mycorrhiza

mycorrhiza的基本解释

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菌根

与mycorrhiza相关的网络例句 [注：此内容来源于网络，仅供参考]

In all nutritive elements, the relation between the phosphorus and the form of mycorrhiza was closest.

在所有的营养成分，关系磷和形式菌根是最亲密的。

This is the webpage of Mycorrhiza Journal, which is published by Springer Link.

这是《Mycorrhiza》杂志的网页，由Springer Link出版社出版。

Arbuscular mycorrhiza was the widespread reciprocal benefit symbiont in the natural ecosystem, this study aimed to introduce the AM fungus and the host plant as well as the effect of environmental condition on the formation mechanism, and propose several questions which need to be paid attention to both in current domestic and foreign research.

丛枝菌根是自然生态系统中广泛分布的互惠共生体。主要介绍了AM真菌和宿主植物以及环境条件对其形成机制的影响，并提出了当前国内外在丛枝菌根生理生态学等方面研究需要注意的几点问题。

Arbuscular Mycorrhiza is one of the most broad mycorrhizal, it can enhance plants' ability of absorbing.

丛枝菌根是分布最广泛的一类内生菌根，它可以促进植物对水分的吸收和利用，提高植物的抗旱能力。

But the detailed mechanism, population ditribution and evolution compatibility of arbuscular mycorrhiza in this area must further study.

但详细机理，人口ditribution和演化兼容性丛枝菌根在这方面必须作进一步的研究。

与mycorrhiza相关的网络解释 [注：此内容来源于网络，仅供参考]

ectotrophic mycorrhiza：外生菌根

菌根主要有两种类型,即外生菌根(ectotrophic mycorrhiza)和内生菌根(endotrophic mycorr-hiza)(图3-24). 外生菌根是真菌的菌丝包被在植物幼根的外面,有时也侵入根的皮层细胞间隙中,但不侵入细胞内. 在这样的情况下,根的根毛不发达,甚至完全消失,

ectotrophic mycorrhiza：外菌根

ectotoxin 外毒素 | ectotrophic mycorrhiza 外菌根 | ectozoon 体外寄生物

ectotrophic mycorrhiza：体外营养菌根

ectoplasm 外质 wàizhì | ectotrophic mycorrhiza 体外营养菌根 tǐ | edaphic factor 土壤因子 tǔrǎngyīnzǐ

endotrophic mycorrhiza：内生菌根

endothermy 內溫性 | endotrophic mycorrhiza 內生菌根 | endozoic 動物體內生的

endotrophic mycorrhiza：内菌根

endotoxin 内毒素 | endotrophic mycorrhiza 内菌根 | endozoochores 动物体内植物