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josh.correiraThe data for this report was obtained over a period from the earthquake in 2010 to 2012.
The data for this report was obtained over a period from the earthquake in 2010 to 2012.
One major point outlined in the article is the way that disease outbreaks have been viewed and prepared for has changed over the past few centuries. It started out in the view of public health where social factors like sanitation and clean water were valued but then shifted towards preparedness after outbreaks of various influenza viruses seemed to not fit the paradigm of public health.
The organization has the infrastructure of the Federal government, however they operate in areas that are more rural, including Alaska and the Southwest where environmental issues such as clean drinking water can be present, which they address in their community health approach. All members also are allowed access to the internet, which I'm assuming is available at each of their locations.
The object of this study is to demonstrate with objective data that pollution in Newark is causing real damage. Especially for children, because they suffer from respiratory diseases such as asthma; which is more harmful to a developing organism like a child. It is important that we become aware that pollution damage is real, and that a part of the population that is really affected is the youngest.
The author is Sonja D. Schmid who is a professor of Science and Technology in Society at Virginia Tech. Her area of expertise is the social aspect of science and technology, esp. during the Cold War, as well as science and technology policy, science and democracy, qualitative studies of risk, energy policy, and nuclear emergency response. As a professor and researcher she has does relevant studies on Fukushima and nuclear disasters relevant to the DSTS network. One such article titled "The unbearable ambiguity of knowing: making sense of Fukushima" is cited below:
Schmid, Sonja D. "The Unbearable Ambiguity of Knowing: Making Sense of Fukushima." Bulletin of the Atomic Scientists. N.p., 2013. Web.
I have not found any opinions in the news about the program but several other educational institutions have released announcements about the program appearing to be advertisements.
The article addresses the inequities in public health by showing how millions of tons of dust from concrete and asbestos were kicked up into the air after the tower collapses of 9/11 and was then determined to be safe per the EPA. A lawsuit was filed against the EPA on behalf of schoolchildren required to attend school in buildings near the site of the collapse and forced to breathe in so-called safe air. Emergency response is not directly addressed however plans of mandating that the EPA pay for the cleanup process are mentioned.
I think it is an important step, clearly for presenting complaints, the problem will not be solved; we should all do it if we see something of this kind. In addition to the complaints, there are many steps to follow, such as organizing protests, taking care of daily consumption or becoming aware that a sustainable life is better for everyone.
Emergency response is addressed in this article as mentioned above, stating how it should be the focus of disaster prepardness instead of disaster prevention. Schmid also discusses the important components necessary in an emergency response team including analysis of previous disasters and experience from disaster relief organizations like the UN, and improvisation instead of comparing one disaster to another as no two disasters are identical.
“Yet risk has never been determined solely by individual behavior: susceptibility to infection and poor outcomes is aggravated by social factors such as poverty, gender inequality, and racism”
“we have transplanted and adapted the “PIH model” of care, which was designed in rural Haiti to prevent the embodiment of poverty and social inequalities as excess mortality due to AIDS, TB, malaria, and other diseases of poverty”
“Physicians can rightly note that structural interventions are “not our job.” Yet, since structural interventions might arguably have a greater impact on disease control than do conventional clinical interventions, we would do well to pay heed to them.”