BOUNDARY AND FRONTIER IN GEOGRAPHY
- Heartland theory of Mackinder
- Rimland theory of Spykman
- The limits to growth
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