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Environmental Economics
Environmental economics loosely defines a body of academic research that applies the values and tools of mainstream economics to the task of integrating the environment in economic decision making. Originating mostly in the 1960s and 1970s, environmental economics developed simultaneous to an emerging public awareness of environmental crisis. Unlike much of the environmental movements around the globe, however, environmental economics has deliberately stayed away from more fundamental philosophical questions about the interaction between humans and nature, and instead concentrated on the practical requirements of policy analysis and recommendations within the given economic and political context. Environmental economics, in this sense, also needs to be contrasted to competing schools of economics such as ecological economics and green economics, both of which deviate substantially from the premises of mainstream economic thinking.
When it comes to the environment and public welfare in general, the market reveals major flaws: it ordinarily does not account for “external” costs, or costs that are not directly part of a market transaction (e.g., pollution caused by coal-fired power plants is not part of the cost of producing and selling energy). A critical component of environmental economics has been to develop systems and models that allow economists to assign prices (“valuation”) to previously unappraised but scarce (external) environmental resources such as clean water or clean air.
Origins
Sometime between the early 1960s and the late 1980s, people in large numbers began to realize that the world faced an environmental problem. Though there continues to be much debate about the nature and scale of the problem, many citizens of industrialized nations remember specific incidents that forever buried the comfortable notion that the world's resources were unlimited, and humankind's actions too insignificant to spoil our ecosystem—a nuclear test extinguishing all life of a small island; a shoreline fouled up by an oil spill; thick smog sickening thousands of urban residents. In American history, Cleveland's Cuyahoga River became the poster child for the birth of environmental awareness—a river so contaminated with industrial waste that it self-ignited on June 22, 1969, burning for days. But whatever the problem—pollution, deforestation, global warming, depletion of the ozone layer—a growing realization began to emerge: the environment was central to society's well-being. As described in more detail below, this was true whether one chose to examine the environmental crisis using logic, hard science, subjective feelings of wellness, or economic cost-benefit analyses.
Economics and the Environment
A key concept in all debates about the environment is “growth”—growth of populations, economic output, and consumption. Due to the explosion of productive capacities in the wake of the industrial revolution, humans have managed to use up more resources since 1945 than in all of prior human history combined. Solid economic growth rates (in both capitalist and communist nations) were generated by increases in production and consumption of goods and services—much of which was resource intensive. Improvements in standards of living became virtually synonymous with increased use of resources—“better” became virtually synonymous with “bigger” and “more.”
Indeed, the idea that economic growth is good, and that more growth is better, has been, and still is, widely celebrated—by citizens and economists alike. Since the very beginnings of the discipline, “growth” has made up the basic rationale for modern economics; it is what politicians and business leaders the world over strive for; it is the one and only parameter that informs our key economic indicators (the national income and product accounts, like gross domestic product [GDP]); it is widely perceived as the key indicator for measuring standards of living; and economists see it as an essential ingredient not only of success, but of the very survival of modern economic systems.
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