Müller-Wille Staffan, Charmantier Isabelle
Centre for Medical History, University of Exeter, Amory Building, Rennes Drive, Exeter EX4 4RJ, United Kingdom.
Stud Hist Philos Biol Biomed Sci. 2012 Mar;43(1):4-15. doi: 10.1016/j.shpsc.2011.10.021. Epub 2011 Nov 21.
Natural History can be seen as a discipline paradigmatically engaged in 'data-driven research.' Historians of early modern science have begun to emphasize its crucial role in the Scientific Revolution, and some observers of present day genomics see it as engaged in a return to natural history practices. A key concept that was developed to understand the dynamics of early modern natural history is that of 'information overload.' Taxonomic systems, rules of nomenclature, and technical terminologies were developed in botany and zoology to catch up with the ever increasing amount of information on hitherto unknown plant and animal species. In our contribution, we want to expand on this concept. After all, the same people who complain about information overload are usually the ones who contribute to it most significantly. In order to understand this complex relationship, we will turn to the annotation practices of the Swedish naturalist Carl Linnaeus (1707-1778). The very tools that Linnaeus developed to contain and reduce information overload, as we aim to demonstrate, facilitated a veritable information explosion that led to the emergence of a new research object in botany: the so-called 'natural' system.
自然史可以被视为一门典型地从事“数据驱动研究”的学科。早期现代科学的历史学家已开始强调其在科学革命中的关键作用,而一些当代基因组学的观察者则将其视为回归自然史实践。为理解早期现代自然史的动态发展而形成的一个关键概念是“信息过载”。植物学和动物学中发展出分类系统、命名规则和专业术语,以跟上关于此前未知动植物物种的信息量不断增长的步伐。在我们的论述中,我们想对这一概念进行拓展。毕竟,抱怨信息过载的往往正是那些对其贡献最为显著的人。为了理解这种复杂关系,我们将转向瑞典博物学家卡尔·林奈(1707 - 1778)的注释实践。正如我们旨在证明的那样,林奈为控制和减少信息过载而开发的工具,促成了一场名副其实的信息爆炸,进而导致植物学中一个新的研究对象的出现:即所谓的“自然”系统。