Analyze

How are Data Gaps Worked Around:

Sarnia, and the surrounding area around chemical valley, have 9 air monitoring stations in which air pollutants are monitored from the nearby petrochemical complex. Until 2017, only data from one of these stations (the one on Christina Street in downtown Sarnia) was publicly available. This created a gap in accessiblility of important data for sarnia and the nearby AFN residents. In September 2015, the Clean Air Sarnia and Area group launched as a "community advisory panel made up of representatives from the public, government, First Nations, and industry, who are dedicated to providing the community with a clear understanding of ambient air quality in the Sarnia area." This group works to improve air quality in Sarnia by making information about air quality publicly available and by making recommendations to relevant authorities. In 2018, this group launched the website: https://reporting.cleanairsarniaandarea.com/ (also uploaded as an artifact) which allows public to access data from the air quality monitoring stations and understand how air quality compares to Ontario's standards. This site works to fill the gap of publicly available air quality data in Sarnia.

Formosa Plastics publishes a quarterly newspaper called 親親報報 Qin Qin bao (engl. kiss kiss hug). A group of citizen journalists by the Taiwan Environmental Information Center and the initative FPCC Go Away have criticized the newspaper for different attempts of greenwashing (Wu 2015). The newspaper issues include arguments guaranteeing the safety of the 6th Napthha cracker's emissions, interrogrations of research about high PM 2.5 levels in the county and statements about supposed local population growth.

A 2012 blog entry by FPCC Go Away analysis the distribution and publication practices of the newspaper. Notably, the authors point out that an issue of the newspaper addressing PM 2.5 levels was re-published and distributed in the days leading up to a public speech by Prof. Zhan Chang-quan (Department of Public Health at National Taiwan University) who had studied air pollution in the county. 

An ethnographic moment that stands out to me is when a yearly visitor to the Grand Staircaise Escalante region emphasized the importance of preserving the area under monument status. In a rare moment of recognizing the energy use/demands of even those who are preservation/wilderness proponents, he said "look, I know we have to get our energy from somewhere and maybe for now it's going to be fossil fuels, but please, not here. This place is sacred." Although everyday energy use and the use of petroleum to make such outdoor recreation products as kayaks is occasionally brought into view instead of displaced, these comments are often divorsed from thinking about how people in this area get energy, where the materials extracted from this area go, and what other forms of energy production might replace this extraction. Rather than arguing for a transition of how energy is produced, there seems to be a sense of inevitabilty of extraction but a desire for such industrial processes to be carried out somewhere else.

This study would be useful because it shows the prevalence of overdiagnosis. It shows that while the nuclear disaster did cause an increase in the observed thyroid cancers, this was well above the expected number of cases. While they did not present the dangerous implications of overdiagnosis, this is something that could be researched further. It can be considered a good thing that these cases were found through the Program put in place, but can also cause harm if unnecessary radiation was administered.

Technical professionals can use this data to perhaps launch other studies to analyze the true effects of the disaster in Japan on thyroid cancer rates in adjacent areas. This study and data finings from this can be used to show the need for further studies on the matter in order to determine the correlation between cancer rates and the disaster. The study overall shows that there were high screening rates for thyroid cancer after the disaster, yet attributes it to the possibility of over diagnosis. This study can open the doors for numerous more studies on this matter. This study can also be used down the road as a reference for anyone who wishes to study the degree of fallout and cancer rates caused by a nuclear disaster. Methods used in this study can be modeled down the road for other disasters, with adjustments accounting for the possibility of over diagnosis. 

Professionals could use data from this study to further research the affects of nuclear radiation on the human body. 

Professionals could use data from this study to further research the affects of nuclear radiation on the human body. 

Technical professionals can make use of data from this study to persuade the WHO of the need of global health prevention, through use of gathering supplies, placing infrastructure, and increasing the country's virability in terms of economic and health status. This study can be used to prevent dieases, prep for natural disasters and stree the need for cures for aliments common to these countries.

On a day to day basis as a healthcare professional, this isn’t very important outside of a teaching and understanding standpoint. A disease is, first and foremost, a disease, and needs to be treated accordingly. While healthcare professionals should educate their patients about risk factors that could lead to their increased likelihood of illness, as well as understand and appreciate why some populations are more vulnerable than others, it does not assist in direct disease treatment.

There are several ways that this study can benefit technical professionals. By knowing the factors for the highest risk for communicable diseases, resources can be directed to mitigate the effects of a disaster. The more aware technical professionals are of the risks of communicable diseases, the more likely they will be able to identify when these situations are likely and prevent them from happening.