套用一句科学术语叫“表型可塑性”，指的是生物能改变其特性，以适应其环境。
There's a scientific word for this: phenotypic plasticity, the ability of an individual to change its traits to adapt to its environment.
目前自然选择的核心观点是表型性状因其适应性而被选上。
Now the core of natural selection is the claim that phenotypic traits are selected for their adaptivity, that is, for their effect on fitness.
以比较基因组学为研究手段，细菌进化基因组学可从基因组水平深入认识物种分化、生境适应、毒力进化、耐药性产生蔓延等表型进化过程。
It is the time to call for evolutionary genomics which probe into bacterial diversity, niche adaptation, virulence evolution, and drug resistance from the view of whole genome.
可塑性一方面帮助植物更好地适应不利环境，但我们也不得不承认可塑性，使得人们难以从表型直接理解基因功能。
The plasticity helps plant to be adapted to adverse environment, nevertheless, but we have to admit that plasticity make it difficult to uncover genetic action from many phenotypic forms.
表型可塑性是生物变异中由环境引起的一种变异，是植物适应的一种重要方式。
Phenotypic plasticity is the environmental modification of genotypic expression and an important means by which individual plants respond to environmental heterogeneity.
以适应性是形成物种表型性状为前提，探讨物种成熟年龄和大小的进化问题，进行定性和定量分析，并对该领域一些卓有成效的研究成果给予总结。
Taking adaptability as the premise in the formation of species phenotype, it studies the age and size at maturity in evolution, gives them quantitative and qualitative analysis.
以适应性是形成物种表型性状为前提，探讨物种成熟年龄和大小的进化问题，进行定性和定量分析，并对该领域一些卓有成效的研究成果给予总结。
Taking adaptability as the premise in the formation of species phenotype, it studies the age and size at maturity in evolution, gives them quantitative and qualitative analysis.
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