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mycorrhizal

网络菌根菌

mycorrhizal

mycorrhizal

mycorrhizal

菌根菌

不过也有人认为它们可能为菌根菌（mycorrhizal）。确定它们的营养模式一直是一个难题。

1

Mycorrhizal colonisation did not significantly affect P uptake of plants grown with low irradiance (in growth chamber).

菌根寄生没有显著地影响低辐照度生长植物 P 的吸收。

2

However, inoculation of VA mycorrhizal fungus solely did not enhance plant growth .

在这种碱性介质下，单独接种菌根菌并不能改善植株的生长。

3

Exciting research looking at early events in arbuscular mycorrhizal symbioses has shown how the fungus and plant get together .

令人兴奋的研究着眼于早期事件菌根共生表明如何真菌和植物聚会。

4

Inoculation with VA mycorrhizal fungi significantly increased mycorrhizal infection and enhanced seedling growth .

苗期接种 va 菌根菌可提高菌根感染率，促进苗木生长。

5

Effects of inoculation of arbuscular mycorrhizal fungi on sweet potato yield and quality were investigated in field condition .

通过田间试验方法研究了接种 AM 真菌对甘薯产量和品质的影响。

8

The composition of VA mycorrhizal fungi population differed in the rhizosphere soil of different host plants .

在相同气候条件下，不同植物根际土壤中的 VA 菌根真菌种群组成不同；

9

Effects of arbuscular mycorrhizal fungi on storage nutrient and cold resistance of Diospyros lotus L .

丛枝菌根真菌对君迁子贮藏营养及抗冻性的影响。

10

In this paper, effects of arbuscular mycorrhizal fungi(AMF) on plant growth were summarized .

本文综述了丛枝菌根真菌对植物生长影响的概况。

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