apomorphy versus plesiomorphy
同源演化与原始特征之间的比较
apomorphy is crucial for understanding evolutionary relationships.
特征是理解进化关系的关键。
the concept of apomorphy helps classify different species.
特征的概念有助于分类不同的物种。
researchers often use apomorphy to identify unique traits.
研究人员常常使用特征来识别独特的特征。
in phylogenetics, apomorphy indicates derived characteristics.
在系统发育学中，特征表示衍生特征。
understanding apomorphy can clarify the evolutionary process.
理解特征可以澄清进化过程。
apomorphy plays a key role in the study of biodiversity.
特征在生物多样性研究中发挥着关键作用。
identifying apomorphy can lead to new insights in taxonomy.
识别特征可以为分类学带来新的见解。
apomorphy distinguishes closely related species from one another.
特征将密切相关的物种区分开来。
apomorphy is often used in cladistic analysis.
特征通常用于分支分析。
apomorphy versus plesiomorphy
同源演化与原始特征之间的比较
apomorphy is crucial for understanding evolutionary relationships.
特征是理解进化关系的关键。
the concept of apomorphy helps classify different species.
特征的概念有助于分类不同的物种。
researchers often use apomorphy to identify unique traits.
研究人员常常使用特征来识别独特的特征。
in phylogenetics, apomorphy indicates derived characteristics.
在系统发育学中，特征表示衍生特征。
understanding apomorphy can clarify the evolutionary process.
理解特征可以澄清进化过程。
apomorphy plays a key role in the study of biodiversity.
特征在生物多样性研究中发挥着关键作用。
identifying apomorphy can lead to new insights in taxonomy.
识别特征可以为分类学带来新的见解。
apomorphy distinguishes closely related species from one another.
特征将密切相关的物种区分开来。
apomorphy is often used in cladistic analysis.
特征通常用于分支分析。
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