科技史宇宙Civiliverse

Idea

Pesticide Regulation

农药管制

How the cost of a technology, once seen, becomes a rule that constrains it.

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The institutional response provoked by the ecological crisis of DDT and other pesticides. In 1972 the US EPA cancelled most uses of DDT; in 2001 the Stockholm Convention placed DDT and other persistent organic pollutants under global control, keeping only a public-health exemption for disease-vector control. Here the cost of a technology, once seen, was turned into rules that in turn constrained the technology itself.

Date
c. 1972–2001
Place
United States / global
Civilisation
Transregional
Fields
Economy & Institutions, Medicine & Life

…the objective of this Convention is to protect human health and the environment from persistent organic pollutants.

—— Stockholm Convention on Persistent Organic Pollutants (2001), Article 1 (Objective)
William Ruckelshaus, first Administrator of the EPA, in May 1972 (photograph by Charles O'Rear for the Documerica project). The next month he signed the order cancelling almost all uses of DDT in the United States; the Stockholm Convention of 2001 carried the restriction into international law.
William Ruckelshaus, first Administrator of the EPA, in May 1972 (photograph by Charles O'Rear for the Documerica project). The next month he signed the order cancelling almost all uses of DDT in the United States; the Stockholm Convention of 2001 carried the restriction into international law.Charles O'Rear, public domain, via Wikimedia Commons source

History

The regulation of DDT marks the point at which the response to a technology's costs became institutional. In 1972, after long hearings, the US EPA administrator William Ruckelshaus cancelled most uses of DDT—one of the young agency's most emblematic rulings. Over the following decades regulation moved from one nation to the globe: in 2001 the Stockholm Convention on Persistent Organic Pollutants was adopted (in force 2004), bringing DDT and other persistent organic pollutants into a global reduction framework. Yet the Convention did not ban DDT outright: since in high-malaria regions lacking safe, effective, and affordable alternatives it remained an important means of vector control, it kept a specific public-health exemption under World Health Organization guidance. Regulation, then, is not a single clean cut but a continuing negotiation, repeatedly weighing ecological risk against disease burden.

Why it matters

The DDT story shows as well as any why the costs of a technology belong in its history alongside its achievements: the spread of DDT, the ecological crisis, Silent Spring, the environmental movement, and finally regulation form five links joined end to end in a complete chain of feedback, not a straight line of "progress." Nor does the story have too neat an ending: the Convention's malaria exemption shows that "correction" itself carries new trade-offs—too strict and malaria kills, too loose and ecosystems suffer. The lesson is not simply that DDT was finally banned, but that any powerful technology needs an equally fine, continually revisable set of constraints.

Connections

Causes2

Consequences1

Sources

Open questionswell attested