phenetics analysis
表型分析
phenetics classification
表型分类
phenetics approach
表型方法
phenetics data
表型数据
phenetics method
表型方法
phenetics research
表型研究
phenetics system
表型系统
phenetics theory
表型理论
phenetics model
表型模型
phenetics framework
表型框架
phenetics is a branch of biology that classifies organisms based on observable traits.
表型学是生物学的一个分支，根据可观察的特征对生物进行分类。
many scientists use phenetics to study evolutionary relationships.
许多科学家使用表型学来研究进化关系。
phenetics focuses on the physical characteristics of organisms.
表型学关注生物的物理特征。
understanding phenetics can help in identifying species.
理解表型学有助于识别物种。
phenetics relies heavily on morphological data.
表型学在很大程度上依赖于形态数据。
critics argue that phenetics oversimplifies complex biological relationships.
批评者认为表型学简化了复杂的生物关系。
phenetics can be contrasted with cladistics in taxonomy.
在分类学中，表型学可以与支序分类学进行对比。
the study of phenetics has evolved with advances in technology.
随着技术的进步，表型学的研究也在发展。
phenetics emphasizes the importance of observable traits over genetic data.
表型学强调可观察特征的重要性，而非遗传数据。
researchers in phenetics often create detailed taxonomic keys.
从事表型学研究的人员经常制作详细的分类鉴定表。
phenetics analysis
表型分析
phenetics classification
表型分类
phenetics approach
表型方法
phenetics data
表型数据
phenetics method
表型方法
phenetics research
表型研究
phenetics system
表型系统
phenetics theory
表型理论
phenetics model
表型模型
phenetics framework
表型框架
phenetics is a branch of biology that classifies organisms based on observable traits.
表型学是生物学的一个分支，根据可观察的特征对生物进行分类。
many scientists use phenetics to study evolutionary relationships.
许多科学家使用表型学来研究进化关系。
phenetics focuses on the physical characteristics of organisms.
表型学关注生物的物理特征。
understanding phenetics can help in identifying species.
理解表型学有助于识别物种。
phenetics relies heavily on morphological data.
表型学在很大程度上依赖于形态数据。
critics argue that phenetics oversimplifies complex biological relationships.
批评者认为表型学简化了复杂的生物关系。
phenetics can be contrasted with cladistics in taxonomy.
在分类学中，表型学可以与支序分类学进行对比。
the study of phenetics has evolved with advances in technology.
随着技术的进步，表型学的研究也在发展。
phenetics emphasizes the importance of observable traits over genetic data.
表型学强调可观察特征的重要性，而非遗传数据。
researchers in phenetics often create detailed taxonomic keys.
从事表型学研究的人员经常制作详细的分类鉴定表。
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