Schmid argues that previous nuclear disasters, such as Fukushima, Three Mile Island, and Chernobyl demonstrate the need for a nuclear emergency response group with the expertise to handle unexpected disasters as well as public and international support. The article focuses not only on the need for such a group but also on the requirements and challanges such a group would face.
I did an initial google search of “international emergency response team” and found an article from IAEA about the establishment of RANET. This network was made operational by Finland, Mexico, Sri Lanka, and the US in 2008. I found this interesting as, aside from the US, none of these countries were what I thought of in terms of nuclear energy production. Upon further research, I learned that Mexico has two reactors supporting 4% of their electricity and Finland has four reactors providing 30% of the total electricity. At the time of the article, Sri Lanka had no future in nuclear power, but in 2015 signed a deal with India to jointly create a new power plant.
This article has been referenced in several other works concerning the Fukushima plant disaster, such as “The Fukushima Effect: Traversing a New Geopolitical Terrain” by Hindmarch and Priestley, where it was quoted for its opinion that an international group would be needed to overcome bias that may be present in national regulatory agencies.
The main arguments brought up in this article are the shift in thought from nuclear disaster prevention to disaster response and the importance of the STS community in providing input for policy. From these arguments, another is proposed in the form of the need for an international nuclear disaster response team.
The author Sonja D. Schmid is an assistant professor at Virginia Tech, she has expertise in the history of national energy policies looking at the risk associated with the nuclear industry. She has written several papers on the Soviet nuclear industry as well as policies and political controversies surrounding the nuclear industry and its potential military uses.
The author likely read through the referenced articles to find where they could be appropriately cited, and then conducted first hand interviews with select people (as mentioned in the notes) to put the information into context. Together, the multiple forms of media allow for a well-rounded point of view in writing the article, with various angles being well-represented throughout.
The article focuses on the inherent necessity for emergency response to include community education, risk assessment, and premade policies that designate decision making authority in the event of a disaster, while also acknowledging the inherent unpredictability of emergencies that require flexible response plans. Emphasis is placed on the need for rapid response, and the importance of safeguarding expertise through training and records.
The author, Sonja D Schmid, is an assistant professor at Virginia Tech. She specializes in knowledge of the nuclear industries in the Former Soviet Union and Eastern Europe. She uses this knowledge to analyze energy policy and nonproliferation efforts. She is well versed in disaster response, having interviewed a number of members from the Soviet nuclear industry, using their first-hand accounts of the response efforts in the wake of the Chernobyl disaster to guide her.
Aside from being discussed on the Disaster STS Network, this reading has been mentioned other places. For starters, it is a chapter of a larger book, “Nuclear Disaster at Fukushima Daiichi: Social, Political and Environmental Issues.” This book is a collection of writings by international STS scholars. Additionally, this piece has been referenced in several other writings, including the book “The Fukushima Effect: A New Geopolitical Terrain” and the article “Nuclear disaster in Taiwan: a multidimensional security challenge.”
A method used to support the claim is to relate the potential future disasters in the nuclear industry to historical examples which gives credence to the claims in the article and provide relatable evidence to the reader as to the risks associated with not only the nuclear industry but also a lack of preparedness for nuclear disasters. Data used to support the claim includes case studies that the author analyzed as a part of the article, and several other works were cited.