mycorrhizae

mycorrhizae的基本解释

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[变形] mycorrhiza的复数形式

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菌根

与mycorrhizae相关的网络例句 [注：此内容来源于网络，仅供参考]

The recent advances in the taxonomy of orchidaceous mycorrhizal fungi and diversities of fungal resources were reviewed, and morphology of orchid mycorrhizae as well as their effects on orchid plants were discussed.

对兰科菌根真菌的分类及真菌资源多样性、兰科菌根的形态和菌根对兰科植物的效应等最新研究进展进行了综述。

Arbuscular mycorrhizae have ability to improve mineral quality of fruit tree, replacing the fertilizer so called the biological fertilizer.

摘要丛枝菌根有增强果树吸收矿物质营养的特性，起到代替肥料的作用，故称为生物肥料。

The roots of many plant species exist in association with fungi as mycorrhizae or, as in the Fabaceae , with nitrogen-fixing bacteria to form root nodules.

在多种植物中，根和真菌生长在一起，如菌根或豆类中与固氮菌生成根瘤（参见 nitrogen fixation ）。

Carex species often lack mycorrhizae, but under conditions of low phosphorus availability many species facultatively form dauciform root structures that are implicated in phosphorus uptake.

苔草植物经常不形成菌根，但在低磷条件下许多苔草植物特有地形成特殊根结构—胡萝卜状根，这意味着该类根具有吸收磷的能力。

Arbuscular mycorrhizae are the most widespread mutualistic symbionts among the symbionts between plants and microbes.

摘要在植物与微生物的共生体中，最广泛的互惠共生体就是丛枝菌根。

与mycorrhizae相关的网络解释 [注：此内容来源于网络，仅供参考]

arbuscular mycorrhizae：丛枝菌根

丛枝菌根:arbuscular mycorrhiza | 丛枝菌根:arbuscular mycorrhizae | 丛枝菌根:Arbuscular mycorrhizas

peritrophic mycorrhizae：周边营养性菌根

perclimax 前顶级 | peritrophic mycorrhizae 周边营养性菌根 | phenotype 表现型

mycorrhizae：菌根

水和其中离子可以不断地从根外向根内运输. 但是这一途径阻力大,速度慢,不是一条主要的途径. 主要的途径有二:即共质体(symplast)途径和质外体(apoplast)途径(见图B). (3)菌根(mycorrhizae)植物根系周围有多种细菌和真菌生活其间(见图).