Analyze

California’s Central Valley is arguably the most productive agricultural region in the world. Despite making up only 1% of all farmland in the United States, it produces 250 different crops that make up a quarter of all food consumed in the U.S., including close to half of all fruit, nuts, and table foods. The map included below shows the variety and intensity of this kind of cultivation. This level of agricultural production has been made possible by the dominance of industrial agriculture interests at all levels of government, resulting in one of the most physically altered landscapes in the world. These alterations focused in large part on water, the biggest limiting factor for industrial agriculture in a region technically classified as a desert. Over the course of the 20th century, the largest body of freshwater west of the Mississippi–Tulare Lake–was drained to make more land available, the Central Valley Project and State Water Project built thousands of miles of canals and tens of dams to control the supply of water for irrigation, and massive groundwater aquifers were pumped nearly dry during drought years. These transformations were accomplished through the utilization of rhetoric that emphasizes the centrality of the farmer identity to the American political imaginary (despite the massive distance between Californian industrial agriculture and the Jeffersonian agrarian ideal) and the unique importance of providing the nation’s food. This kind of exceptionalism has characterized agriculture across the United States since its inception and has repeatedly produced other forms of social injustice (e.g., the exclusion of agricultural laborers from U.S. labor protections) that compound the hazardous effects of its environmental injustices.

Source

Vo, Katie, Taranjot Bhari and Margaret Tebbe. 2023. Industrial Agriculture in California's Central Valley. In 4S Paraconference X EiJ: Building a Global Record, curated by Misria Shaik Ali, Kim Fortun, Phillip Baum and Prerna Srigyan. Annual Meeting of the Society of Social Studies of Science. Honolulu, Hawai'i, Nov 8-11.

California’s Central Valley is arguably the most productive agricultural region in the world. Despite making up only 1% of all farmland in the United States, it produces 250 different crops that make up a quarter of all food consumed in the U.S., including close to half of all fruit, nuts, and table foods. The map included below shows the variety and intensity of this kind of cultivation. This level of agricultural production has been made possible by the dominance of industrial agriculture interests at all levels of government, resulting in one of the most physically altered landscapes in the world. These alterations focused in large part on water, the biggest limiting factor for industrial agriculture in a region technically classified as a desert. Over the course of the 20th century, the largest body of freshwater west of the Mississippi–Tulare Lake–was drained to make more land available, the Central Valley Project and State Water Project built thousands of miles of canals and tens of dams to control the supply of water for irrigation, and massive groundwater aquifers were pumped nearly dry during drought years. These transformations were accomplished through the utilization of rhetoric that emphasizes the centrality of the farmer identity to the American political imaginary (despite the massive distance between Californian industrial agriculture and the Jeffersonian agrarian ideal) and the unique importance of providing the nation’s food. This kind of exceptionalism has characterized agriculture across the United States since its inception and has repeatedly produced other forms of social injustice (e.g., the exclusion of agricultural laborers from U.S. labor protections) that compound the hazardous effects of its environmental injustices.

Vo, Katie, Taranjot Bhari and Margaret Tebbe. 2023. "Industrial Agriculture in California's Central Valley." In 4S Paraconference X EiJ: Building a Global Record, curated by Misria Shaik Ali, Kim Fortun, Phillip Baum and Prerna Srigyan. Annual Meeting of the Society of Social Studies of Science. Honolulu, Hawai'i, Nov 8-11.

"The purpose of this essay is to discuss a truly formidable task, the creation of an international nuclear emergency response team"

This quote sets up the rest of the article by showing the reader, regardless of their background or knowledge, that the creation of such a team is going to be difficult.  Beyond the standard challenge of creating a unified emergency response team, it is an international one - therefore with language barriers, geographical differences, and large distances to travel in the case of an emergency. And futhermore, it is a team created to deal with the incertainty of nuclear materials in an emergency situation - even more of a challenge.

The author states a background in STS studies, futher work with organization, disasters, and sociocultural risk studies.

"In the interest of sustainable and socially legitimate solutions, arguably decisions to even the technical responses to disasters should not be left to scientists and engineers alone"

This statement is very thought-provoking and is not exactly expected in a research article - that a scientist's or engineer's decision should be influenced or editied by those without such specific education or expertise.

-balancing point between safety and profitability

-disaster did not happen as a chain of events that made it bound to occur at some point, it happened on a system that was in good shape

-over regulation of the industry and workers results in a lack of flexibility and therefore an inability to be creative in emergency situations

-need emergency response team to be skilled professionally and socially, but on a low budget - and very importantly - cooperation from nuclear corporations

The author compares existing and previous nuclear regulation/safety/etc committees, analyzing differences between them and various shortcomings. This information is used to develop the author's idea of a more effective and safe oganization to enforce regulations and train an emergency response team.

The author also looked at how previous emergencies were handled and what new regulations stemmed from each, as well as how those have worked since their implementation, and what more can be done.

Emergency response is the main idea in this article, but specifically that related to nuclear emergencies. An interesting point was made about the confidentiality of the plants and their "trade secrets" of sorts. While being transparent is helpful for safety reasons, it also reduced the profitability of the company, since other companies would be able to use their ideas. EMS knows a lot about respecting privacy through HIPPA, however it is also important to know the layout of important or potentially hazardous buildings within a response district. This would be a necessary compromise to make between the nuclear emergency response team and the nuclear leaders.