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The third chapter discusses the most important manuals of navigation and cosmography that were produced in Spain in the 16th century, along with their importance for the history of Western science.
Oceanic exploration beyond the confines of the Mediterranean required new navigational techniques, that were highly dependent on astronomy. Portugal and Spain consolidated the new science of celestial navigation (navegación de altura), which was compiled in and spread by a set of texts and manuals that were read both in and beyond the Iberian Peninsula throughout the 16th century.
Key words: Manuals of Navigation, Cosmography, Navigation, 16th century, Astronomy
As we have seen, the complex effort to build an efficient colonial administration, which was a technical and normative problem in itself, was inseparable from an intense scientific activity for the same purpose of attaining control at a distance. The exploration and conquest of the New World and the subsequent shaping of a new world order were the result of a colossal enterprise of religious and commercial expansion, one that only became possible to the extent that what might have been the greatest political, technical, and scientific endeavor in history was developed and put into practice. The fundamental problem of imperial control was establishing an efficient long-distance communication between the metropolis and the newly discovered lands and, in the 16th century, the only means of transatlantic communication were the sailing ships. As we have already pointed out, crossing the Atlantic Ocean implied unprecedented technical challenges. The crossing of the great ocean was a voyage to a new world of which there were no trustworthy reports, nor familiar references, nor maps, nor guides. Once past the confines of the Mediterranean world—without previously established paths, routes, maps, or itineraries, and in the middle of an enormous and nearly infinite sea without visible coasts or islands or any other sign that might guide them—the new navigators of the Atlantic had to solve major technical problems. The ships had to be strong to resist a hostile and wild sea; rapid, to cover long distances with limited provisions; agile, to navigate with or without favorable winds; and of a suitable size, to approach unknown coasts and bays.
As the central concern of the book, Chapter 4 reveals how a single ship in the transatlantic journey is a microcosm in which we can recognize the complex sum of elements necessary to connect the Iberian Peninsula with its colonies. The knowledge and prowess required to sail a ship to its destination imply an articulated combination of skills and functions. First, we have the shipbuilders and the manufacture of powerful ships and navigation instruments, and second, once at sea, the ships had to be operated by a crew with multiple and specific crafts. This chapter therefore describes the ships and life on-board on a transatlantic journey.
Key words: Ships, Instruments, Pilot, Navigation, Life on-board
‘Planet Earth’ is a strange name since two thirds of its surface is covered by water, here, from a geographical point of view, ‘Planet Ocean’ would be more appropriate. However, the physical composition of the Earth has implications that are much more interesting for history than its name. Human expansion and the conquest of the world, an encounter with distant cultures, the creation of great commercial systems, and the consolidation of a global empire, only became possible because of one of the most surprising human achievements: dominion over the sea.
The final book of Gonzalo Fernández de Oviedo's Historia General y Natural de las Indias is devoted to the misfortunes of sailing, and he introduces the subject with an interesting reflection on the importance of navigation in the history of mankind. Quoting Pliny, who wrote about sails made of linen or canvas in book nineteen of his Natural History, he remarks: ‘what greater miracle can there be than to have a plant which thus makes Egypt a neighbor of Italy’. For Oviedo, on the other hand, it was not until the 16th century that the real power of using sails was really appreciated. While Pliny thought that linking Italy with Egypt was one of the great technical achievements of humanity, Fernández de Oviedo believed that it could not be compared with the new maritime routs of the 16th century:
In recent decades, historians have become increasingly interested in the logistical challenges and difficulties encountered by those responsible for the collection, preservation and safe transport of specimens from the field to the museum or laboratory. This article builds on this trend by looking beyond apparent successes to consider the practices and practicalities of shipboard travel and maritime and coastal collecting activities. The discussion focuses on the example of William Henry Harvey, who travelled to Australia in pursuit of cryptogams – non-flowering plants like mosses, lichens and algae – in 1853. In his private correspondence to family and friends, Harvey offered insights into the challenges and obstacles faced by all collectors in the period. His experiences were fundamentally shaped by the material culture, embodied knowledge and physical constraints he encountered on the way. On one level, shipboard and onshore collecting activities were facilitated by the connections forged by new technologies and Britain's global empire. But they also depended on specific contexts and relied on local agents and actors, as well as on the physical and technical facilities (and limitations) of those doing the collecting. The examples of Harvey and others shed light on the real, ‘lived’ experiences of individual collectors, the difficulties and challenges they encountered in amassing their collections, and the networks of people on which they relied.
Collecting data about people with mental disorders living outside of asylums became a heightened concern from the early nineteenth century onwards. In Germany, so-called “insanity counts” targeted the number and sometimes the type the mentally ill who were living unattended and untreated by professional care throughout the country. An eagerly expressed assumption that the “true” extent of the gathered numbers must be much higher than the surveys could reveal came hand in glove with the emerging task of “managing” insanity and its potential dangers in a modern society. The doorstep of the family home became a crucial site in psychiatrists’ and enumerators’ efforts to register the most sensitive of personal data. This article traces the ever more diligent methods that were employed to obtain the desired information, as well as the hidden agenda of the postulate of missing data itself. It also addresses the profound impact that the presumption of having only incomplete data has had on the practice of counting and surveying, as well as on the understanding of the need for professional monitoring of mental illness.
