Citizens’ group in Fukushima puts out radiation map in English
The cover of “Citizens’ Radiation Data Map of Japan” (Provided by Minna-No Data Site)
November 3, 2019
FUKUSHIMA—A citizens’ group here has released an English radiation-level map for eastern Japan created with input from 4,000 volunteers in response to requests from abroad ahead of the Tokyo Olympics.
“We want people outside Japan to understand the reality of radioactive contamination following the nuclear accident,” said Nahoko Nakamura, a representative of Minna-No Data Site (Everyone’s Data Site), which published the map.
The Fukushima No. 1 nuclear power plant experienced a triple meltdown in March 2011 after a tsunami knocked out its cooling systems during the Great East Japan Earthquake.
Titled “Citizens’ Radiation Data Map of Japan,” the 16-page booklet summarizes the content of the original Japanese map, released in November last year. It also shows projected declines in radiation levels by 2041.
The Japanese version was based on results of land contamination surveys conducted over three years at the request of Everyone’s Data Site.
About 4,000 volunteers took soil samples at 3,400 locations in 17 prefectures in eastern Japan, including Fukushima and Tokyo, and measured radiation levels. The map was compiled with advice from experts.
The group raised 6.23 million yen ($57,500) from 1,288 individuals through a crowdfunding campaign. So far, 15,000 copies have been sold.
Nakamura said the group decided to produce an English version after it received inquiries about the Japanese map from researchers and others overseas in the run-up to the Tokyo Olympics.
Everyone’s Data Site spent about four months creating the English map, working through e-mail and online chats with five volunteer translators overseas, including an American and a Canadian.
The English edition sells for 500 yen, excluding tax. For more information, contact Everyone’s Data Site at (minnanods@gmail.com).
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Fukushima is not safe for 2020 Olympics, nuclear scientists warn
October 30, 2019
Would Russia hold the 1994 Olympics at Chernobyl, the site of the 1986 meltdown? Only 8-years later, do we really think it’s safe to hold the Olympics on Fukushima soil? What would common sense tell us?
But these are very dark times.
The International Olympic Committee (IOC), the Japanese government, and most news media have ignored the risks one of the worst nuclear disasters in world history: the 2011 Fukushima power plant meltdown.
For years afterward, the Japanese government struggled what to do with millions of gallons of contaminated water and tens of thousands of Japanese refugees. Instead of safer measures, they chose the cheapest solution, spinning the truth in favor of profit and national image over human life.
Scientists warned that almost everything on land is contaminated, and this may include Tokyo which sits 100 kilometers from Fukushima.
Radiation levels may beyond what is safe for humans
According to 60 Minutes Australia, many experts are asking for the Fukushima Olympics to be canceled due to radioactive contamination. Yet, when The Washington Post ran an article on the struggles Fukushima and the residents are facing, there is no mention of what dangers Olympians and spectators may face in an area that has radiation levels way beyond what is safe for humans. Such high levels are likely to continue for decades to come.
In fact, in that same article, Simon Denyer wrote that when it rains, the water itself is radioactive. Residents feel forced by the Japanese government to return, as the government cuts pensions if residents refuse, essentially forcing them and their children for increased risk of cancer and other health problems. Childhood cancer is increasing in the affected zones, Denyer reports.
Why the silence? Where is the IOC? Is it okay for athletes and spectators to spend two weeks in a radioactive zone so that the Japanese government can make everyone forget that radiation exposure is no big deal? Such wouldn’t have to do with money over human life would it? Where is the U.S. news media that often looks for just a big story like this to crack? Why the silence?
As for Japan, what choice does it have but to move forward and accept that almost its entire population is inevitably exposed to radiation.
This is not something they can fix, so the government must reinvent Fukushima as a safe and wonderful place, a place where one can eat the vegetables and fruits from Fukushima, and they can live there healthy and happy. What better way than to repackage horrible facts with a new Fukushima, a safer, healthier one? However, they will have to force their residents to come back in order to seal such a wonderful myth.
Smelling a Nuclear Rat?
