蘇聯計劃透過「和平核爆」扭轉西伯利亞河流的命運

In the 1970s, the Soviet Union embarked on an ambitious and controversial project aimed at altering the natural flow of rivers in Siberia. The plan involved using nuclear explosions to redirect the waters of Siberia's rivers southward, rather than allowing them to flow north into the Arctic Ocean. This grand endeavor, known as the 'river reversal' project, ultimately ended in failure, but the concept has lingered in discussions for decades. One notable location associated with this project is Nuclear Lake, situated near the Ural Mountains in Russia. Accessing this remote lake requires a journey by boat along the Kolva and Visherka rivers, followed by a trek on foot through a muddy path. Upon arrival, visitors encounter signs warning them of radiation hazards, a stark reminder of the nuclear tests that took place in the area. In the summer of 2024, a Russian blogger named Andrei Fadeev visited Nuclear Lake and described the water as clear and inviting, despite his dosimeter indicating elevated radiation levels in certain spots. Fadeev expressed a sense of safety, noting that nature had reclaimed the area, transforming it into a serene environment. Nuclear Lake was formed on February 23, 1971, when the Soviet Union detonated three nuclear devices buried deep underground. Each explosion had a yield of 15 kilotonnes, and the operation was codenamed 'Taiga. ' The goal was to excavate a massive canal that would connect the Pechora River basin with the Kama River, a tributary of the Volga. This canal was intended to divert a significant amount of water from the Pechora River, redirecting it southward to support the arid regions of Central Asia and southern Russia. The Soviet scientists envisioned that this water could be utilized for agriculture and other essential needs in these densely populated areas. The river reversal project was part of a broader vision to alter the course of several major rivers in Russia, not just the Volga and Pechora. The plan aimed to send water thousands of kilometers southward through a network of canals and reservoirs. Andrei Fadeev recounted the moment of detonation, describing it as an impressive sight, with fountains of soil and water shooting into the air. However, the consequences of these nuclear blasts were felt far beyond the immediate vicinity, with countries like the United States and Sweden lodging formal complaints about the fallout. Today, Nuclear Lake stands as a curious tourist attraction, but it also serves as a physical reminder of one of the Soviet Union's last grand projects and the extreme measures the government was willing to take to achieve its goals. The idea of redirecting water from Siberia's rivers had been considered for over a century before the nuclear tests. In 1871, writer Igor Demchenko proposed using Siberian water to improve the climate in adjacent regions. Later, during Stalin's era in the 1930s, the concept resurfaced. The Soviet leadership believed that the vast amounts of water flowing through Siberia could be 'utilized' to benefit the drier lands of Central Asia and southern Russia. The potential for agricultural development in these regions was enticing, especially given the growing population and the need for water resources. The Soviet Union invested heavily in the river reversal project, pouring hundreds of millions of rubles into research and development. This initiative involved numerous scientific research institutes and organizations, employing tens of thousands of people. The ideology of the Soviet regime suggested that nature could be transformed into a tool for building socialism, and the river reversal project was seen as a prestigious undertaking in the context of Cold War competition with the West. However, as the project progressed, opposition began to emerge from scientists and experts who raised concerns about its feasibility and environmental impact. In the early 1980s, this opposition grew into a public campaign that was unusual for the tightly controlled Soviet Union. Intellectuals, including hydrologist Sergei Zalygin, voiced their objections through essays, letters, and even poetry, warning of the potential dangers of the river reversal plan. Despite the growing dissent, the Soviet leadership continued to pursue the project, envisioning a massive canal that would transport water from the Ob and Irtysh rivers to Central Asia. They set ambitious timelines, hoping to begin water transfers by 1985 and complete the project by 2000. However, the project faced numerous challenges, and it ultimately never came to fruition. The Chernobyl disaster in 1986 marked a turning point, as it heightened awareness of environmental issues and led to increased public scrutiny. Soviet Premier Mikhail Gorbachev ultimately canceled the river reversal project, citing both public pressure and the astronomical costs associated with it. Following the collapse of the Soviet Union in 1991, the idea of river reversal seemed to fade into obscurity. However, some proponents within the Russian government continued to advocate for the project. In 2008, then-Moscow Mayor Yuri Luzhkov published a book arguing for the redirection of Siberian rivers to Central Asia. More recently, in February 2025, two Russian scientists suggested that advancements in technology could make river reversal feasible again, aligning with Russia's geopolitical interests. While some experts believe that reducing warm water flowing into the Arctic Ocean could help mitigate global warming, others strongly dispute this notion. Today, the Pechora River continues to flow into the Arctic Ocean, as it has always done. The idea of river reversal may not be entirely dead, and some historians predict that it could resurface in the future, especially as competition for water resources intensifies in Central Asia. The nuclear explosions that created Nuclear Lake were ultimately deemed a failure, as the resulting crater was not large enough for the intended purpose. Although similar tests were planned, they were never executed. In 2024, a scientific expedition to Nuclear Lake reported that radiation levels were normal, but Andrei Fadeev noted that some areas still exhibited elevated radiation levels nearly fifty years after the blasts. After conducting extensive research on radiation, he chose to exercise caution and refrained from swimming in the lake.