Collectomics – towards a new framework to integrate museum collections to address global challenges

自然博物 Pub Date : 2025-03-28 DOI:10.3897/nhcm.2.148855
Julia D. Sigwart, Matthias Schleuning, Angelika Brandt, Markus Pfenninger, Hanieh Saeedi, Thomas Borsch, Eva Häffner, Robert Lücking, Anton Güntsch, Helmuth Trischler, Till Töpfer, Karsten Wesche
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引用次数: 4

Abstract

Collections’ digitisation is a priority in many natural history collections, and publicly available datasets are expanding rapidly. The potential value of collections remains largely untapped even in modern research, because the vast scope of collections dwarfs current efforts at data mobilisation. Collections are continually expanding, and there are an estimated 3 billion undigitised specimen records worldwide. In this review, we use a simple model to illustrate that current efforts at global digitisation will not succeed until the late 21 st century at the earliest, unless new technologies are harnessed and commitments by funding bodies and society are made. As we advance toward specimen digitisation, an equally important consideration is that the majority of these digital records only represent a fraction of the information potentially available from the collection objects. The term “collectomics” was coined in discussions within the Senckenberg institution as a phrase for digital frameworks that embrace all current and future data and knowledge derived from specimens. This expands on the concept of museomics, which was originally defined to focus on molecular data generated from museum specimens. Rooted in the concept of the extended specimen, collectomics encompasses metadata, images, traits, DNA, and further data extracted in the future with yet unknown applications, all of which are connected to environmental data and other historical contextual information. Thus, a view of digitisation under the collectomics concept is not limited to natural history collections but directly integrates evolutionary, ecosystem and social sciences, including the human contributions of collectors, donors, and researchers in the past and future. A “collectomics” view envisions seamless integration of multidimensional specimen-based data, with interoperability among historical, artistic, ethnographic, and natural history collections, to generate knowledge that is needed to tackle global challenges.
Collectomics——建立一个整合博物馆藏品的新框架,以应对全球挑战
藏品的数字化是许多自然历史藏品的优先事项,公开可用的数据集正在迅速扩大。即使在现代研究中,藏品的潜在价值在很大程度上仍未得到开发,因为藏品的巨大范围使目前在数据动员方面的努力相形见绌。藏品在不断扩大,估计全世界有30亿份未数字化的标本记录。在这篇综述中,我们使用一个简单的模型来说明,除非利用新技术并作出资助机构和社会的承诺,否则目前在全球数字化方面的努力最早要到21世纪末才会成功。当我们向标本数字化迈进时,一个同样重要的考虑是,这些数字记录中的大多数只代表了收集对象中潜在可用信息的一小部分。“集合组学”一词是在森肯堡研究所内部的讨论中创造出来的,它是一个数字框架的短语,包含了所有来自标本的当前和未来的数据和知识。这扩展了博物馆组学的概念,博物馆组学最初的定义是关注从博物馆标本中产生的分子数据。基于扩展标本的概念,集合组学包括元数据、图像、特征、DNA和未来未知应用中提取的进一步数据,所有这些都与环境数据和其他历史背景信息相关。因此,集成学概念下的数字化观点并不局限于自然史收藏,而是直接整合了进化、生态系统和社会科学,包括收藏者、捐赠者和研究人员在过去和未来的人类贡献。“集合学”的观点设想了基于样本的多维数据的无缝集成,以及历史、艺术、民族志和自然历史藏品之间的互操作性,以产生应对全球挑战所需的知识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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