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What is the main argument, narrative and effect of this text?

margauxf

The authors review literature on the datafication of health, which they identify as the way through which health has been quantified on a number of different scales and registers. They focus primarily on the datafication of health in clinical health care and self-care practices, rather than medical research and public health infrastructures. From this literature, they identify three key themes: datafied power (the ways through which data permeates and exerts power over forms of life), living with data (focused on datafication as an intimate form of surveillance, and a technology of the self), and data-human mediations (which emphasizes the nonhuman elements mediating datafication dynamics and experiences—such as algorithms, data infrastructure and data itself).

 

In examining literature on datafied power, the authors acknowledge a lack of scholarship on understanding data and datafication in terms agency, rather than simply power and domination. For instance, data is sometimes mobilized in “creative and even pioneering ways (Rapp 2016)” (265).

 

They describe literature on “living with data” as increasingly focus examining the social, narrative, and affective dimensions of data practices and experiences (e.g. work on the “Quantified Self,” a group seeking self-knowledge through numbers – a form of relationality that might be described as datasociality). Some scholars have argued that data can render “‘feelings and problems more tangible and comparable” (Sharon & Zandbergen 2016, p. 11)” (267). Some have also acknowledged as well a “curious resonance between the vision of empowered, resisting individuals that many ethnographers of self-tracking celebrate, and the rhetoric of consumer empowerment found in discourses of digital health (Schull 2017, Sharon 2017)” (267).

 

The literature on data-human mediations emphasizes the agency, liveliness and/or performativity of nonhuman elements—essentially, how they structure and shape the possibilities for action. For instance: “as social expectations of normality and health become embedded in tracking devices’ target numbers, presentation of scores, and gamified incentives (Depper & Howe 2017, Whitson 2013), a “numerical ontology” comes to suffuse everyday practices and “the ways in which people relate to their own bodies” (Oxlund 2012, p. 53; see also Jethani 2015, p. 40)” (269). Perspectives and action can be enabled or disabled by wide variety of factors: the design and performativity of data technology software (user interface, operational and analytical algorithms), hardware (devices, sensors), data itself (as illustrated in different ways), and data infrastructures (labs, data centers, serve and cloud storage, and networks that organize how data is stored and circulated). An analytically constructive focus in this literature has emerged by applying the concept of “assemblage” as a way of tracing how data moves: “where it flows, where it finds impasses, how algorithms act on it along the way” (270).

 

Lastly, the authors identify scholarship on “data activism” as an emerging focus on exploring how data technology capacities might be employed to promote social justice, collective action, and political participation, as well as to challenged dominant norms and ideologies: “Individual self-tracking data, for instance, can have social and political potential when it is pooled to identify health inequalities, collective environmental exposure, or disparities in quality of life (Gabrys 2014).” (271)

 

New York City's electricity patterns during COVID-19

Briana Leone

As outlined in this brief article by the U.S. Energy Information Administration, energy consumption by New York City alone has dropped significantly more than the surrounding areas. On a prima-facie observation, one could say the foregoing alleviates stress on the existing energy infrastructures. However, deeper analyses should consider the repercussions that demanding less energy may have on production, supply, and distribution, as well as transitions between larger and smaller electric microgrids. Given energy infrastructures in the United States are already vulnerable, can it be really said the pandemic alleviates stress on the existing energy infrastructures when everybody is connected to the internet and is generally using more technology at home?

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Sara_Nesheiwat

The Chernobyl nuclear power plant explosion in 1986 led to a ten day reactor fire that resulted in a large and unknown amount of radiation spilling into the surrounding areas in Ukraine. This caused the contamination of the environments and those around the reactor. Hundreds of thousands of people had to evacuate and to this day it remains to be an issue. Due to this controversy that still surrounds this disaster, the IAEA, FAO, UNDP, UNEP, OCHA, UNSCEAR and WHO created the Chernobyl Forum. They generate "authoritative consensual statements" on the environmental consequences due to the radiation exposure. Ultimately they and this event in Chernobyl are what called for this report. 

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Sara_Nesheiwat

This is a 180 page document that has hundreds of components in terms of what information, as well as measures and advice that the report includes and recommends. The report contains information on the radioactive release amounts and deposition in the urban, environmental, agricultural and aquatic areas surrounding the plant. Recommendations for future monitoring and research are also provided. Countermeasures are also widely discussed and ways in which people can combat and help reverse effects of the radiation and evacuations. The effects the disaster had on plants and animals is also analyzed and supported by facts and figures. The amount of human exposure and recommendations are also discussed. Future trends are analyzed as well as very detailed reports of the weather during the time of the incident, how that effected things, how specific types of animals were effected, the differences between external and internal doses.  A break down of the impact on air, shelter, surface water, groundwater etc. is also provided. Needless to say, pretty much any single detail that could possibly be known about the condition during the event and after the event were researched and documented in this report. 

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Sara_Nesheiwat

Data for this report was collected from other sources and forms of documentation as early as the day of the event. Information and details such as population sizes, weather conditions that day, human population distribution and more were all information collected from that day of the event. Other forms of data collected, ranging over the time of the event occurring to the publication time, include factors such as the quality of the air, water, animals and living conditions surrounding the plant. Human radiation levels and infection were also gathered, radiation levels of crops and much, much more were all statistics and data collected over roughly twenty year timespan that this report covers. This is actually one of the main driving points of the report, listed in the title "twenty years of experience." It compiles 20 years of research and findings into one large report.

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Sara_Nesheiwat

The report heavily discuss the effect that the radiation had on the people and environment around the plant. Not only is there a deep scientific analysis of the effects that the radiation had on local areas surrounding the plant, but conclusions as well as recommendations for future research as well as recommendations for countermeasures are also suggested and discussed. Health concerns of those exposed to radiation as well as amounts they were exposed to is discussed and measures those can take to counteract and protect themselves in the future.

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Sara_Nesheiwat

The report shows that there are obvious measures of fallout and exposure due to the disaster. The numbers show a clear effect of the disaster on the environment, animals and humans surrounding the area. Due to this, this puts technical professionals in a position in where they must take obvious precautions, and proceed with this data ethically and attempt to combat it and increase the preservation of the environment as well as areas and people surrounding the area of disaster. Professionals now must with this data and these findings apply their degrees and background to help improve the conditions ad fallout. They now have a duty in their respective fields to work with these findings and use them to better the situation to the best of their abilities. 

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Sara_Nesheiwat

This article has been cited in a few works, many having to do with Chernobyl or other nuclear disasters such as Fukushima. This reports has also been cited in numerous reputable journals as well as cited by numerous health organizations and experts on the topic. A lot of information from this report has been used to support other works reporting on Chernobyl.