Dahr Jamail interviewed Arnie Gunderson that oversaw dozens of nuclear power plant projects in the United States. He faults the Japanese government and the nuclear power plant industry in pushing residents to go back to Fukushima before the 2020 Games. Even more surprising is that the IOC is also, according to Jamail, making very light over the known toxicity of Fukushima where the softball and baseball events will be played. Denyer, however, verified that six total events will take place in Fukushima. Gunderson, with 45 years’ experience with nuclear energy companies says that the goal is profit and that public health is not being considered.
Thyroid cancer, Jamail writes, already is increasing within the 310-mile radius of the disaster, and instances of cancer among children is increasing as well. In fact, the radiation is not decreasing but increasing at the power plants. Dr. Tadahiro Katsuta of Meiji University in Japan makes the Japanese motive clear: the Japanese government is putting its public image and money over the lives of its citizens. The Japanese government is also putting international athletes and citizens at risk with little regard for their health and safety.
Reporters Dave Zirin and Jules Boykoff went through Fukushima with a radioactive tester. They noted that a reading over 0.23 is seen as unsafe for humans. As they neared the Fukushima Daiichi Unit 1 reactor, the needle read 3.77. The Olympic torch is scheduled to pass near this area.
Who Works in Radioactive Zones without Protection? Athletes and Migrant Workers
They witnessed in Fukushima workers without protective suits putting contaminated soil in black plastic bags and piling them in “pyramids.” While some agencies dispute how dangerous Fukushima is, what is clear is that the Japanese government raised the exposure benchmark for radiation from 1mSV a year to 20 MSV per year, the reporters noted. As an international journalist based in Japan stated, the Japanese government is pushing “propaganda over truth.” The IOC seems happy to play along.
Tens of thousands of Japanese refugees are still displaced and not willing to go back. The question is why wouldn’t people back to their homes, many of which whose families lived there for generations, if it were safe? Why would the IOC be so willing to host the games at a questionable site, even if such posed the slightest risks to athletes?
It does not take a nuclear engineer or scientist to understand that radiation contamination lasts for many years. Why build Olympic venues eight years after that very place had a nuclear disaster? Isn’t such a push egregious, irresponsible, and shameful? Common sense would tell any organizer of any event that such an event should not be placed in areas that could potentially put people at risk.
It’s time to hold the Japanese government and the IOC responsible for their hasty and reckless push to ignore the risks facing displaced citizens, spectators, and athletes and demand that the games be postponed and moved from Fukushima.
These are indeed dark times, where governments and their ties to corporate interests spin truths and make fictions that all of us would like to be real, but sadly money is always at the end of this contaminated rainbow. In the years to come, when the cancer cases mount, these same organizations and governments will pretend they knew nothing. Let’s all remember that.
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Nuclear Hotseat Podcast: Citizens’ Radiation Data Map of Japan Exposes Scientific Truth about Fukushima Contamination + Hurricane Hagibis Radiation Update: Mari Inoue
A most essential interview of Mari Inoue by Libbe Halevy,
Citizens’ Radiation Data Map of Japan – created by moms, parents, grandparents to supply the information that the Japanese government would not. See what radiation levels have been and will be for the next 100 years.
Dissolution of radioactive, cesium-rich microparticles released from the Fukushima Daiichi Nuclear Power Plant in simulated lung fluid, pure-water, and seawater
- We report chemical durability of Cs-rich microparticle from Fukushima Daiichi.
- The dissolution rate was estimated for various solution composition.
- Cs-rich microparticles can remain in lung and environments for several decades.
October, 2019
Abstract
To understand the chemical durability of highly radioactive cesium-rich microparticles (CsMPs) released from the Fukushima Daiichi Nuclear Power Plant in March 2011, we have, for the first time, performed systematic dissolution experiments with CsMPs isolated from Fukushima soils (one sample with 108 Bq and one sample with 57.8 Bq of 137Cs) using three types of solutions: simulated lung fluid, ultrapure water, and artificial sea water, at 25 and 37 °C for 1–63 days.
