Microsporidia are obligate intracellular parasited eukaryotes.The range of hosts included invertebrate and vertebrate.The microsporidian species parasited mainly fishes and insects.

摘要微孢一绝对细胞内寄生之真核生物，寄主范围包含无脊椎动物及脊椎动物，主要是以鱼类及昆的微孢主。

Soil collembolan is deemed as an epitome of soil invertebrate and medium-sized soil animals because of its abundance in species and hugeness in biomass.

摘要土壤弹尾目昆作无脊椎动物和型土壤动物的典型代表，其具有丰富的种类和巨大的生物量，在重金属污染环境评估具有十分重要的地位和独特的优势。

If we look we may find that direction and goals can emerge in biological evolution from a mob of directionless and goal-less parts, without invoking vitalistic or supernatural explanations.

如果我们仔细回顾，我们可现，生物进化呈现出来的方向和目标可正产生于一大团无目的和无方向的组成部分之，而无需援引活力论或者其他什么超自然的解释。

Microsporidia are obligate intracellular parasited eukaryotes.The range of hosts included invertebrate and vertebrate.The microsporidian species parasited mainly fishes and insects.

摘要微孢子虫为一绝对细胞内寄生之真核生物，寄主范围包含无脊椎动物及脊椎动物，主要是以鱼类及昆虫的微孢子虫为主。

Soil collembolan is deemed as an epitome of soil invertebrate and medium-sized soil animals because of its abundance in species and hugeness in biomass.

摘要土壤弹尾目昆虫作为无脊椎动物型土壤动物的典型代表，其具有丰富的种类巨大的生物量，在重金属污染环境评估具有十分重要的地位独特的优势。

If we look we may find that direction and goals can emerge in biological evolution from a mob of directionless and goal-less parts, without invoking vitalistic or supernatural explanations.

如果我们仔细回顾，我们可能会发现，生物进化呈现出来的目标可能正产生于一大团无目的无的组成部分之，而无需援引活力论或者其他什么超自然的解释。

Microsporidia are obligate intracellular parasited eukaryotes.The range of hosts included invertebrate and vertebrate.The microsporidian species parasited mainly fishes and insects.

摘要微孢子虫为一绝对细胞内寄生之真核生物，寄主范围包含无脊椎动物及脊椎动物，主要是以鱼类及昆虫的微孢子虫为主。

Soil collembolan is deemed as an epitome of soil invertebrate and medium-sized soil animals because of its abundance in species and hugeness in biomass.

摘要土壤弹尾目昆虫作为无脊椎动物和型土壤动物的典型代表，其具有丰富的种类和巨大的生物量，在重金属污染环境评估具有十分重要的地位和独特的优势。

If we look we may find that direction and goals can emerge in biological evolution from a mob of directionless and goal-less parts, without invoking vitalistic or supernatural explanations.

如果我们仔细回顾，我们可能会发，生物进化出来的方向和目标可能正产生于一大团无目的和无方向的组成部分之，而无需援引活力论或者其他什么超自然的解释。

Microsporidia are obligate intracellular parasited eukaryotes.The range of hosts included invertebrate and vertebrate.The microsporidian species parasited mainly fishes and insects.

摘要虫为一绝对细胞内寄之真核物，寄主范围包含无脊椎动物及脊椎动物，主要是以鱼类及昆虫的虫为主。

Soil collembolan is deemed as an epitome of soil invertebrate and medium-sized soil animals because of its abundance in species and hugeness in biomass.

摘要土壤弹尾目昆虫作为无脊椎动物和型土壤动物的典型代表，其具有丰富的种类和巨大的物量，在重金属污染环境评估具有十分重要的地位和独特的优势。

If we look we may find that direction and goals can emerge in biological evolution from a mob of directionless and goal-less parts, without invoking vitalistic or supernatural explanations.

如果我们仔细回顾，我们可能会，物进化呈出来的方向和目标可能正产于一大团无目的和无方向的组成部分之，而无需援引活力论或者其他什么超自然的解释。

Microsporidia are obligate intracellular parasited eukaryotes.The range of hosts included invertebrate and vertebrate.The microsporidian species parasited mainly fishes and insects.

摘要微孢子虫为一绝对细胞内寄生之真核生物，寄主范围包含无脊椎动物及脊椎动物，主要是以鱼类及昆虫的微孢子虫为主。

Soil collembolan is deemed as an epitome of soil invertebrate and medium-sized soil animals because of its abundance in species and hugeness in biomass.

