A Companion to the History of Science 2016
DOI: 10.1002/9781118620762.ch20
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The Field

Abstract: Sensing is an integral part of collecting data in the field. As apparatuses become more refined, they increase the capacity and precision of data that can be collected in even the most forbidding of zones. Historian of science Etienne Benson describes how the increasingly complex infrastructure of sensing is altering the experience of fieldwork, the persona of the scientist, and the nature of the knowledge that is produced.

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Cited by 9 publications
(8 citation statements)
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“…First, continuing a tradition in science and technology studies, my research draws attention to the ongoing negotiations between the desire to control and the need for cooperation that characterize the implementation of field experiments (Henke, ; Kohler & Vetter, ). To this end, the case of development RCTs demonstrates that successful field experimentation depends on the researcher’s ability to productively manage the ambiguity of what is being tested.…”
Section: Resultsmentioning
confidence: 99%
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“…First, continuing a tradition in science and technology studies, my research draws attention to the ongoing negotiations between the desire to control and the need for cooperation that characterize the implementation of field experiments (Henke, ; Kohler & Vetter, ). To this end, the case of development RCTs demonstrates that successful field experimentation depends on the researcher’s ability to productively manage the ambiguity of what is being tested.…”
Section: Resultsmentioning
confidence: 99%
“…This means that development RCTs, at least in their design, do not have to deal with criticism about “mock settings” or “stage action”: the experiments take place in situ (MacKenzie, Muniesa, & Siu, ). Instead, similar to other field sciences, they face a different type of credibility challenge, namely, the need to continuously demonstrate that experiments in developing countries could retain certain characteristics of lab sciences, such as generating generalizable, “placeless knowledge and being inconsequential” (Guggenheim, , p. 102; Kohler & Vetter, ).…”
Section: Previous Experimentation In Economics and The Novelties Of Dmentioning
confidence: 99%
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“…46 These activities informed other scientific work that was performed in geographically distant laboratories, stables and post-mortem rooms, 42 Klein (1893), ), United Kingdom Parliament (1906a. 43 DeBont (2015), Kohler and Vetter (2016). For a contemporary analysis of the farm as a scientific site, see Henke (2000).…”
Section: Coordinated Campaignsmentioning
confidence: 99%
“…For his part, Theodore Wulf , a German physicist, became famous for his measurements from the top of the Eiffel Tower in 1910 with an electrometer he designed. 10 Another important contribution was made by Italian physicist Domenico Paccini (1878-1934), 6 See, for instance, Heggie (2016); Kuklick & Kohler (1996); Kohler & Vetter (2016); Vetter (2016). 7 Aguirre ; Compton (1933b); .…”
Section: Introduction: How To Write a History Of Physics In The Fieldmentioning
confidence: 99%