The 137Cs was released rapidly within three days and then steady-state dissolution was achieved for each solution type. The steady-state 137Cs release rate at 25 °C was determined to be 4.7 × 103, 1.3 × 103, and 1. 3 × 103 Bq·m−2 s−1 for simulated lung fluid, ultrapure water, and artificial sea water, respectively.
This indicates that the simulated lung fluid promotes the dissolution of CsMPs. The dissolution of CsMPs is similar to that of Si-based glass and is affected by the surface moisture conditions.
In addition, the Cs release from the CsMPs is constrained by the rate-limiting dissolution of silicate matrix.
Based on our results, CsMPs with ∼2 Bq, which can be potentially inhaled and deposited in the alveolar region, are completely dissolved after >35 years. Further, CsMPs could remain in the environment for several decades; as such, CsMPs are important factors contributing to the long-term impacts of radioactive Cs in the environment.
Citizens’ Committee on Nuclear Energy proposes long-term storage for treated water from damaged Fukushima Daichi plant
5th October 2019
On October 3, the Citizens’ Committee on Nuclear Energy, whose members include academics, technical experts, and NGOs, made a new proposal to deal with contaminated water from the damaged Fukushima Daiichi Nuclear Plant after the water has been treated. The proposal, submitted to Ministry of Economy, Trade and Industry (METI), the Ministry of the Environment (MOE), and the Nuclear Regulation Authority, is to convert the treated water to solid form by mixing with mortar, and storing it on land. Citizens’Comittee on Nuclear Energy (CCNE)
Figure 1 (Prepared by Yasuro Kawai, Citizens’ Committee on Nuclear Energy, for October 3, 2019 press conference)
However, Tokyo Electric Power Company (TEPCO) rejected the concept of large-tank storage, claiming that it takes three years to install each tank, that the efficiency of site utilization is not significantly different from that of tanks currently being used, that a floating roof design may result in rainwater mixing with the contents, and that there would be major volume of leakage in the event of damage to the tanks.
Those claims were rebuffed in a presentation by Yasuro Kawai of the Citizens’ Committee on Nuclear Energy (regulations subcommittee) at a press conference on October 3. He said that the installation of large tanks takes 1.5 to 2 years, that they actually improve the efficiency of site utilization, that a dome-shaped design could be used to prevent mixing with rainwater, that large tanks are robust and have a proven track record in oil storage, and that perimeter walls would be needed as a measure to prevent leakage.
Advantages and disadvantages of mortar solidification proposal
The proposal by the Citizens’ Committee on Nuclear Energy is to mix contaminated water with cement and sand to solidify it, then pour the mixture into concrete tanks and store it partially underground. Mr. Kawai described achievements using this approach at the Savannah River nuclear reservation in South Carolina, the United States.
Discussion about land-based storage has finally begun
The Citizens’ Committee on Nuclear Energy has long taken the position that treated water from the so-called Advanced Liquid Processing System (ALPS) should not be released into the ocean. It has been proposing land-based storage using large tanks, an approach that has a proven track record for the storage of oil reserves.
In August 2018, at a hearing held by METI’s ALPS subcommittee, fisheries-related stakeholders and many other participants expressed the view that long-term land-based storage should be used for the treated water. In response, Chairman Kazuyoshi Yamamoto promised to consider the land based storage plan as an option, and the topic finally came up at the 13th sub-committee meeting, held on August 9, 2019.
Figure 2 (Prepared by Yasuro Kawai, Citizens’ Committee on Nuclear Energy, for October 3, 2019 press conference)
The advantages are that no radioactive substances need to be released into the environment, and the approach works with existing technologies. Disadvantages include low volumetric efficiency and evaporation of moisture due to heat generation.
Local community consent would also be required, because the site would become a permanent disposal site.
Is there really a lack of space for onsite storage?
Media have repeatedly reported claims that onsite storage space will run out by the summer of 2022, but is that really true? According to documents from on September 27, TEPCO explained to the ALPS Subcommittee that the site has about 81,000 square meters reserved for temporary storage facilities for spent fuel and fuel debris.
