Climate Change, Industrial Transformation, and "Development Traps"

This paper examines the possibility of environmental "development traps," or "brown poverty traps," caused by interactions between the impacts of climate change and increasing returns in the development of "clean-technology" sectors. A simple specification is used in which the economy can produce a single homogeneous consumption good with two different technologies. In the "old" sector, technology has global diminishing returns to scale and depends on the use of fossil energy that gives rise to long-lived, damaging climate change. In the "new" sector, the technology has convex-concave production and is not dependent on the polluting energy input. If the new sector does not grow fast enough to move through the phase of increasing returns, then the economy may linger at a low level of income indefinitely or it may achieve greater progress but then get driven back down to a lower level of income by environmental degradation. Stimulating growth in the new sector thus may be a key element for avoiding an environmental poverty trap and achieving higher, sustained income levels.

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Bibliographic Details
Main Authors: Toman, Michael, Golub, Alexander
Language:English
en_US
Published: World Bank, Washington, DC 2014-06
Subjects:ACCUMULATION OF CARBON, ADVERSE IMPACTS, APPROPRIATE TECHNOLOGY, ATMOSPHERE, CAPITA INCOME, CAPITAL ACCUMULATION, CAPITAL GOODS, CAPITAL INPUT, CAPITAL INVESTMENT, CAPITAL STOCK, CAPITAL STOCKS, CARBON, CARBON DIOXIDE, CARBON DIOXIDE EMISSIONS, CARBON INTENSITY, CLIMATE, CLIMATE CHANGE, CLIMATE DAMAGES, CO, CO2, CONSTANT RATE, CONSTANT RETURNS, CONSTANT RETURNS TO SCALE, CONSUMPTION INCREASES, CONVERGENCE, DAMAGES, DEBT, DEVELOPMENT ECONOMICS, DEVELOPMENT POLICY, DIMINISHING RETURNS, DIMINISHING RETURNS TO SCALE, DISCOUNT RATE, DISCOUNT RATES, ECONOMIC DEVELOPMENT, ECONOMIC DYNAMICS, ECONOMIC GROWTH, ECONOMIC THEORY, ECONOMIES OF SCALE, ECONOMISTS, ELASTICITY, EMISSION, EMISSION INTENSITY, EMISSION PERMITS, EMISSIONS, EMISSIONS INTENSITY, ENERGY USE, ENVIRONMENTAL, ENVIRONMENTAL DEGRADATION, ENVIRONMENTAL QUALITY, ENVIRONMENTAL RESOURCES, ENVIRONMENTS, EXOGENOUS PARAMETERS, EXTERNALITY, FACTORS OF PRODUCTION, FINANCIAL SUPPORT, FUTURE CONSUMPTION, GHG, GHGS, GREENHOUSE, GREENHOUSE GAS, GREENHOUSE GAS EMISSIONS, GREENHOUSE GASES, GROSS INVESTMENT, GROSS OUTPUT, GROWTH MODEL, GROWTH MODELS, GROWTH PATH, GROWTH PROBLEM, GROWTH THEORY, HUMAN CAPITAL, IMPACTS OF CLIMATE CHANGE, INCOME, INCOME LEVELS, INCOME PER CAPITA, INCREASING RETURNS, INCREASING RETURNS TO SCALE, INDUSTRIALIZATION, LABOR FORCE, LOW-CARBON, LOWER DISCOUNT RATE, MARGINAL UTILITY, NATURAL CAPITAL, NATURAL RESOURCE ECONOMICS, NATURAL RESOURCE SCARCITY, NATURAL RESOURCES, NEGATIVE IMPACT, NET OUTPUT, NUMERICAL SIMULATIONS, OPPORTUNITY COST, OPTIMIZATION, PH, POLITICAL ECONOMY, POLLUTION, POPULATION GROWTH, PP, PRESENT VALUE, PRODUCTION FUNCTION, PRODUCTION FUNCTIONS, PRODUCTION TECHNOLOGY, PRODUCTIVITY, PRODUCTIVITY OF CAPITAL, SCENARIOS, SHADOW PRICE, STRUCTURAL CHANGE, SUBSTITUTION, SUSTAINABLE DEVELOPMENT, TECHNICAL CHANGE, TECHNOLOGICAL INNOVATION, TECHNOLOGY INCREASES, TOTAL CONSUMPTION, UNCERTAINTIES, UNIT OF CAPITAL, UTILITY FUNCTION,
Online Access:http://documents.worldbank.org/curated/en/2014/06/19736812/climate-change-industrial-transformation-development-traps
https://hdl.handle.net/10986/19373
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