
Hitachiomiya Mayor Sadayuki Suzuki accepted a request from Japan's Ministry of Economy, Trade and Industry to conduct a preliminary survey assessing the town's geology for suitability as a repository for highly radioactive nuclear waste, citing favorable scientific characteristics and available land for above-ground facilities.
AI-generated summary
Hitachiomiya is a rural town in Ibaraki prefecture known for tourism, golf courses, hot springs, and cultural sites such as cave tombs and ancient temples. Japan has a growing stockpile of highly radioactive nuclear waste requiring long-term storage solutions.
The rural Japanese town of Hitachiomiya sprawls down the Naka River valley in northwest Ibaraki prefecture, surrounded by lush forests and overlooked by the picturesque Yamizo mountains. Just 140km (87 miles) from Tokyo, its golf courses attract weekend players, while onsen hot spring resorts in the surrounding hills keep local business steady year-round.
The local tourism association’s website highlights traditional festivals, campsites, hiking and cycling routes, alongside unique sights – including a complex of cave tombs on Mount Raijin, an ancient cedar grove and centuries-old temples and shrines.
Today, however, tourism representatives and municipal officials are more tight-lipped about the area’s attractions.
This week, Hitachiomiya Mayor Sadayuki Suzuki accepted a request from the Ministry of Economy, Trade and Industry for his community to undergo a preliminary survey to determine whether the town’s geology is suitable for a repository to store Japan’s large – and growing – stockpile of highly radioactive nuclear waste.
In a statement issued on Monday, Suzuki said the area showed a “relatively high probability of exhibiting favourable characteristics according to the scientific characteristics map”, adding that land was available “to install above-ground facilities for final disposal”.
AI outlook — possibilities, not facts
If the preliminary survey yields favorable results, Hitachiomiya may proceed to more detailed geological and environmental assessments for nuclear waste repository suitability.
Possible · Within months

Nepal is requesting support from a new UN climate loss and damage fund after catastrophic flooding killed 1,250 people and left thousands missing, with recovery costs estimated at $5 billion despite only $485 million of pledged $822 million having been paid.
Affected by the cold air, rainfall in the north will expand eastward in the next three days, with local heavy rains; at the same time, cooling will spread from north to south. Temperatures in many places in the north will hit record lows in six months, and the heat in the south will gradually ease.
The Central Meteorological Observatory predicts that there will be a rainfall and cooling process in the northern region in the next three days. There will be heavy rainfall in Gansu, Shaanxi, Shanxi, Hebei and other places. There will be heavy rainfall in the Sichuan Basin, Yunnan and other places. It is necessary to guard against local heavy rainfall that may cause flash floods and geological disasters. Yesterday, moderate to heavy rains, local heavy rains or heavy rains occurred in Inner Mongolia, Gansu, Yunnan, Guangdong and other places.

Lin De'en, a doctor of atmospheric sciences at National Taiwan University, pointed out that the northeast monsoon will strengthen from the 9th of this month, and it is expected to have the most obvious impact on Taiwan from the 10th to the 11th, and gradually weaken on the 12th, with the impact lasting about 3 to 4 days. There will be localized short-lived rain on the windward side of the north and northeast, and the low temperature in the morning and evening is expected to be 22 to 24 degrees. It will feel significantly cooler when it is cloudy and rainy; it will remain cloudy to sunny in the central and southern parts, and the impact will not be significant.

On the border between northern Nepal and China's Tibet, a glacier collapse triggered flash floods and landslides, resulting in the complete destruction of the Gyirong Port. Reuters reported on-site that about 20 rescue workers were using machines and detectors to search for missing people. The disaster has so far killed more than 1,300 people in both Nigeria and China, and more than 5,000 people are missing.

On September 6, a media meeting was held in Gyirong County, Tibet. Su Pengcheng, an expert from the Chinese Academy of Sciences, analyzed the "8·26" debris flow disaster and pointed out that the disaster originated from ice and rock avalanches in Nepal. He also made suggestions on secondary disaster risks, cross-border monitoring blind spots and the construction of future early warning systems.