Creating an Ecological Society. Chris Williams
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At the same time, the discovery in the nineteenth century of the concept of metabolism in cell physiology and its spread to other fields, coupled with the rise of thermodynamics, pointed within science to the rise of a more unified organic view of what Blake and many others had metaphorically called the “Web of Life.”9 Among the first to see the larger implications of the concept of metabolism was Marx, who defined the labor process as the “social metabolism,” thereby tying the critique of alienation of labor and the alienation of nature under capitalism, to a materialist-scientific worldview.10 Aspects of this developing ecological view are to be found in the work of the zoologist Ray Lankester, Darwin and Thomas Huxley’s protégé and Marx’s close friend. But it was not until Arthur G. Tansley, Lankester’s student, introduced the concept of ecosystem in 1935, drawing on sources as diverse as Lucretius in ancient materialism and Marxian conceptions of science, that the critical-dialectical potential of ecology came to the fore. “Ecology,” Tansley argued, “must be applied to conditions brought about by human activity.”11
Tansley’s ecosystem analysis was introduced in part as a critical-materialist response to idealist and racist conceptions of ecology prevalent in his time.12 The emerging ecosystem critique, however, was drowned out by other developments. In the late 1930s and 1940s a general conflagration ensued in the form of the Second World War. In the aftermath of the war, faith in the power of science and technology was at its height, and with it the belief in “human exemptionalism.”13 Nothing could have been further from the popular mind of the immediate postwar period than the notion of natural limits. Yet it was in this same period, which we now associate with the Great Acceleration and the emergence of the Anthropocene epoch, that ecology began to come into its own, both as an integrative science and as a critical standpoint on the development of capitalist society.14 The first great ecological revolt of the postwar period was the struggle of scientists internationally in the 1950s against aboveground nuclear testing. Hence, it is no accident that the Partial Nuclear Test Ban Treaty, which was the eventual result of this scientific revolt, in which figures like Albert Einstein, Linus Pauling, and Barry Commoner played important roles, was finally concluded around the time of the publication of Rachel Carson’s Silent Spring—usually thought of as signaling the rise of the modern ecology movement. Carson applied the new specters of bioaccumulation and biomagnification of radiation (the processes whereby toxins accumulate within organisms and then are magnified at higher levels of the food web) to the way in which this was also manifested by synthetic chemicals in pesticides (which she called “biocides”)—with both the nuclear and biocide threats having emerged out of scientific advances within war industry.15
Of greater long-run significance perhaps than Silent Spring itself was Carson’s 1963 speech, “The Pollution of Our Environment,” in which she introduced the concepts of ecology and ecosystem to the U.S. public.16 Within a decade, ecology took off as both a scientific field and as a social-political movement, each feeding on the other. This was evident in the appearance of a whole issue of Scientific American in 1970, introducing the concept of the biosphere to the wider population, and by the publication in the following year of Commoner’s The Closing Circle—the first in a series of pathbreaking works, which included The Poverty of Power (1976) and Making Peace with the Planet (1990). In this analysis, Commoner brought together the critique of the capitalist ecology and the critique of the capitalist economy. “If the environment is polluted and the economy is sick,” he wrote in Making Peace with the Planet, “the virus that causes both will be found in the system of production.”17
As David R. Keller and Frank Golley explain in The Philosophy of Ecology, “ecology is a science of synthesis”—directed at a world of widening ecological rifts. Ecology, they write,
is captivating due to the sheer comprehensiveness of its scope and complexity of its subject matter; ecology addresses everything from the genetics, physiology, and ethology of animals (including humans) to watersheds, the atmosphere, geologic processes, and influences of solar radiation and meteor impacts—in short, the totality of nature….
The word ecology connotes “ecological worldview.” An ecological worldview emphasizes interaction and connectedness. The theme can be developed in several ways:
1. All living and nonliving things are integral parts of the biospherical web (ontological connectedness).
2. The essence or identity of a living thing is an expression of connections and context (internal relations).
3. To understand the makeup of the biosphere, connections and relations between parts must be considered, not just the parts themselves (holism).
4. All life forms—including Homo sapiens—result from the same processes (naturalism).
5. Given the affinities between humans and nonhumans, nonhuman nature has value above and beyond instrumental, resource utility for human beings (nonanthropocentrism).
6. Humans have caused serious negative impacts (pollution, anthropogenic extinction) on the earth, leading to the need for environmental ethics.18
In short, ecology raises the kinds of complex and interconnected relations and contradictions in the human interface with the web of life that is traditionally associated with a materialist-dialectical worldview.19 It should not be surprising, therefore, that although ecology was for decades viewed exclusively as a specialized scientific pursuit, the concept has now taken on a popular, political meaning related to environmentalism. Yet the science of ecology and the politics of ecology, while different, have come to feed into each other in present-day society, since the science itself points continually to anthropogenic rifts in natural processes and the degradation of ecosystems (and increasingly the Earth system), resulting from human production.
In the Anthropocene, we live in an age where the implications of ecological science are radical—often more radical than mainstream environmentalism itself, which is trapped in the purely incremental, ameliorative social status quo. Figures like Rachel Carson, Barry Commoner, and the late Richard Levins, as well as many others, thus point toward the need for social-system change on a massive scale. For Carson, speaking in terms the ancient Greeks would undoubtedly have understood: “The modern world worships the gods of speed and quantity, and of the quick and easy profit, and out of this idolatry monstrous evils have arisen.”20 Marx, observing the emergence of ecological concerns within soil science in his day, called this “an unconscious socialist tendency,” in the sense that it pointed to the need for a shift to a society governed by the associated producers, which would rationally regulate the metabolism of humanity and nature.21
Magdoff and Williams are among the foremost heirs to this broad heritage of ecological thought within science and social criticism. Magdoff is by profession a soil scientist and ecologist. Williams is a science educator. Both have wide backgrounds as well in the critique of capitalist political economy. Magdoff is coauthor of The Great Financial Crisis (2009) and What Every Environmentalist Needs to Know About Capitalism (2011)—both with the present author. Williams is the author of Ecology and Socialism (2010).22 Both exemplify the new tradition of ecosocialism, rooted in a natural-scientific understanding of ecology and exploring the evolution, interconnections, limits, and resilience of natural systems. They stress the dangers of a society in which accumulation of profits is based on the exploitation of humanity and the expropriation of nature. It is their ability to bring these various aspects of our present-day reality together in an interconnected, and ultimately hopeful, ecological worldview that constitutes the