土壤表层微生物数量约为底层数量的3倍。
The amount of microorganism in topsoil was about 3 times higher than that in subsurface soil.
茶园土壤微生物数量与茶叶产量具有正相关关系。
The microbial quantity of soil of tea garden and tea output have positive correlation relations.
曲药发酵后期各层空气微生物数量差异均不显著。
During the later period of fermentation of Daqu, the difference of microbe in the air between layers was not notable.
土壤微生物数量、土壤酶活性可以反映土壤的肥力状况。
The microbial quantity and enzyme activities of soil can reflect the fertility of the soil.
污染再加上筑坝和繁忙的船运导致长江水生物数量急剧下降。
That pollution, along with DAMS and heavy boat traffic, has caused a dramatic decline in the Yangtze's aquatic life.
其中细菌数量和类型最多，土样中微生物数量多于其它样品。
We found the number and type of bacteria were the most, and the number of microbiology from soil sample was more than others.
总体来说，水体中异养微生物数量大，而自养微生物数量小。
Generally, there are large amounts of heterotrophic bacteria and small amounts of autotrophic bacteria in the water body.
施肥能够提高微生物数量，而施用有机肥使微生物总数显著增加。
Applying fertilizer could increase the amount of microorganism while applying organic fertilizer could increase remarkably.
土壤中微生物数量、酶活性和养分含量随季节变化有不同的变化。
The Numbers of soil microorganisms, soil enzymes activities and content of soil nutrition fluctuated in different patterns. according to seasonal changes.
结果表明，使用有机物料覆盖的雷竹林地土壤的微生物数量显著增加。
The results show that soil microorganism in quality increases in Lei bamboo forest mulched with organic materials.
微生物数量的估计值只能大致接近事实，就像估计地球上物种数量一样。
Estimates of microbial biomass, like estimates of the number of species on the planet, are only loose approximations.
安徽大学图书馆和安徽省图书馆以及其楼层之间的微生物数量相差较大。
The microbial Numbers were far different between the top floor and on the ground floor in the same library and between the different libraries.
随着土层加深，三大类微生物数量减少，呈现自上而下逐渐减少的趋势。
Together with the soil layer's deepening, the quantities of the three major microbes are reducing, appearing a tendency of deeper soil layer, lower quantity of microbes.
电脑键盘、鼠标以及电话拨号盘上的微生物数量是厕所坐便器的400倍。
Computer keyboard, mouse and telephone dial are home to 400 times as many microorganisms as the toilet bowl.
土壤温度、微生物数量和枯枝落叶本身的化学成分是影响分解率的主要因素。
The soil temperature, the Numbers of microorganism and the chemical composition of litter itself are the main factors what affect the litter decomposition rate.
对松嫩平原苏打盐碱地养鱼稻田水体微生物数量及种类组成进行了初步研究。
A study was carried out on species and specific composition of aquatic microorganisms in fish-rice ecosystem in soda saline-alkaline land of the Songnen Plain.
中文摘要在生态学中估计生物数量密度时，线上穿越抽样法是一种常用的方法。
In ecology, line transect survey is one of the most widely used method to assess the biomass density.
有关基因在整个宏基因组分析中十分稀少，所以携带该基因的生物数量可能不够多。
The genes concerned are rare in the overall metagenomic analysis, so creatures carrying them may not be abundant.
通过采用生活污水水培吊兰，研究了该净化系统中微生物数量与净化效果的相关关系。
The correlation of microbe quantity and purification effect of purification system by using hydroponics chlorophytum comosum in domestic wastewater was studied.
当杉木与楠木叶凋落物混合分解时，土壤三大微生物数量以及微生物总量都明显增加；
The amount of three kinds of Microbe and the total amount of microbe were increased significantly when Chinese fir litter mixed-decomposed with Phoeba bournei litter.
微生物数量大，种类多，生长快，易培养，且酶系复杂，几乎可以分解一切天然物质。
Microbes can decompose all the natural material with the characters of great quality, many species, fast growing, easy culture and complicatedly enzymes.
研究了徐州地区四种土壤在不同组合条件下，土壤微生物数量、土壤酶活性的变化情况。
A study has been carried out to examine the variation of microbial biomass and enzymic activity of different combinations of four types of soil from Xuzhou area.
本研究测定了浙江省一些林场内杉木林地杉木根际和非根际土壤的微生物数量和酶活性。
The number of microbes and enzyme activities in the rhizosphere and bulk soil of Chinese fir were analysed.
它在大大增加复垦土壤中各种微生物数量的同时，也增加了土壤中的有机质的含量和肥力。
Itimproved the quantity of all kinds of micro-biology in soil as wellas the number of organism material and its richness.
大多数的情况下，处理的主要目的是利用持续一定时间的高温来减少产品中的微生物数量。
In most situations, the primary objective is the use of an established elevated temperature for some predetermined length of time to reduce the microbial population within the product.
微生物数量在底泥污染物释放动力学中起着关键性作用，新型方法可以快速检测微生物总量。
Microbial amount plays a key role in kinetics of pollutants release from sediments. The new method can measure microorganism amount rapidly.
微生物数量在底泥污染物释放动力学中起着关键性作用，新型方法可以快速检测微生物总量。
Microbial amount plays a key role in kinetics of pollutants release from sediments. The new method can measure microorganism amount rapidly.
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