Plutopia (2013) tells the shocking, utterly credible story of plutonium production in two nations and of the government-owned and administered towns that housed plant workers. Written in a clear, erudite, occasionally lyrical style, Plutopia is the result of Kate Brown’s historical and archival research, travels, and interviews in two countries. Equally fluent in Russian and English, Kate Brown “worked in more than a dozen archives in the United States and Russia” (8) and conducted interviews with persons whose “bodies themselves now serve as nuclear waste repositories” (336-7). Startlingly, Plutopia demonstrates that the two closed, government-owned communities, Richland (eastern Washington State) and Ozersk (Russian Urals) were are mirror images of one another. Brown says of the mutual awareness and cross-influences: “People in Ozersk used to say that if you drilled a hole straight through the earth, you would end up in Richland. That is how I imagine the two cities: Orbiting each other, linked on the same axis” (4). Though the two communities served the interests of societies radically different ideologically and economically, the social engineering that produced them was identical.
Brown is deeply interested in the motivation of the Richland and Ozersk workers dedicated to the hazardous business of manufacturing plutonium, as well as in the workers’ two-tiered social order. Residents in both gated communities lived comfortably, but gave up civil liberties. Both the U.S. and Soviet workers Brown interviewed were content to endure scrutiny by informants, phone taps and mandatory medical exams in exchange for good schools, freedom from crime, cheap housing, and abundant consumer goods. Besides the residents of these heavily subsidized enclaves, both the U.S.and the Soviet Union employed “jumpers”: a work force composed of soldiers, prisoners, or ethnic minorities. The employment of these disposables ended when they became too sick to work.
Both the U.S. and the Soviet Union displayed callous disregard both for human life and the environment. During the Cold War arms race, but, shockingly, even after the breakup of the Soviet Union, U.S. and Russian plutonium plants secretly poured radioactive waste into rivers and stored it in leaky containers. Scientists in Richland and Ozersk knew that radioactive isotopes, the byproduct of plutonium production, “saturated the food chains and entered bodies—plant, animal, and human—where they lodged in organs and damaged cells (6). Nevertheless, the administrators of the Hanfoird and the Maiak plutonium plants knowingly polluted rivers and farm land. Though far less known than Chernobyl, the Hanford and Ozersk plants emitted, respectively, a total of 200 million curies of radioactivity—twice what Chernobyl emitted-- over their four decades of operation.
In my reading about nuclear accidents, I’m struck with how invisible and amorphous is the threat posed by radioactive isotopes in the soil, food chain, rivers, and human body. At high levels of exposure to nuclear radiation is lethal, but at lower levels, the human body exhibits symptoms that may readily be attributed to other causes. While radiation in plants and animals may be measured with dosimeters, the naked eye may not detect the damage to woods and farms. Brown writes of her visit to Techa, the most radioactive river in the world: “Usually when you are looking at an environmental catastrophe, you know it. . .. In my mind, disasters should smell, smoke, or produce ugly scars. Yet nothing was out of place along this inviting little stream. The air was fresh. Swallows darted back and forth over the current. . . . I had never encountered a disaster more lovely and tempting, one less worthy of its name” (305).
Radioactivity disseminated by nuclear accidents and plutonium production has no boundaries and no distinct signature. According to Brown, “as the firmament became saturated with fission products, monitors had an even harder time distinguishing Hanford’s by-products from atmospheric contamination floating in from Nevada, the Pacific testing grounds, Kazakhstan, and the Russian Arctic, where Soviets carried out mega-tonnage tests. . . . Radioactive isotopes, so readily combining with biological forms, had no discrete boundaries. In time, they were no longer distinct from the local environment, from scientists bodies, or from human evolution” (183). Because radiation is so difficult to detect or trace to its source, money-hungry corporations and desperate governments played fast and loose with human and environmental safety.
Kate Brown is an extraordinary researcher and writer. She has also written A Biography of No Place: From Ethnic Borderland to Soviet Heartland. According to amazon.com, it is about the ethnic communities on the border of Russia and Poland that existed until 1925. Brown describes the process of ethnic cleaning, carried out by Stalin and the Nazis, that homogenized the region. I have placed her earlier book (2005) on my Want-to-Read list.