Analyze

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). 

What data platforms are windows into data culture and politics in this setting?

What could one learn about Baltimore through a close analysis of the "Boston Tree Inventory" or through close work with CalEnviroScreen (noticing what gets pulled into visibility and what remains off-screen)? 

What kind of data infrastructures are imagined as needed n this setting and for what historical and contemporary reasons? In Austin, for example, energy transition actors have worked to establish energy data infrastructure that is separate from established data infrastructures supported by power companies, etc. 

What ideals are data collected to protect or to contest?

This study was funded by Grants-in-aid for the Cancer Control Policy from the Ministry of Health, Labour and Welfare, Japan. 

The object of this study is to determine whether or not there was overdiagnosis of thyroid cancer in Fukushima dollowing the nuclear disaster in 2011. 

This study is published in the Japanese Journal of Clinical Oncology. This journal is for clinical oncologists and publishes articles about medical oncology, clinical trials, radiology, surgery, basic research, epidemiology, and palliative care. It was established in 1971 as the first journal from Japan to publish clinical research on cancer in English. It is a sister-journal to the Journal of the National Cancer Institute. It is also linked through the Oxford Journals. 

The object of this study is to observe whether or not there was an overdiagnosis of thyroid cancer after the Fukushima nuclear disaster in 2011. They did this by comparing the observed prevalance of thyroid cancer in the Thyroid Screening Programme with the estimated historical controls on the assumption that there was neither nuclear accident nor screening intervention.