菌根

Four species of Fagaceae and Pinus massoniana were consistently associated with ECM while other thirteen species were associated with VAM.

其中，4种壳斗科植物和马尾松具有外生菌根，其它13种植物具有丛生-泡囊型内生菌根。

The results show that appropriate earlier sowing, drill sowing and using mycorhiza help to increase the ground diameter, the height, and the quality of the seedlings, but different shading ways have no obvious effect on the growth and quality of seedlings.

结果表明：适时早播有利于苗木地径、苗高、苗木质量的提高；单层和双层遮荫对幼苗生长影响不大，但适当遮荫有利于幼苗生长；条播、使用菌根粉的苗木明显优于撒播、不使用菌根粉的苗木。

The origin of VA mycorrhizal symbiosis and the specialization of VAMF and pteridophytes were also discussed in this thesis.

本文还对VA菌根共生的起源和VA菌根真菌与宿主植物的专一性等问题进行了讨论。

The results provided basis for the application of mycorrhizal technology to bioremediation of mineral oil contaminated soil.

研究结果为矿物油污染土壤的菌根生物修复提供了理论指导和科学依据，为菌根技术在有机污染土壤生物修复中的应用提供了借鉴。

On the base of mycotrophic status of different taxa, evolutionary stages and different ecophenotypes of pteridophytes, and refering to the relevant fossil materials and molecular evolution of VA mycorrhizal fungi , it could be concluded that

从不同分类群、不同进化阶段和不同生态类型的蕨类植物VA菌根营养状况以及有关的化石资料和VA菌根真菌的分子进化资料，可以初步得出

This paper studied the feasibility of the application of mycorrhizas in revegtating coal waste piles and explored the method and effectiveness of applying mycorrhizas to revegetate coal waste piles in Dawukou coal processing plant of Taixi Coal Group,Ninxia.

介绍了菌根生物技术在煤矸石山绿化中应用的可行性，并以干旱地区的宁夏太西集团有限责任公司大武口洗煤厂煤矸石山绿化为例，探讨了菌根生物技术应用的方法和效果。

AMF-inoculation significantly increased the contents of total soluble solid, soluable sugar and titratable acid in fruit of cherry tomato.

结果表明：接种菌根真菌能够显著提高植株根系菌根的侵染率和果实干重；接种对品质的改善表现在果实中的可溶性固形物、可溶性糖和可滴定酸的含量明显提高，糖酸比适中，果实风味品质好。

Non-inoculum was used as the control. The plants were harvested after 60 days of growth. The results showed that AM fungi could colonize the roots of mung bean. Shoot dry mass of the bean was increased by AMF inocula, although there was no significant difference of the root between each treatment.

苗后60d收获植株结果表明，AM真菌能很好的侵染绿豆的根系，菌根侵染提高了绿豆地上部分的干重，而对根系的干重则没有显著的影响；同时菌根侵染也促进了绿豆的P营养。

Mycorrhiza is an international journal devoted to research into mycorrhizas - the widest symbioses in nature, involving plants and a range of soil fungi world-wide.

菌根》杂志是国际性刊物，致力于菌根类生物（自然界中最广泛的共生体）研究，包括植物和土壤真菌。

Their common structure and annual changing pattern of mycorhizae are as follows: Fungi infect and form endomycorrhizal structure with plants throughout the latter's grown period, and hyphae exist in the cortical cells of roots in the following four forms: Coffee-colored or yellow big peloton consisting of twisted hyphae; Dust-colored or yellow big peloton consisting of fragmentary hyphae; Colorless scattered hyphae; Orange or yellow small peloton with blurry hyphae.

发现四种杓兰的的菌根结构及其在一个生长周期中的动态变化有以下共同特征：在其成年生活期的各个时期，都有真菌入侵形成内生菌根结构，菌丝在其根部皮层细胞内有四种存在状态：咖啡色或黄色、菌丝扭结缠绕而成的大菌丝结；灰褐色或黄色、由片断菌丝组成的大菌丝结；无色、零散的菌丝；橘红色和黄色、菌丝形态模糊的小菌丝结。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。