非生物的

Formation of a chemical compound by a living organism.Not associated with or derived from living organisms .

非生物的，非生物学的与生物体不相关的或不是从生物体衍生的

Nearly 90 percent of the living changes were spotted, compared with 66 percent for inanimate objects.

在我们生活中90％的生物的变化会被注意，而只有66％的非生物的变化会被注意。

That shows time has a close relationship with matters which contain life. Learned from biology, we know the differences to distinguish living being and the rest is: the matter micro particle contained living being has the capability to regenerate; in other words, the special species matter micro particle of living being can regenerate 2 or 3 even more micro particle containing life. On the contrary, although the non living being micro particle changes continuously, the micro particle can not regenerate 2 or 3 even more counterparts.

这就说明了时间同含有生命现象的物质有着密切的关系，而生物和非生物区别又在何处；我们从生物学中知道：它们的区别是：含有生命现象的物质微粒能够有再生的变化能力，也就是说一个以本种形式存在的含有生命现象的物质微粒能够变成两个、三个以至更多个同样的含有生命现象的物质微粒，而非生物的物质微粒虽然是在不停的发生变化，非生物的物质微粒却不能变成两个、三个以至更多个不含有生命现象的物质微粒的。

This remarkable ability is the basis of all the other differences that distinguish the living from the nonliving.

这一非凡的能力是区分生物和非生物的各种差别的基础。

One common question is: What are the properties that distinguish living things from nonliving things?

一个司空见惯的题目是：区别生物与非生物的基本特征是什么？

Eutrophication can occur through organic and inorganic pollution, resulting in a loss of plant diversity and algal blooms.

富营养化由生物或非生物的污染而造成，结果导致植物多样性的减少和藻类的大量生长。

An important aspect of this organization is that complexity is chunked into modular units arranged in a hierarchy .

每一个单独的生物个体内都有一大群非生物的东西。

Chemistry is concerned with the physical and chemical properties, composition and structure of all living and non-living materials, and how we synthesise such materials and modify them for their safe and beneficial use in our modern lives.

化学关注的是物理性质和化学性质、生物和非生物的组成及构造、以及我们如何人工合成这些材料让他们变的安全和在生活中有益的使用。

The subject invention pertains to materials and methods useful for monitoring and management of certain pests well as other biotic and abiotic factors.

本发明涉及用于某种害虫和其它生物及非生物的因素的监视和管理的有用的材料和方法。

Neighbourhood composition and neighbourhood interaction would be affected by both biotic and abiotic factors, thus the plants appear as different spatial pattern, various neighbourhood effects, and unlike neighbourhood compositional and structural diversity.

各种生物非生物的因素影响了植物的邻体组成和邻体相互作用，表现为不同的空间格局、邻体效应、邻体组成多样性、邻体结构多样性。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。