Arbuscular mycorrhiza l propagating is to study the hot point In future.
菌根繁殖技术是未来研究热点。
Type specimen is kept in Mycorrhiza Laborary, Laiyang Agricultural College.
标本保藏于莱阳农学院菌根生物技术实验室。
Because of few root hairs on citrus root surface, citrus growth highly depends on mycorrhiza.
柑桔根系缺少根毛，对丛枝菌根的依赖性强。
But the research on the VA mycorrhiza fungi with Kentucky bluegrass didn't appear in newspaper.
但VA菌根真菌在草地早熟禾坪草方面的研究尚未见报道。
The results suggested that the root-fungus association of the Formosan azalea belong to ericoid mycorrhiza.
研究结果证实，杉林溪台湾杜鹃根系之根菌结合体属于杜鹃类菌根。
In the species, there are 57 edulis fungi, 38 medical fungi, 25 ectotrophic mycorrhiza fungi and 66 wood rotten fungi.
这些真菌中，食用菌57种，药用菌38种，外生菌根菌25种，木材致腐菌66种。
Causative factors are then analyzed, followed by descriptions of interactions like antagonism, succession, and mycorrhiza.
成为的原素的原因然后被分析，随后有象对抗，连续和菌根一样的相互作用的描述。
Effects of VA mycorrhiza on growth, water status of wild jujube( Zizyphus spinosus Hu)seedlings grown in pots were studied.
在盆栽条件下，研究了VA菌根对酸枣实生苗生长和抗旱性的影响。
Through observation on the microstructure of mycorrhiza, we found that there were many pelotons in cortical and vascular tissue.
并且显微观察菌根的徒手切片在根被、皮层、中柱细胞中均有菌丝结典型结构。
As one of mutual symbiosis formed between plants and Glomales fungi, arbuscular mycorrhiza has the widest distribution in the nature.
菌根是真菌与植物根系所建立的互惠共生体，其中以丛枝菌根在自然界中分布最广。
The effect of simulating the growth of plant and prospects of exploitation and utilization of Ecto-mycorrhiza are reviewed in this paper.
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。
Plant-fungus has evolved a symbiosis way called mycorrhiza to significantly increase plant Pi uptake ability from soil, and improve plant growth.
植物—真菌菌根共生可以显著提高植物吸收土壤中磷的能力，促进植物生长发育。
In the economy meaning, there are 77 edulis fungi, 43 medical fungi, 24 poisonous fungi, 93 ectotrophic mycorrhiza fungi and 32 wood rotten fungi.
在经济价值方面，有食用菌77种，药用菌43种，毒菌24种，木材腐朽菌93种，树木共生菌32种。
Arbuscular mycorrhiza is an important component in the dry-hot valley ecosystem. Thus it is essential to restore the vegetation of the dry-hot valley.
丛枝菌根是干热河谷生态系统中的重要组成成分，在干热河谷的植被恢复中，必须同时考虑对地下植物共生真菌进行恢复。
As a mutual symbiosis formed between plants and soil mycorrhiza fungi, mycorrhiza plays a key role in protecting host plants against environmental stress.
菌根是植物根系与土壤真菌形成的互惠共生体，对提高植物抗逆能力十分重要。
Moreover, host plant can also affect the growth and development of AM fungi, and produce different infection rate, spore-bearing rate and mycorrhiza effect.
宿主植物也影响着AM真菌生长和发育，不同的宿主植物会影响AM真菌的侵染率、产孢量以及菌根效应。
Joner, E. J. 2000. The effect of long-term fertilization with organic or inorganic fertilizers on mycorrhiza-mediated phosphorus uptake in subterranean clover.
有机与非有机肥料长期施肥对地下苜蓿中的菌根—调节磷吸收的影响。
MF includes rhizobia, microbe improving the dissolution of P and K, 5406 strain, plant growth promotion rhizosphere microorganisms (PGPR), VA mycorrhiza, et al.
微生物肥料包括根瘤菌肥、解磷菌肥、解钾菌肥、5 4 0 6菌肥、植物根际促生菌、VA菌根等等。
The paper studied on influence of VA mycorrhiza on maize plant growth, photosynthesis, nutrient absorption and water utilization under water stress with soil culture experiment.
采用土培试验研究了水分胁迫条件下接种菌根对玉米生长发育、光合作用、养分吸收和水分利用的影响。
Finally, based on the effect of mycorrhiza on the ecology system, the paper primarily discusses the relations between mycorrhiza and the degradation of evergreen broad-leaved forest.
通过菌根在生态系统中的作用，初步探讨了菌根与常绿阔叶林整体退化机制之间的关系。
Finally, based on the effect of mycorrhiza on the ecology system, the paper primarily discusses the relations between mycorrhiza and the degradation of evergreen broad-leaved forest.
通过菌根在生态系统中的作用，初步探讨了菌根与常绿阔叶林整体退化机制之间的关系。
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