Analyze

Upon entering the Formosa Plastics Group Museum in Taoyuan, Taiwan, the first thing that visitors see is a large piece of wood, kept under a dome of glass. The label at the bottom reads:

This magnificent piece of New Zealand Kauri burl had been buried in the ground for more than fifty thousand years before being unearthed. The timber is a rare hard resin-filled solid wood. This beautifully-shaped burl weighs 8.5 tons, well over the the 6 ton piece held by the British Museum in London, making it unique in the world. In 2002, Chairman Wang Yung-ching came across the Kauri burl in Kaohsiung and was drawn to its strength so much that he decided to make this Kauri burl the centerpiece of his collection. This remarkable piece of wood on display here at the entrance to the museum symbolizes the vitality of the Formosa Plastics Group capable of immeasurable possibilities. and longevity.

I later learned that a burl is considered a tree's natural response to "some form of stress such as an injury or a viral or fungal infection" (Wikipedia). I also looked up the Mandarin translation for burl, which is 瘤 (liú). This term can mean hump, knurl, lump, nubble, or tumor. The latter invokes environmental and health impacts, such as high cancer rates in petrochemical fenceline communities. However, these issues are not addressed in the museum. Instead, the piece of wood is paired with an all-plastic recreation of a New Zealand rainforest in the museum's B1 gift shop. This recreation includes chirping bird sound effects, leaving visitors with a greenwashed first and last impression.

However, one way to capture the ambivalent meaning of the object at the center of the museum is through Kim Fortun's (2019) reflection on "toxic vitalism," a term that describes "the way systems can take on a life of their own, often beyond what experts planned or expected.

Operations of transnational companies are affecting marginalized communities across the globe. As Kaswan had highlighted through examples of Union Carbide’s pesticide plant in India, as well as pollution associated with oil companies in Latin America, the implications of distributive environmental justice in such contexts are apparent yet difficult to address. Across international boundaries law enforcement becomes increasingly difficult, which is at the heart of the problem of my research topic. 

“The “right” scale will depend upon the nature of the harm being analyzed and purpose for which information is being gathered.” (Kaswan, p 29)

“Numerous studies, at a multiplicity of scales, analyze the distribution of a wide variety of land uses, as well as risk: what exposures, with what consequences, do people experience?” (Kaswan, p 33). 

This text builds on concepts of equality, bases for deviating from the core idea of equality, and the multiple contexts that define and shape distributive justice. Kaswan additionally advances the distributive environmental justice by outlining the different contexts, including historical land use patterns, government regulations, infrastructure, and enforcement and the implications that each of these dimensions have on contributing to distributive injustice. 

The main narrative of this text builds on foundational ideas on equality and extrapolates it further to establish how distributive environmental justice, its ideas and articulations, as well as its operationalization, has taken shape throughout the years. To outline these points, Kaswan outlines different cases of environmental disaster, and subsequent government responses, to showcase how government institutions have both upheld and endeavored to address distributive environmental inequality in the past decades.

The purpose of this program is to educate students to become global leaders (dubbed Phoenix Leaders) in radiation disaster response. The program aims to use experience from the aftermath for Hiroshima to create an overarching program of “Radiation Disaster Recovery Studies”, with multiple disciplines of Medicine, Environmental Studies, Engineering, Sciences, Sociology, Education and Psychology. The eventual aim is to create a new and evolving system of response, safety, and security. 

The program was created in reaction to the disaster at Fukushima-Daiichi, with influence of the lessons learned post-bombing in Hiroshima. Hiroshima University specializes in radiation casualty medicine and works to improve medical care in response to nuclear emergencies. This program was specifically made to generate leaders capable of directing relief efforts while keeping the clear goal of reconstruction post-disaster. 

The program is located at the Hiroshima university campus. It involves common coursework for all tracks of the program (at the Hiroshima Phoenix Training Center), specialized courses in different professional subjects, fieldwork in Fukushima, and internships with a Japanese company and an international organization. 

Funding appears to come from the university, along with the Ministry of Education, Culture, Sports, Science and Technology.

The program is divided into three sub-programs: Radiation Disaster Medicine, Radioactivity Environmental Protection, and Radioactivity Social Recovery. The Radiation Disaster Medicine course is a four year PhD program, for those who already have professional degrees (medicine, pharmacy, dentistry, etc.) and master’s degrees (medical physics). The Radioactivity Environmental Protection course is a five year program for students who have completed a bachelors or masters in a related field. The Radioactivity Social Recovery course is a five year program for students with a bachelors or master’s. The curriculum is broken down into common subjects, specialized subjects, fieldwork, and internships.