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众包、1833年的大流星风暴与流星科学的创立

Crowdsourcing, the great meteor storm of 1833, and the founding of meteor science.

作者信息

Littmann Mark, Suomela Todd

机构信息

University of Tennessee, School of Journalism and Electronic Media, 333 Communications Building, Knoxville, TN 37996-0333, USA.

University of Tennessee, School of Information Sciences, 420 Communications Building, Knoxville, TN 37996-0451, USA.

出版信息

Endeavour. 2014 Jun;38(2):130-8. doi: 10.1016/j.endeavour.2014.03.002. Epub 2014 Jun 8.

DOI:10.1016/j.endeavour.2014.03.002
PMID:24917173
Abstract

Yale science professor Denison Olmsted used crowdsourcing to gather observations from across the United States of the unexpected deluge of meteors on 13 November 1833--more than 72,000/h. He used these observations (and newspaper accounts and correspondence from scientists) to make a commendably accurate interpretation of the meteor storm, overturning 2100 years of erroneous teachings about shooting stars and establishing meteor science as a new branch of astronomy. Olmsted's success was substantially based on his use of newspapers and their practice of news pooling to solicit observations from throughout the country by lay and expert observers professionally unaffiliated with Yale College and him. In today's parlance, Olmsted was a remarkably successful early practitioner of scientific crowdsourcing, also known as citizen science. He may have been the first to use mass media for crowdsourcing in science. He pioneered many of the citizen-science crowdsourcing practices that are still in use today: an open call for citizen participation, a clearly defined task, a large geographical distribution for gathering data and a rapid response to opportunistic events. Olmsted's achievement is not just that he used crowdsourcing in 1833 but that crowdsourcing helped him to advance science significantly.

摘要

耶鲁大学的科学教授丹尼森·奥姆斯特德利用众包的方式,收集了来自美国各地关于1833年11月13日那场意想不到的流星雨的观测数据——每小时超过7.2万颗。他利用这些观测数据(以及报纸报道和科学家的信件)对流星风暴做出了堪称准确的解读,推翻了长达2100年有关流星的错误学说,并将流星科学确立为天文学的一个新分支。奥姆斯特德的成功很大程度上得益于他对报纸的利用,以及报纸采用的新闻汇聚做法,即通过与耶鲁学院和他没有专业关联的普通人和专家观测者,从全国各地征集观测数据。用如今的说法,奥姆斯特德是科学众包(也称为公民科学)一位非常成功的早期践行者。他可能是第一个在科学领域利用大众媒体进行众包的人。他开创了许多如今仍在使用的公民科学众包做法:公开呼吁公民参与;明确界定任务;广泛的地理分布以收集数据;对机会性事件迅速做出回应。奥姆斯特德的成就不仅在于他在1833年就使用了众包,还在于众包帮助他极大地推动了科学发展。

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