Following the article, the author J. Kenens has published another paper "Changing perspectives: tracing the evolution of citizen radiation measuring organizations after Fukushima (2020)" DOI: 10.1051/radiopro/2020041 (link) that draws on the research on citizen science in Japan with a new focus on the comparison of their practices directly after the nuclear accident and today.
It is interesting to see how citizen science in Japan is enacted and how the concept of citizen science is dependent to the social and cultural context. Also looking at it not only from a top-down perspective, where universities or organizations are involved, but also the bottom-up perspective that includes only those practices that are done by citizens alone opens up a new space. As I am currently engaging with research on air pollution in different sites, I could build from this text in considering the link between "citizen-driven approaches and institutional imparatives in the governance" (p. 7) of issues with air pollution.
The text is an article about citizen science in the aftermath of the Fukushima disaster in 2011. The first noteworthy detail about this text that struck me is the inclusion of Japanese words and even their original spelling. This creates a kind of closeness to the field that the authors did their research in.
The authors engaged in multi-sited ethnographic fieldwork that took place in and around Fukushima but also in other geografical sites like Tochigi, Miyagi, Aichi, Tokyo and Kyoto. There, they conduct semi-structured interviews with various organisations that are all somehow involved with citizen science or radiation measurement. To learn about the citizens that measure radioactivity and create their own data on radiation because of a lack of provided data by the government, a literature review of policy documents and workshops with those citizen scientists is performed.
This artical taliking about new jersey urban water quality. Now CSO finding a solution to that hazard. It allready taken substantial steps toward reducing or ending overflows. This “solids and floatables” control is an example of system optimization,This also has reduced the amount of trash getting dumped into waterways via CSO outfalls.
Air pollution is a huge issue nowadays, and it has a side effect on people's health as well. Air pollution divided into different type of pollution (Climate Change, Toxic Pollutants, Protecting the Stratospheric Ozone Layer, etc). Each one of this hase a negative effects on public health. First Climate Change, it is expected to lead to more intense hurricanes and storms, heavier and more frequent flooding, increased drought and that lead to death or injuries. Second Toxic Pollutants, it basically causes cancer, "EPA’s most recent national assessment of inhalation risks from air toxics12 estimated that the whole nation experiences lifetime cancer risks above ten in a million, and that almost 14 million people in more than 60 urban locations have lifetime cancer risks greater than 100 in a million." (EPA United States Environmental Protection Agency, para 41).
The main argument in this artical is children poverty in newark has increased by 19 percent in the last 15 years. In newark over 40% of chlidren live in poverty.