Figure 3 (Document 3, 14th subcommittee meeting on handling of ALPS treated water)
TEPCO also claims that in the first half of the 2020s, the site is required for facilities for analysis, mock-up facilities for fuel debris retrieval, equipment and material storage, and research facilities, etc.
Figure 4 (Document 3, 14th subcommittee meeting on handling of ALPS treated water)
But is it realistic and necessary to attempt to remove fuel debris?
The location and condition of the fuel debris is not precisely known due to high radioactivity. An unreasonable effort to remove it will expose workers to a large amount of radioactivity.
The Citizens’ Committee on Nuclear Energy has proposed a “debris non-removal” option of keeping the debris isolated for 100 years, after which it would be dealt with, as one option that should be seriously considered, in order to avoid technical risks, enormous costs, and radiation exposure of workers.
Is it necessary to construct research facilities on the site?
Furthermore, at METI’s ALPS subcommittee, committee members have asked many questions, for example, about giving consideration to using sites where soil is currently being dumped, and expansion of the current site. In all cases, METI responded that such options were “difficult.” However, there was no evidence of any serious consideration having been made of whether or not the ideas raise were really possible.
METI should immediately consider the land based storage proposal from the Citizens’ Committee on Nuclear Energy by setting up an ALPS subcommittee or a new committee.
By Kanna Mitsuta
Note: The above proposal was covered by Kyodo News, and Kahoko Shimpo news.
・Kahoko Shimpo: “Experts Propose Mortar Solidification for Treated Water from Fukushima Daiichi Nuclear Power Plant” (4-Oct-2019, in Japanese)
・Kyodo News: “Treated water should go into long-term storage and solidification treatment, says citizens’ group opposed to ocean discharge” (3-Oct-2019, in Japanese)
Related posts by FoE Japan (in Japanese unless noted)
・“FoE Japan objects to statement by Japan’s former Environment Minister: He undermined discussions on long-term storage of contaminated water at Fukushima Daiichi nuclear plant”
Japanese: http://www.foejapan.org/energy/library/190911.html
English: http://www.foejapan.org/en/energy/doc/190911.html
・“Big problems at the public hearing on contaminated water: Many speakers oppose ocean discharge”
http://www.foejapan.org/en/energy/doc/191005.html
Katharine Hayhoe: the religious duty to act on climate change
I’m a Climate Scientist Who Believes in God. Hear Me Out.
Global warming will strike hardest against the very people we’re told to love: the poor and vulnerable. NYT, 3 Nov 19, By Katharine Hayhoe
Dr. Hayhoe is a professor and co-directs the Climate Center at Texas Tech University. I’m a climate scientist. I’m also an evangelical Christian.
And I’m Canadian, which is why it took me so long to realize the first two things were supposed to be entirely incompatible.
I grew up in a Christian family with a science-teacher dad who taught us that science is the study of God’s creation. If we truly believe that God created this amazing universe, bringing matter and energy to life out of a formless empty void of nothing, then how could studying his creation ever be in conflict with his written word?
I chose what to study precisely because of my faith, because climate change disproportionately affects the poor and vulnerable, those already most at risk today. To me, caring about and acting on climate was a way to live out my calling to love others as we’ve been loved ourselves by God.
I realized, distantly, that there were people on both “sides” who fundamentally believed and were even dedicated to promoting the idea that faith and science were in conflict. But it wasn’t until after I’d moved to the United States for graduate school that it dawned on me, to my disbelief, that divisions within the science-faith arena, originally focused on questions of human origins and the age of the universe, were expanding to include climate change.
Now, this discrepancy is pointed out to me nearly every day: often by people with Bible verses in their social media profiles who accuse me of spreading Satan’s lies, or sometimes by others who share my concerns about climate change but wonder why I bother talking to “those people.” The attacks I receive come via email, Twitter, Facebook comments, phone calls and even handwritten letters.
I track them all, and I’ve noticed two common denominators in how most of the authors choose to identify themselves: first, as political conservatives, no matter what country they’re from; and second, in the United States, as conservative Christians, because the label “evangelical” has itself been co-opted as shorthand for a particular political ideology these days.
