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荷兰一个18世纪的医学气象学会:早期组织、仪器与量化研究。第1部分。

An eighteenth-century medical-meteorological society in the Netherlands: an investigation of early organization, instrumentation and quantification. Part 1.

作者信息

Zuidervaart Huib J

机构信息

Museum Boerhaave.

出版信息

Br J Hist Sci. 2005 Dec;38(139):379-410. doi: 10.1017/s0007087405007338.

Abstract

In many areas of the eighteenth century was a starting point for the quantification of science. It was a period in which the mania for collecting led to the first attempts in systematization and classification. This penchant for collecting was not limited to natural history specimens or curiosities. Due in part to the development of mathematical and physical instruments, which became more widely available, scholars were confronted with the informative value of numbers. On the one hand, sequences of measurements appeared to be the key to the advancement of scientific knowledge, yet on the other hand the mathematical apparatus to deal with these data was still largely lacking. As a result of this the first meteorological networks organized in the eighteenth century all became bogged down in the large amount of information that was collected but could not be processed properly. This development is illustrated in a case study of an early Dutch meteorological society, the Natuur-en Geneeskundige Correspondentie Sociëteit (1779-1802). What were the factors that triggered this interest in the weather in the Netherlands? What were the goals and expectations of the contributors? What were their methodological strategies? Which instruments were used to measure which meteorological parameters? How was the stream of numbers generated by these measurements organized, collected and interpreted? An analysis of this process reveals that limits on the advancement of meteorology were not only imposed by eighteenth-century Dutch Republic and the lack of a proper theoretical insight were also crucial factors that eventually frustrated the breakthrough of meteorology as an academic science in the Netherlands. This breakthrough was only achieved in the second half of the nineteenth century.

摘要

在18世纪的许多领域都是科学量化的起点。这是一个收藏热引发了首次系统化和分类尝试的时期。这种对收藏的嗜好并不局限于自然历史标本或奇珍异物。部分由于数学和物理仪器的发展,这些仪器变得更加普及,学者们开始面对数字的信息价值。一方面,测量序列似乎是科学知识进步的关键,然而另一方面,处理这些数据的数学工具仍然严重缺乏。因此,18世纪组建的第一批气象网络都在大量收集但无法妥善处理的信息中陷入了困境。这一发展在对荷兰一个早期气象学会——自然科学通信学会(1779 - 1802)的案例研究中得到了体现。引发荷兰人对天气产生这种兴趣的因素有哪些?贡献者的目标和期望是什么?他们的方法策略是什么?使用了哪些仪器来测量哪些气象参数?这些测量产生的数字流是如何组织、收集和解读的?对这一过程的分析表明,气象学发展的限制不仅是由18世纪的荷兰共和国造成的,缺乏恰当的理论洞察力也是最终阻碍气象学在荷兰成为一门学术科学取得突破的关键因素。这一突破直到19世纪下半叶才得以实现。

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