wang w z. a comparative study of four pine ectomycorrhizal fungi applications[d]. nanjing:nanjing forestry university, 2006.
王玮珍。四种松树外生菌根菌应用的比较研究[d]。南京:南京林业大学,2006。
the species and the number of ectomycorrhizal fungi (ecm fungi) are influenced by many environmental factors, such as soil factor, climate and season, and site factor.
土壤、气候和立地因子等环境因子影响树木外生菌根菌的种类及数量。
generally, cd could not decrease the contents and absorptions of nitrogen, phosphorus and potassium in ectomycorrhizal fungi mycelium.
总体来看,在现实条件下,镉不会显着降低外生菌根真菌菌丝体氮、磷、钾含量和吸收量。
some suggestions are proposed for future study on resource investigation and ecology study of tree ectomycorrhizal fungi in china.
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。
the optimal growth temperature of the study, the experiments of 20~25℃for ectomycorrhizal fungi within the optimum temperature.
在最适生长温度的研究中,本实验确定了20~25℃为内生菌根真菌的最适温度。
ma l, wu x q. research on mycorrhizal formation of nine ectomycorrhizal fungi with poplar seedlings[j]. journal of nanjing forestry university(natural sciences edition), 2007,31(6):29-33.
马磊,吴小芹。九种外生菌根菌与杨树苗木的菌根化研究[j]。南京林业大学学报(自然科学版),2007,31(6):29-33。
finally, the role of tree genotype in applying ectomycorrhizal fungi was discussed.
同时,讨论了外生菌根菌应用中树种因素的重要性。
the adsorption of heavy metals in ectomycorrhizal fungi might be related to the base exchange capacity of the fungal mycelium.
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。
previous research shows that ectomycorrhizal fungi can promote phosphorus absorption and growth of the trees.
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。
the effective method is that ectomycorrhizal fungi are introduced just beside the callus of host plant, which can evidently upgrade the growth of the hyphae.
初步研究了一个较好的外生菌根菌菌丝体培养方法,即将宿主的愈伤组织与外生菌根共同培养,可以明显地促进真菌菌丝的萌发和生长。
inoculation of ectomycorrhizal fungi in nurse bed to produce ectomycorrhizal seedlings has been widely adopted abroad, but little in china, if any.
目前,苗床接种优良的外生菌根真菌,培育菌根化苗木已经在国外广泛应用于林木种苗生产,我国也有少量应用。
on the basis of summarizing the achievements of ectomycorrhizal fungi study, this review summarizes resource status of tree ectomycorrhizal fungi in china and progress in its ecology.
经查阅大量文献,在掌握国内树木外生菌根菌研究成效的基础上,对我国树木外生菌根资源状况和生态学方面的研究进展作了综述性的评价。
an experiment of flood tolerance or mixed inoculation with va-and ectomycorrhizal fungi of populus tomentosa was carried out under field condition.
在田间条件下布置了毛白杨va菌根与外生菌根混合接种抗涝性试验。