This paper examines self-inscription, a mode of census enumeration that emerged during the nineteenth century. Starting in the 1840s, a number of European states introduced self-inscription as an auxiliary means to facilitate the work of enumerators. However, a decisive shift occurred when Prussian census statisticians implemented self-inscription via individual “Zählkarten”—or “counting cards”—in 1871. The paper argues that scientific ideals of accuracy and precision prevalent in the sciences at the time motivated Prussian census officials to initiate self-inscription as an at-home scenario unmediated by enumerators, in which the census form alone was to yield truthful information from the respondents. By illuminating the bureaucratic means for implementing scientific ideals and practices in gathering personal census data, the paper offers an in-depth analysis of the media, technologies, and manpower that census takers deployed to reveal the epistemic—as well as social and political—impact of being “true to form.”
The article uses three case studies from the 1920s to explore how psychologists and elementary school teachers employed psychological techniques to gain knowledge about elementary school children and their milieu. It begins by describing the role of the elementary school and the elementary school teacher in the Weimar Republic. It then discusses the so-called “observation sheets” that were used in elementary schools in the 1920s to gain insights into the mental and moral characteristics of pupils. Third, it examines psychological experiments undertaken in elementary school classrooms based on the exemplar case of a single teacher/experimenter, before concluding with a comparison of the two practices. I argue that psychology gained in standing through this history, becoming recognized as a foundational science in the context of education. Teachers used the professionalization of observation techniques in school to enhance their socio-epistemic status.
In the spring of 1893, the Austrian writer and critic Hermann Bahr began interviewing various people on antisemitism, a subject of heated discussion in the European feuilleton around 1900. “Once again, I am travelling the world sounding out people’s opinions and listening to what they have to say,” he wrote in his introduction to a series of articles on that issue that appeared in the feuilleton of the Deutsche Zeitung between March and September 1893. A year later, the Berlin publishing house S. Fischer turned Bahr’s articles into a book. Bahr conducted a total of thirty-eight interviews with prominent personages, such as August Bebel, Theodor Mommsen, Ernst Haeckel, Henrik Ibsen and Jules Simon. Bahr did not focus on the arguments in favour or against antisemitism. Instead, he set out explicitly to investigate the sentiments, perceptions and opinions on this topic within the cultured classes. Yet, as I will show in this article, Bahr tried to capture not only the “sentiments” [Empfindungen] aired by his interviewees, but also the settings and interiors in which the interviews took place. I argue that these descriptions of physical space served Bahr as authentication, as a three-dimensional certificate for the “facts of opinion” [Meinungstatsachen] he recorded.
This paper contrasts the research strategies of two women reformers, Florence Kelley and Ellen Swallow Richards, which entailed different strategies of social reform. In the early 1890s, social activist Florence Kelley used the social survey as a weapon for legal reform of the working conditions of women and children in Chicago’s sweatshop system. Kelley’s case shows that her surveys were most effective as “grounded” knowledge, rooted in a local community with which she was well acquainted. Her social survey, re-enacted by lawmakers and the press, provided the evidence that moved her target audience to legal action. Chemist and propagator of the Home Economics Movement Ellen Richards situated the social problem, and hence its solution, not in exploitative working conditions, but in the inefficient and wasteful usage of available resources by the poor. Laboratory work, she argued, would enable the development of optimal standards, and educational programs should bring these standards to the household by means of models and exhibits. With this aim, she constructed public spaces that she ran as food laboratories and sanitary experiments. Kelley and Richards thus crossed the doorsteps of the household in very different ways. While Florence Kelley entered the household to change the living and working conditions of the poor by changing the law, Richards flipped the household inside out by bringing women into hybrid public laboratory spaces to change their behavior by experiment and instruction.
Data collections are a hallmark of nineteenth-century administrative knowledge making, and they were by no means confined to Europe. All colonial empires transferred and translated these techniques of serialised and quantified information gathering to their dominions overseas. The colonial situation affected the encounters underlying vital statistics, enquête methods and land surveying. In this paper, two of those data collections will be investigated—a survey on land and a survey on indigenous law, both conducted around 1910 on the Micronesian island of Pohnpei, which had fallen under German colonial influence a decade earlier. Strikingly, there are no enumerators or envoys of the state visiting the doorsteps of Pohnpei. To facilitate the data collection on homesteads, the whole population of the island was called upon to measure their respective plots of land themselves, without resorting to certified land surveyors. The preserved cadastral lists and spreadsheets testify to a rather peculiar contact between the colonizing administration and the colonized peoples. I argue that the production of data made encounters necessary, which are best observed though a methodological focus on data practices. I argue, furthermore, that the Pohnpeians were prompted during the surveys to define their homestead in new terms. This did not only entail new two-dimensional plots but also a new regime of private property. The change in the legal concept can be seen as a continuation of colonial violence by other means, given that it happened in the aftermath of the defeated Pohnpei Rebellion. The argument of the paper is, therefore, that data collection can have formative effects on society, and that measurement and quantified information are often, as Witold Kula argued, a scene of conflict. At its core, the installation of these metric regimes signified a change in patterns of justification, resource management and the unwritten constitution of the Pacific island.