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The Pollution Reporter app allows users to: (1) make a pollution report of something they see or sense, (2) search different polluters in Chemical Valley and access data on their emissions, (3) look up health symptoms and see what chemical pollutants might be linked to these symptoms, and (4) learn about specific chemical pollutants.

The workflows are meant to provide impacted individuals access to important information that can help them link health harms to specific polluters and chemicals from the nearby Chemical Valley. The reporting workflow also allows individuals to create reports, and thus their own data, on things they see or sense that might not be captured by industry monitoring systems. In this way, workflows both streamline access to important and relevant information while also enabling the capturing of experiential data.

The Pollution Reporter app includes data on: (1) polluters in Chemical Valley and a list of its chemical emissions, (2) health symptoms and the chemicals that are associated with that symptom, and (3) chemical pollutants that are emitted in Chemical Valley and the associated health impacts and polluters. Users are encouraged to search within these three categories and see the interconnectedness between polluters, chemical pollutants, and health symptoms. This helps users attach responsibility for health harms to chemicals and the corporations that make them. Users are also encouraged to submit their own data through a pollution report of something they see or sense. 

The Pollution Reporter App translates and connects government, industry-reported, and peer reviewed sources of data into accessible information about the known health effects of pollutants. The creators of the app recognized the limitations to government data in that it is (1) created by Industry, (2) disconnected from the health harms that pollution causes, (3) hard to get, (4) inaccurate, tending to underreport harms, (5) out-dated, (6) and usually organized one chemical at a time, not accounting for cumulative exposure of multiple chemicals. 

The key participation that the Pollution Reporter app supports is the ability for a user to report a pollution event, spill, or leak to the Ontario Ministry of Environment, making it easier for community members to report problems to the Spill Action Centre. The app assists in making the report, which is then sent through the users own email, and allows users to share on social media or keep a record of their reports.

This  reporting workflow is one of the main features of the app (one of four) and is located in the bottom navigation bar as the report icon (next to the polluters, chemicals, and health symptoms icons). 

After the Fukushima disaster, thyroid examinations were performed on residents less than 18 years of age. The first three years post disaster are noted as the "Initial phase" and act as a control. Of those tested, 113 cases were suspected of or found to have thyroid malignancies, 99 of those underwent surgery. After this, the goal became to compare and observe prevalence of thyroid cancer in this initial screen program with historical controls based off if there was a nuclear disaster or not.

For this study, the observed/expected ratio was calculated for residents less than 20 years old. Observed prevalence of cancer was calculated using numbers found in the initial thyroid screening program mentioned above. Expected prevalence was then calculated by using a life-table method utilizing national estimates of thyroid cancer incidences before the disaster. The population of Fukushima was taken into account.  A 5 year cumulative risk of thyroid cancer incidences was calculated for the year of 2010.  This 5 year risk was then converted to a 1 year cumulative risk using a method called spline smoothing. Then the age-specific prevalence of thyroid cancer was estimated by multiplying the 0 year old population by the age specific risk in 2010. 

I have done research involving cancer rates and their correlation with power plants (in my case Indian Point.) Doing that research caused me to read hundreds of studies similar to this one where estimates are made using calculations based off cancer rates before the incident and then taking them and putting them into context of a post disaster area. I wouldn't quite say that this method is new or inventive but it follows similar methodology to other studies of this same caliber, yet there are aspects that make it more unique such as converting the 5 year to 1 year cumulative risk using a spline smoothing method. 

"Data from this study provide the opportunity for addressing not only problems of medical care and public health, but for reflecting on theoretical and methodological questions central to this book as well."

"As the interviews went on, it became evident that "fainting" is a cultural category often used to describe classical tonic--clonic seizures. However, the term is associated with a more general semantic domain that includes fainting occurring in times of acute distress or in the context of a life of suffering, and is less stigmatizing than the term "epilepsy."

"Narrative theory describes two aspects of plot: plot as the underlying structure of a story, and "emplotment'' as the activity of a reader or hearer of a story who engages imaginatively in making sense of the story. Both are relevant to the analysis of illness narratives."

The American Red Cross has volunteers in different sectors, some are blood drive volunteers, while others are disaster volunteers or digital advocates. Disaster volunteers form action teams and respond to single-family fires, or provide food and shelter, comfort, etc to areas of major disaster, a recent example would be the fires in California. Yet they also aid areas that recently have succumbed to hurricanes and tornados. They also act as disaster preparedness presenters and educate people on how to be prepared for disaster. The American Red Cross is always hosting blood drives, yet when there is a national disaster, they hold emergency drives and increase the amount of drives they have in order to get blood for those devastated by the disaster. American Red Cross doesn't just respond to disaster and act as an emergency response force but they actively hold seminars to educate people on being both prepared and preventative. 

EMTALA was enacted by Congress in 1986 and was part of the Consolidated Omnibus Budget Reconciliation Acts of 1985. Congress saw different cases around America where doctors were refusing medical care to patients who could not make a deposit at the time of their admittance to the ER. An example of this is a patient Eugene Barnes, who in 1985 suffered a stab wound and ultimately ended up dying because 6+ doctors refused to help him without payment or some form of compensation. This made national news and other cases began to come to light, such as at Baptist Hospital in Miami and many other areas. News outlets began to follow these cases and this caught attention of government officials. Shortly after, EMTALA was enacted.

http://www.pitt.edu/~kconover/ftp/emtala-draft.pdf

I would say that the perspectives of the government as well as first responders were not included in this film. They were not able to communicate the stresses as well as the lack of resources and man power. There were no viewpoints from first responders or volunteers, having that testimony would have more accurately depicted the hardships that first responders and aid were facing.