世界哺乳动物:MaNIS作为分布式网络环境中数据集成的一个例子

Barbara R Stein, John Wieczorek
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引用次数: 64

摘要

自然历史收藏是关于我们与这个星球共享的物种的身份、进化关系和属性的知识的权威来源。因此,研究标本的收集在保护和可持续利用生物多样性方面发挥着核心和关键作用。标本数据对系统、基因组和生态分析的潜在贡献是巨大的,与目前使用的独立数据库系统相比,当信息通过分布式网络易于访问时,将会有更大的数量级。哺乳动物网络信息系统(MaNIS)是一个分布式数据库网络,允许参与机构提供基于网络的全球访问其收集的数据,用于研究、教育和知情决策。网络设计的简单性确保了任何希望加入MaNIS的机构都可以以相对较少的成本和相对较少的技术专门知识加入。尽管MaNIS及其底层架构的开发依赖于许多关键的编程任务和创新,但在这个关键时刻,该项目可以提供的大部分内容是对其方法的洞察和模板,通过该模板,其他学科可以参与类似的过程并取得同样的成功。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mammals of the World: MaNIS as an example of data integration in a distributed network environment
Natural history collections are the authoritative source of knowledge about the identity, evolutionary relationships, and attributes of species with which we share this planet. As such, collections of research specimens play a central and critical role in the conservation and sustainable use of biodiversity. The potential contribution of specimen data to systematic, genomic, and ecological analyses is enormous, and will be orders of magnitude greater when information is made easily accessible via distributed networks compared with stand-alone database systems in use up to the present. The Mammal Networked Information System (MaNIS) is a distributed database network that permits participating institutions to provide web-based global access to their collections data for research, education and informed decision-making. The simplicity of the network’s design ensures that any institution wishing to join MaNIS may do so at relatively little cost and with relatively little technical expertise. Although development of MaNIS and its underlying architecture relied on a number of key programming tasks and innovations, much of what the project can offer at this pivotal juncture is insight into its approach and a template by which other disciplines can engage in a similar process with equal success.
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