查询词典 microbes

Harmful existences: pathogenic microbes, pests (celozoic and ectozoic parasites, insects), weeds and other harmful substances.

有害生物：病原微生物，虫，害

The microbes dynamics rule during tobacco life cycle in various types of soil might be a new consideration to understand the development of especial features of flue-cured tobacco. soil type ; edaphon ; dynamics ; flue-cured tobacco

因此加强对土壤微生物种群与土壤类型之间在烟叶生长期的相关规律研究，可以丰富烤烟根际微生态方面的内容，并为研究烤烟根际微生物与优质烟叶生产之间的关系，以及这种关系对烤烟产量品质的影响提供理论基础。1材

Experimental results were as follows:①Temperature restricted the purification efficiency of Eichhornia crassipes and its root-zone microbes.

污水净化中，凤眼莲根系与微生物两者互相依赖，互相促进，在污水降解中表现出良好的协同作用[1]。

Eichhornia crassipes and its root-zone microbes coordinated in pollution purification.

研究了凤眼莲净化污水时，根区微生物的动态变化。

All kinds of bioactive peptides were prepared from animals,plants and microbes by the means of enzymolytic effect and so on.

正是由于自由基对机体的毒害作用，使得清除氧自由基及其衍生物就变得十分必要。

The process of protein feed preparation with food waste has been exploringly researched by using the technology of pretreatment in high temperature and microbial fermentation, and it is useful to selecting high effective microbes. The experimental parameters were optimized in order to achieve the optimum disposal result.

采用高温预处理和微生物发酵技术，对餐饮废渣制备蛋白饲料的工艺进行了探索研究，筛选出高效菌种，并对处理过程中的工艺参数进行优化研究，为城市餐饮废渣的资源化、无害化、减量化处理提供了一条可取的利用途径。

It depicts the species of desulfurizing microbes (Thibacillus ferrooxidans, SRB, filaceous sulfur bacteria, synthetic sulfur bacteria, colorless sulfur bacteria and thiobacillus denitrificans), their metabolism pathway, treatment capability and key affecting factors of different processes, and their disadvantages and advantages.

叙述了烟气吸收和吸收尾液的处理工艺所利用的脱硫微生物种类，并阐述了氧化亚铁硫杆菌、硫酸盐还原茵、丝状硫细菌、光合硫细菌、无色硫细菌和脱氮硫杆菌的代谢途径、作用效果和关键影响因素，并且指出其优缺点。

Root-derived organic carbon is composed of three compartments: root detritus, root eaudates and root symbionts, which represents a large important and potential C sink in forest ecosystems, The known responses of root derived organic carbon and heterotrophic microbes to elevated CO2 were reviewed. Overall, increases in root biomass, productivity, and exudation indicate an augmentation of C inputs into the soil via roots, although changes in root lifespan are still unclear and may modify this flux positively or negatively, Altogether, changes in root chemistry and morphology that may augment soil C storage under elevated CO2 include decreased N concentration and wider root diameter, Alternately, a shift in rooting depth upwards in the soil profile may increase average turnover rates of root detritus. Effects of CO2 concentration on C qualities of root exudates and root symbionts are the least understood components discussed here, Changes of soil heterotropic microbial activity and community under elevated CO2 still remained large uncertainties.

林木根源有机C包括根东通过根枯落物、根系分泌物和根共生菌周转3条途径向土壤输入的有机C，它是森林生态系统中一个重要的、潜在的C汇，综述了根源有机C与其微生物对CO2浓度升高的响应，虽然对根系寿命的变化尚不清楚，但CO2浓度升高将导致根系生物量、生产量、死亡量和分泌物的增加；同时，CO2升高亦促使根共生菌生物量的增加而增加了共生菌的C归还潜力，表明CO2升高使根源有机C的输入增加了，CO2农度升高情况下，根系化学性质和形态特征的这些变化均有利于增加土壤C的吸存；而根分布深度的降低则对土壤C吸存不利；CO2浓度升高对根分泌物和根共生菌质量的影响研究则极少，CO2浓度升高下土壤微生物活性和群落组成的变化存在较大的不确定性，目前CO2浓度升高下林木根源有机C对森林长期C吸存的贡献仍很不清楚。

The results suggested the importance in conditioning of litter patches by microbes such as bacteria and hyphomycete fungi, which enabled the litter to become fragments more rapidly.

浅濑区具有高分解率的原因，应与微生物在其上拓殖生长，使之较快到达适宜被水流机械作用碎块化的质地有关。

The results show increasing numbers of soil pathogenic microbes with prolonged planting, the main reason for disease occurrence and spread of soil-borne diseases. Hypogenetic plant, lower photosynthetic rates and enzyme activities decrease self-resistance of the cucumber plant to disease. These form the internal-causes of cucumber disease outbreak. Increases in humidity. decreases in temperature and sunlight are the external-causes of cucumber disease outbreak. The longer the succession, the severer is the spread of soil-borne diseases.

结果表明：随种植年限的延长，土壤中病原微生物数量增加，是导致黄瓜土传病害加重的主要原因；黄瓜植株生长发育不良，黄瓜的光合速率及抗性酶活性降低，植株自身抗病性下降，是引起黄瓜病害发生加重的内因；温室内温度降低、湿度提高、光照下降，是导致黄瓜病害发生加重的外部条件。

Warden: That's a beautiful dog, but don't bring her again.

那是条漂亮的狗，但是不要再把她带来了。

You get up in the morning – no hangover!

你第二天早上起来的时候—不会宿醉！