近年来，兰科菌根真菌的研究倍受关注。
The studies on the orchid mycorrhizal fungi have attracted great attentions in recent years.
本文综述了丛枝菌根真菌对植物生长影响的概况。
In this paper, effects of arbuscular mycorrhizal fungi (AMF) on plant growth were summarized.
但VA菌根真菌在草地早熟禾坪草方面的研究尚未见报道。
But the research on the VA mycorrhiza fungi with Kentucky bluegrass didn't appear in newspaper.
林木生长与凋落物分解代谢及菌根真菌之间存在密切联系。
The process of forest material circulation, the growth of trees, and the catabolism of litter and ectomycorrhizal fungi are closely linked.
春兰菌根真菌对其宿主的细胞核大小及形状有一定的影响。
The mycorrhizal fungi affects the size and shape of the host cell nucleus.
接种菌根真菌在有机基质中发挥作用是在后期表现更明显。
But in late time inoculated with AMF in organic culture had a better function.
云南松幼苗期外生菌根真菌多样性比其它植物幼苗期的高。
Species diversity was higher on Yunnan pine than on other seedlings.
本文对影响VA菌根真菌孢子种群组成和季相变化的因素进行了讨论。
The factors that affect spore population composition and seasonal variation of va mycorrhizal fungi were discussed in this article.
研究解磷细菌和丛枝菌根真菌同时接种，对低磷土壤养分利用的影响。
Effects of Different AMF Strains Inoculation on Tomato Growth and Nutrient Absorption during Seedling Stage;
研究表明，外生菌根真菌可增强树木对磷的吸收利用，促进树木的生长。
Previous research shows that ectomycorrhizal fungi can promote phosphorus absorption and growth of the trees.
报告称，研究人员对菌根真菌的基因改变导致稻米关键基因的活动产生了变化。
The genetic changes that the researchers produced in the fungi led to changes in the activity of important genes in the rice, they report.
菌根真菌早在高等植物出现以前，就已经同古老的陆生低等植物形成了共生体。
The Arbuscular fungus had formed the symbiont with the ancient land lower plants before the appearance of the higher plant.
该文阐述了外生菌根真菌促进植物生长作用及其开发利用价值和应用前景展望。
The effect of simulating the growth of plant and prospects of exploitation and utilization of Ecto-mycorrhiza are reviewed in this paper.
盆栽和田间实验均表明，外生菌根真菌混合接种的降解效果好于单接种和双接种。
Pot and field experiment showed that degradation effect were better when plant inoculated with 4 species of ECM fungi together than with one or two species, and better in non-fertilizing treatment.
在一次试验中，佩里种了一些树种，然后观察它们的根通过菌根真菌而连接的情形。
In one experiment, Perry grew seedlings and watched their roots join through the mycorrhizal. Then the scientist cast shade over one of the seedling.
在苗盘和大田条件下研究了接种丛枝菌根真菌对脱毒马铃薯菌根侵染率和产量的影响。
The effect of inoculation of arbuscular mycorrhizal(AM) fungi on colonization and yield of micro propagated potato seedlings were investigated under conditions of seedling plate and field.
结果表明，水分胁迫严重抑制了植株的生长，但对VA菌根真菌的侵染能力影响不大。
The results showed that water stress seriously repressed plant growth, but didn't have a great influence on the infection of VA mycorrhizal fungi.
菌根真菌与根际微生物间的关系及其对宿主植物的影响是近年来菌根研究的一个热点问题。
One of the focus problems of mycorrhizal researches has been laid on the relationships between mycorrhizal fungi and microbe of rhizosphere and their influences on host plant.
总体来看，在现实条件下，镉不会显著降低外生菌根真菌菌丝体氮、磷、钾含量和吸收量。
Generally, Cd could not decrease the contents and absorptions of nitrogen, phosphorus and potassium in ectomycorrhizal fungi mycelium.
对豫南茶园VA菌根真菌形态、种类、种群频度、孢子密度及自然侵染率进行观察与测定。
The morphology, species frequency, spore density and natural infection rate of the VAM fungi in tea gardens were studied in the southern parts of Henan province.
接种外生菌根真菌可明显提高植物生物量和矿物油降解率，降解率最高比对照增加32.3%。
Biomass of plant and oil degradation rate can be improved evidently when inoculated with ECM fungi, degradation rate increased by 32.3% than control at most.
本实验通过对药用植物内生菌根真菌的研究，为其成为药用植物合理的替代品提供了基础数据。
The experiment of medicinal plants within VAM fungi, plants for medicinal become reasonable alternatives for the possibility.
方法 纯培养的菌根真菌分别与金线莲无菌苗共生培养 ，观测对金线莲生长和多糖含量的影响。
METHODS Fungi were cultured with A. roxburghii and the effects of fungi on A. roxburghii growth were observed.
通过分析对今后我国深入开展树木外生菌根真菌在资源调查和生态学研究的主要内容和方向提出了意见。
Some Suggestions are proposed for future study on resource investigation and ecology study of tree ectomycorrhizal fungi in China.
菌根真菌作为土壤真菌的一种，与放线菌和细菌等微生物相比，对土壤中有机污染具有更大的忍耐能力。
Compared with other microbes such as bacteria and actinomycete, mycorrhizal fungi have higher tolerance to POPs in soil.
菌根真菌耐重金属的能力与真菌吸附重金属的能力有关，因而需要了解菌根真菌对重金属吸附和固持的特性。
The adsorption of heavy metals in ectomycorrhizal fungi might be related to the base exchange capacity of the fungal mycelium.
该真菌名为菌根真菌，伴生于自然界中的绝大部分植物。它通过为植物提供必需的营养成分——更确切的说是磷酸盐——以获得糖分。
The so-called mycorrhizal fungi are found in association with nearly all plants in nature, where they deliver essential nutrients-specifically phosphate-to plants in return for sugar.
结果表明：VA菌根真菌和磷酸二钙、磷酸八钙、磷酸铁和磷酸铝均促进了玉米植株生长，增加了植株含磷率和吸磷总量。
The results showed that VA mycorrhizal fungi and dicalcium phosphate, octocalcium phosphate, iron phosphate, aluminium phosphate promoted growth and increased phosphorus content of corn plant.
小麦生长发育对VA菌根的依赖性很强，说明接种VA菌根真菌能够促进小麦苗期的营养生长，提高植株对土壤磷素的吸收。
The inoculation results in strong dependence on VA Glomus mosseae , which promotes the wheat sprout growth and absorption of soil phosphorus.
结果表明：用不同植物群落的土样作为接种物，三叶草菌根侵染率和根际AMF种类和密度有很大差异，但菌根真菌种类数目较多；
The result shows that there are obvious difference in the colonization rate, density and species number of AMF when the inocula are soil from the different plant community.
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