[genus]_[species]; Presenting phylogenies to facilitate synthesis.

IF 3.9 2区 生物学 Q1 EVOLUTIONARY BIOLOGY
Cladistics Pub Date : 2024-12-13 DOI:10.1111/cla.12601
Douglas Chesters, Silas Bossert, Michael C Orr
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引用次数: 0

Abstract

Each published phylogeny is a potential contribution to the synthesis of the Tree of Life and countless downstream projects. Steps are needed for fully synthesizable science, but only a minority of studies achieve these. We here review the range of phylogenetic presentation and note aspects that hinder further analysis. We provide simple suggestions on publication that would greatly enhance utilizability, and propose a formal grammar for phylogeny terminal format. We suggest that each published phylogeny should be accompanied by at minimum the single preferred result in machine readable tree (e.g. Newick) form in the supplement, a simple task fulfilled by fewer than half of studies. Further, the tree should be clear from the file name and extension; the orientation (rooted or unrooted) should match the figures; terminals labels should include genus and species IDs; underscores should separate strings within-field (instead of white spaces); and if other informational fields are added these should be separated by a unique delimiting character (we suggest multiple underscores or the vertical pipe character, |) and ordered consistently. These requirements are largely independent of phylogenetic study aims, while we note other requirements for synthesis (e.g. removal of species repeats and uninformative terminals) that are not necessarily the responsibility of authors. Machine readable trees show greater variation in terminal formatting than typical phylogeny images (owing presumably to greater scrutiny of the latter), and thus are complex and laborious to parse. Since the majority of existing studies have provided only images, we additionally review typical variation in plotting style, information that will be necessary for developing the automated phylogeny transcription tools needed for their eventual inclusion in the Tree of Life.

[属]_[种];介绍系统发育以促进综合。
每一个已发表的系统发育都是对生命之树的合成和无数下游项目的潜在贡献。完全合成的科学需要步骤,但只有少数研究实现了这些。我们在这里回顾了系统发育表现的范围,并指出了阻碍进一步分析的方面。我们对出版物提出了简单的建议,大大提高了实用性,并提出了一种系统发育结束格式的形式化语法。我们建议,每一个已发表的系统发育都应在补充中以机器可读的树(例如Newick)形式至少附带一个首选结果,这是一个不到一半的研究完成的简单任务。此外,树应该从文件名和扩展名中清除;方向(有根或无根)应符合图形;终端标签应包括属和种的id;下划线应该分隔字段内的字符串(而不是空格);如果添加了其他信息字段,这些字段应该由唯一的分隔字符(我们建议使用多个下划线或垂直管道字符|)分隔,并且顺序一致。这些要求在很大程度上独立于系统发育研究的目的,而我们注意到合成的其他要求(例如去除物种重复和无信息的末端)不一定是作者的责任。机器可读树在终端格式上比典型的系统发育图像表现出更大的变化(可能是由于后者需要更仔细地检查),因此解析起来复杂而费力。由于大多数现有的研究只提供了图像,我们额外回顾了绘制风格的典型变化,这些信息将是开发自动系统发育转录工具所必需的,这些工具最终将被纳入生命之树。
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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来源期刊
Cladistics
Cladistics 生物-进化生物学
CiteScore
8.60
自引率
5.60%
发文量
34
期刊介绍: Cladistics publishes high quality research papers on systematics, encouraging debate on all aspects of the field, from philosophy, theory and methodology to empirical studies and applications in biogeography, coevolution, conservation biology, ontogeny, genomics and paleontology. Cladistics is read by scientists working in the research fields of evolution, systematics and integrative biology and enjoys a consistently high position in the ISI® rankings for evolutionary biology.
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