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- Mycorrhiza could improve rhizosphere microbe number and plant growth.Mycorrhiza had the same roles on coal wastes medium. 将高效组合后的菌株应用于西部典型矿区如宁夏、内蒙和陕西北部退化土壤中，系统研究了菌根在生态系统生物群落的演变规律。
- This research is about the distribution of rhizosphere microbes of bulrush in Mengqing Garden, Shanghai so as to find out the factors which affect their patterns and distribution. 摘要本文通过对上海市梦清园芦苇湿地净化苏州河污染水体的示范工程采样分析，结果表明芦苇根际的微生物数量、酶的活性高于非根际的土壤。
- It was indicated N split supply has an accumulated ecological effect on the rice rhizosphere microbes activities, so does water factor on the soil microbes of rice rhizosphere. 这说明在分次施氮的施肥模式下，施氮对水稻根际土壤微生物的生态效应保持一定的持续作用，而水分条件对土壤微生物的生态效应也需要一定的时间才能起作用。
- Effects of allelopathic rice on rhizosphere microbial flora and enzyme activity 化感水稻根际微生物类群及酶活性变化
- Plants clean up the pesticide-contaminated soils mainly through three ways:absorption and metabolism,rhizospheric-enzyme-stimulated degradation and rhizospheric microbial degradation. 植物主要通过直接吸收和代谢、根际土壤植物酶促降解和根际微生物对污染物的降解等三种机制去除土壤中残留的农药。
- Study of rhizosphere microbial community composition in different cropping systems by DGGE 利用DGGE法研究不同种植体系中根际微生物群落结构
- Keywords Pentachlorophenol;Pyrene;Copper;Combined pollution;Rhizosphere Microbial ecology; 五氯酚;芘;铜;复合污染;根际;微生物生态;
- Keywords Bulrush;rhizosphere microbes;activity of enzyme;microbial biomass; 芦苇;根际微生物;酶活性;微生物数量;
- Quantity Difference of Rhizosphere Microbe of Different Crops 不同作物根际微生物差异的研究
- Rhizosphere microbial 根际微生物
- These compounds inhibit microbial growth. 这些化合物能抑制微生物的生长。
- Investigation on Rhizosphere Microbes of Bulrush Wetland of Mengqing Garden 梦清园芦苇湿地根际微生物特性研究
- Microbial ecology and molecular ecology. 微生物生态学与分子生态学。
- In the rhizosphere soil of Hevea brasiliensis. 橡胶叶浸提液对马唐的根生长有较强的抑制作用。
- Acidity above 7.0 suggests microbial spoilage. 酸度在7.;0以上表明面粉受到微物的腐蚀。
- Study on a Long Life BOD Microbial Sensor. 长寿命BOD微生物传感器的研究
- How do salt and sugar prevent microbial spoilage? 为何盐和糖可防止微生物腐坏食物？
- During the rice growth stages, the microbial biomass C content in rice rhizosphere didn't vary from the changes of enzymes in the soil. 同时在水稻生长周期内的各个时期，水稻根际土壤微生物生物量碳与根际土壤酶等变化并不完全一致。
- This article briefly introduced some characteristics of GFP and associated application in the research of microbial colonization in rhizosphere. 简要介绍GFP的一些特性及其在微生物根际定殖研究中的应用与前景展望。
- All fermentative processes are the results of microbial activity. 一切发酵过程都是微生物作用的结果。
