Image Credits-The Japan News
Misinformation stemming from China about Japan’s release of treated water from the Fukushima Daiichi Nuclear Power Plant is reportedly affecting a wide range of Japanese exports, extending beyond seafood products. The spread of false claims has led to growing concerns among Japanese industries, as unfounded fears ripple through international markets.
The Japanese government expressed its alarm over the situation, citing a marked decline in the demand for various Japanese goods, including agricultural products, cosmetics, and beverages. Authorities attribute this downturn to a concerted disinformation campaign originating from Chinese media and social networks, which falsely allege that Japan’s treated water poses widespread contamination risks.
“We are witnessing a significant and troubling impact on Japan’s exports,” said a spokesperson from the Ministry of Economy, Trade, and Industry. The misinformation spread by China is not only damaging Japan’s seafood industry but is also impacting other sectors, despite rigorous safety measures and transparent communication regarding the water release.
China, Japan’s largest trading partner, has been a vocal critic of the water release, which began in August 2023 after being treated to remove most radioactive elements. Despite assurances from international experts and organizations, including the International Atomic Energy Agency (IAEA), that the water release is safe, the spread of false information has led to consumer boycotts and import restrictions.
The Japanese government has lodged formal protests with Beijing, urging it to cease the dissemination of misleading information. Tokyo has also launched a global public relations campaign to counteract the negative impact, emphasizing the safety and quality of Japanese products.
Japanese officials are now calling for international cooperation to combat the spread of disinformation, warning that such tactics not only harm bilateral trade relations but also undermine global trust in scientifically-backed processes.