Analyze

From Naomi Goddard (News Lens, March 10, 2023): 

"Originally launched in 2013 under the name Nuclear Film Festival (核電影), the biannual event was created to draw attention to the organizers, Green Citizens’ Action Alliance (GCAA)’s concerns about nuclear energy. In the aftermath of the Fukushima disaster, the festival showcased films advocating for a nuclear-free world and addressing energy-related issues.

However, over the years the festival has expanded its focus to include films about climate change and the fossil fuel industry. As the urgency of the climate crisis has become increasingly pressing, the festival has evolved alongside it. This year, the festival has been renamed to Climate Tipping Point Film Festival to reflect its broader focus on global heating and the need for systemic change to mitigate its effects."

This map is a fascinating and important image as it does NOT show the many sites of (ongoing) nuclear radiation contamination in communities impacted by uranium extraction and processing. For example, the Navajo Nation has around 270 unreclaimed open pit tailings piles. This is not official "waste" but is quotidian waste that creates longstanding environmental harm.

The report encompasses reports on the proceedings of the UN Scientific Comittee during its 60th session, May 2013. The UN report presents an unbiased plethora of data surmising Fukushima radiation exposure to both human an biological life. It primarily focuses on 2 reports detailing aspects of radiation exposure during the 2011 nuclear accident. The first report gives estimated levels of radiation experienced by individuals and non-human biota. Human individuals estimates are based on age and ongoing proximity to the accident. Evacuated adult citizens had an estimated exposure <10 mSv, while workers experienced doses >10mSv, with the highest exposure  an estimated 100 mSv. It places these values within the context of lifelong anticipated exposure and international expected exposures. This first report also briefly discusses effects beyond radiation, including the adverse outcomes thousands faced by evacuating. The second report concentrates on radiation exposure of children during the accident. While it concludes longer epidemological studies are needed to accurately assess the prevailing biolgogical effects, several important facts are highlighted. At a given radiation dose, children are more at risk of tumor induction than adults. In addition to this increased radiosensitivity (partially due to physical factors such as size), children also demonstrate increased prevalence of several cancers. These include leaukemia, brain, and thyroid cancers, all of which show radiosensitivity. The report also suggests narrowing the scope of inquiry, as radiation-induced cancers can be influenced by factors such as age and gender.

The report was published by United Nations Publication in 2014.

The report was written on the behalf of the United Nations Scientific Committee on the Effects of Atomic Radiation as a summary of their sixtieth session. The summary was written to be read to the United Nations General Assembly. The scientific data reported was collected by independent teams working on behalf of the Committee.

The 2011 Fukushima nuclear plant meltdown following an earthquake and tsunami led to the study of radiation levels and effects discussed at the sixtieth session of the United Nations Scientific Committee on the Effects of Atomic Radiation, whose opinions and decisions are recorded in this report.

This report is comprised of several parts, beginning with an introduction. The report describes radiation exposure and effects that have been linked to the Fukushima disaster. Then it outlines future goals of increased awareness of the risks of nuclear disasters and the effects of radiation exposure as well as the need for a network of experts capable of sharing knowledge and expertise when needed. Finally the report mentions further studies being completed concerning the effect of radiation on children.

The data collected in the scientific studies included in the report began in March 2011 shortly after the nuclear disaster at Fukushima and continued for periods spanning months and years depending on the tests being done.

This report addresses the long term effects of a nuclear disaster and the potential health risks of radiation. The findings presented in this report are important when considering the long term effects of a disaster and the clean-up aspects of responding to a disaster that may continue for months or even years following the initial event. The Committee’s plan for the 2014-2019 period includes consideration of a network of experts to share information amongst the scientific community as a method of increasing awareness of and preparation for potential nuclear industry disasters. 

The Committee proposed expert groups to assess the practices used within the nuclear industry of its member states as well as evaluate and monitor potential issues. This increased level of oversight of the nuclear industry may lead to tension within the industry as technical professionals must balance the international oversight with the national security aspects of any nuclear program.