A window into what we’re reading at the Wilson Center’s Environmental Change and Security Program

Fukushima Nuclear Clean-up Begins (The Diplomat) 

It has been over 13 years since a massive 9.0 earthquake near the coastline of Japan in 2011 triggered a tsunami that irreversibly damaged the Fukushima Daiichi nuclear plant. Failing cooling systems within the plant led to the melting of its radioactive core reactor, which dripped toxic fallout across the plant and in the larger ecosystem. Since that catastrophe, Japan has been devising ways to responsibly clean the waste in Fukushima—and it might be getting closer to a final answer. 

On October 27, 2010, after meeting with her Japanese counterpart, US Secretary of State Hillary Clinton expressed concerns over allegations of a Chinese ban on exports of Rare Earth Elements to Japan. “This served as a wakeup call,” she announced while advocating for “additional sources of supply.” Beijing’s alleged ban came after skirmishes in the disputed Senkaku Island waters. But apart from Japan, not many countries acted on the wake-up call.  

On the same day Japan began wastewater releases from the Fukushima nuclear power plant in late August 2023, the website of China’s customs agency announced the country would “completely suspend the import of aquatic products originating from Japan.”

In early January of this year, China’s “National Sword” policy banned imports of non-industrial plastic waste. The ban forces exporting countries to find new dumping grounds for their waste, which is estimated to total nearly 111 million metric tons by 2030. China’s decision has exposed deep structural flaws and interdependencies in the global waste management system. Western countries that have long depended on China to take their garbage are now struggling to deal with mounds of plastic trash, while China lacks the low-priced labor needed to effectively sort and process waste.

Known as the “vitamins of industry,” rare earths refer to a cluster of minerals widely used in green technologies such as wind turbines, rechargeable batteries, and electric vehicles. Rare earth elements embedded in these products keep them light, efficient, and affordable. They’re essential to the decarbonization of the global economy envisioned in the Paris Climate Agreement, agreed to by 192 countries in 2015. And we may soon face a significant shortage, due in no small part to changes in China.

Global poverty has been reduced dramatically over the past two decades. Less than 11 percent of the world’s population were living in extreme poverty in 2013 compared to 35 percent in 1990. But improvements have largely come in stable countries. Many of the remaining pockets of extreme poverty are in “fragile states,” countries that are vulnerable to internal and external shocks and can easily tip into crisis when faced with an environmental, economic, social, or political change.

The world is undergoing a period of demographic transition which presents both opportunities and challenges for governments. A report by the Atlantic Council’s Mathew Burrows, formerly of the National Intelligence Council, Reducing the Risks from Rapid Demographic Change, examines the changes in population structures across high-, upper-middle-, lower-middle-, and low-income countries.