摘要土壤弹尾目昆虫作为无脊椎动物和型土壤动物的典型代表，其具有丰富的种类和巨大的生物量，在重金属污染环境评估具有十分重要的地位和独特的优势。

If we look we may find that direction and goals can emerge in biological evolution from a mob of directionless and goal-less parts, without invoking vitalistic or supernatural explanations.

如果我们仔细回顾，我们可能会发，生物进化出来的方向和目标可能正产生于一大团无目的和无方向的组成部分之，而无需援引活力论或者其他什么超自然的解释。

Microsporidia are obligate intracellular parasited eukaryotes.The range of hosts included invertebrate and vertebrate.The microsporidian species parasited mainly fishes and insects.

摘要微孢子虫为一绝对细胞内寄生之真核生物，寄主范围包含无脊椎动物及脊椎动物，主要是以鱼类及昆虫的微孢子虫为主。

Soil collembolan is deemed as an epitome of soil invertebrate and medium-sized soil animals because of its abundance in species and hugeness in biomass.

摘要土壤弹尾昆虫作为无脊椎动物型土壤动物的典型代表，其具有丰富的种类巨大的生物量，在重金属污染环境评估具有十分重要的地位独特的优势。

If we look we may find that direction and goals can emerge in biological evolution from a mob of directionless and goal-less parts, without invoking vitalistic or supernatural explanations.

如果我们仔细回顾，我们可能会发现，生物进化呈现出来的方向可能正产生于一大团无的无方向的组成部分之，而无需援引活力论或者其他什么超自然的解释。

Microsporidia are obligate intracellular parasited eukaryotes.The range of hosts included invertebrate and vertebrate.The microsporidian species parasited mainly fishes and insects.

摘要微孢子为一绝对细胞内寄生之真核生，寄主范围包含无脊椎动及脊椎动，主要是以鱼类及微孢子为主。

Soil collembolan is deemed as an epitome of soil invertebrate and medium-sized soil animals because of its abundance in species and hugeness in biomass.

摘要土壤弹尾目作为无脊椎动和型土壤动典型代表，其具有丰富种类和巨大生，重金属污染环境评估具有十分重要地位和独特优势。

If we look we may find that direction and goals can emerge in biological evolution from a mob of directionless and goal-less parts, without invoking vitalistic or supernatural explanations.

如果我们仔细回顾，我们可能会发现，生进化呈现出来方向和目标可能正产生于一大团无目和无方向组成部分之，而无需援引活力论或者其他什么超自然解释。

Microsporidia are obligate intracellular parasited eukaryotes.The range of hosts included invertebrate and vertebrate.The microsporidian species parasited mainly fishes and insects.

摘要微孢子虫为一绝对细胞内寄生之真核生物，寄主范围包含无物及物，主要是以鱼类及昆虫的微孢子虫为主。

Soil collembolan is deemed as an epitome of soil invertebrate and medium-sized soil animals because of its abundance in species and hugeness in biomass.

摘要土壤弹尾目昆虫作为无物和型土壤物的典型代表，其有丰富的种类和巨大的生物量，在重金属污染环境评有十分重要的地位和独特的优势。

If we look we may find that direction and goals can emerge in biological evolution from a mob of directionless and goal-less parts, without invoking vitalistic or supernatural explanations.

如果我们仔细回顾，我们可能会发现，生物进化呈现出来的方向和目标可能正产生于一大团无目的和无方向的组成部分之，而无需援引活力论或者其他什么超自然的解释。

Microsporidia are obligate intracellular parasited eukaryotes.The range of hosts included invertebrate and vertebrate.The microsporidian species parasited mainly fishes and insects.

摘要微孢子虫为一绝对细胞内生之真核生物，围包含无脊椎动物及脊椎动物，要是以鱼类及昆虫微孢子虫为。

Soil collembolan is deemed as an epitome of soil invertebrate and medium-sized soil animals because of its abundance in species and hugeness in biomass.

摘要土壤弹尾目昆虫作为无脊椎动物和型土壤动物典型代表，其具有丰富种类和巨大生物量，在重金属污染环境评估具有十分重要地位和优势。

If we look we may find that direction and goals can emerge in biological evolution from a mob of directionless and goal-less parts, without invoking vitalistic or supernatural explanations.

如果我们仔细回顾，我们可能会发现，生物进化呈现出来方向和目标可能正产生于一大团无目和无方向组成部分之，而无需援引活力论或者其他什么超自然解释。