But I refuse to give it up, because I am a theological evangelical, one of those who can be simply defined as someone who takes the Bible seriously. This stands in stark contrast to today’s political evangelicals, whose statement of faith is written first by their politics and only a distant second by the Bible and who, if the two conflict, will prioritize their political ideology over theology.
I’m not a glutton for punishment and I don’t thrive on conflict. So why do I keep talking about climate change to people who are disengaged or doubtful? Because I believe that evangelicals who take the Bible seriously already care about climate change (although they might not realize it). Climate change will strike hard against the very people we’re told to care for and love, amplifying hunger and poverty, and increasing risks of resource scarcity that can exacerbate political instability, and even create or worsen refugee crises.
Then there’s pollution, biodiversity loss, habitat fragmentation, species extinction: climate change makes all those worse, too. In fact, if we truly believe we’ve been given responsibility for every living thing on this planet (including each other) as it says in Genesis 1, then it isn’t only a matter of caring about climate change: We should be at the front of the line demanding action………
I explained that climate change is not a belief system. We know that the earth’s climate is changing thanks to observations, facts and data about God’s creation that we can see with our eyes and test with the sound minds that God has given us. And still more fundamentally, I went on to explain why it matters: because real people are being affected today; and we believe that God’s love has been poured in our hearts to share with our brothers and sisters here and around the world who are suffering. ……https://www.nytimes.com/2019/10/31/opinion/sunday/climate-change-evangelical-christian.html
Heat deaths in India will increase greatly, if greenhouse emissions increase
If Emissions Continue, India Could See 1 Million Heat Deaths a Year, https://www.scientificamerican.com/article/if-emissions-continue-india-could-see-1-million-heat-deaths-a-year/?utm_medium=social&utm_content=organic&utm_source=twitter 3 Nov 19,
Premature deaths from extreme heat next century could top those from infectious diseases today, A new study predicts there’ll be more than 1 million deaths a year from extreme heat in India by the next century if greenhouse gas emissions continue at their current level.Research by the Climate Impact Lab with the University of Chicago’s Tata Centre for Development projects India’s average annual temperature will rise 4 degrees by 2100.
When broken down by location, 16 of India’s 36 states and union territories will become hotter than Punjab, which is currently the hottest state, with an average annual summer temperature around 90 degrees Fahrenheit (32 degrees Celsius).
As temperatures rise, the number of extremely hot days is expected to rise, as well.
The state of Odisha will see the highest increase, with an average of 48.05 hot days by 2100 compared with 1.62 in 2010. Delhi is projected to experience 22 times as many days with extreme heat, and Haryana is estimated to see 20 times as many days.
The study estimates the combination of hotter summers and more high-heat days will contribute to more than 1.5 million deaths each year by 2100.
The projected death rate is as high as the current death rate from all infectious diseases in India today. Six states—Uttar Pradesh, Bihar, Rajasthan, Andhra Pradesh, Madhya Pradesh and Maharashtra—are expected to contribute to more than half of the excess death rate from rising temperatures.
“Having already seen 2,500 deaths due to a heat wave in 2015, the future is projected to be even more worrying if India—and the world—does not change course to mitigate the harmful effects of climate change,” said Amir Jina of the Climate Impact Lab.
If the world commits to the Paris Agreement and regularly updates its commitments, the study estimates India’s excess death rate from high heat will drop more than 80%.
The study comes as India’s energy use is expected to more than double by 2040, with fossil fuels serving as the main source.
The country’s 5% increase in coal demand last year contributed to a nearly equal percentage in its carbon emissions. India is currently the world’s third-largest carbon emitter (Climatewire, Aug. 14).
Michael Greenstone, faculty director at the Tata Centre and a co-founder of the Climate Impact Lab, said the continued reliance on fossil fuels will harm India in the years to come. The need to balance cheap and reliable energy sources while managing climate risks, he said, is “perhaps the defining challenge of our generation.”
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