More than 200 strains of soil microbes were isolated from cotton rhizosphere soil.
从棉株根围土壤中分离到200多株土壤微生物。
More than 250 strains of soil microbes were isolated from ginseng rhizosphere soil.
从人参根围土壤中分离到250多株土壤微生物。
Harmful fungi, nematodes and bacteria are weak competitors against beneficial soil microbes.
有害真菌，线虫和细菌，对有益的土壤微生物弱的竞争对手。
His research showing the importance of soil microbes to the health of plants was well documented.
他的研究表明了土壤微生物对于植物健康的重要作用，这些都被很好地整理归档。
Soil microbes and plant root systems together form a stable dynamic system, where they interact with each other.
土壤微生物与植物的根系形成一个稳定的动态系统，在这个系统中它们之间相互作用，相互影响。
The effects of repeated chlorothalonil treatments on soil enzyme activities were similar to those on soil microbes.
百菌清反复处理对土壤酶的影响也呈类似趋势。
Soil microbes are influenced by aboveground vegetation, soil geochemical elements and edaphic pollutants such as battery waste.
土壤微生物受到地上植物、土壤地球化学元素以及电池等污染物质的影响。
It suggested that soil TOC accumulation in plantations was closely related to stability of organic matter and quantity of soil microbes.
因而，人工林土壤有机碳积累水平与土壤有机碳的稳定性及表层土壤微生物量有关。
Earp-Thomas with the help of a Rockefeller Foundation grant and a team of researchers was able to study soil microbes all over the world.
厄普·托马斯在洛克·菲勒基金会经费的帮助下和一队研究人员得以研究了当时世界各地的土壤微生物。
As an indispensable part of constructed wetland, soil microbes play an important role in the material transformation and energy flow in the wetland ecosystem.
微生物是人工湿地不可缺少的成员，对湿地生态系统中物质转化、能量流动起着重要作用。
The economic benefits of nature are seen most clearly in food production, which depends on organisms such as soil microbes, earthworms and pollinating insects.
大自然的经济效益突出表现在粮食生产上，粮食生产有赖于土壤微生物、蚯蚓和授粉昆虫等有机体。
The correlation between soil microbes and soil organic carbon was negative, and the correlation between number of fungi and soil organic nitrogen was positive.
相关分析表明，土壤微生物总数与土壤有机碳呈负相关，真菌数量与土壤有机氮呈正相关。
The acquisition of high quality, large-fragment sized and unbiased DNA is an important basis for the molecular ecology studies on soil microbes in tea plantations.
获得高质量、大片段、无偏好的土壤微生物总DNA是茶园土壤微生物分子生态学研究的基础。
While organisms at the ocean surface evolve fairly rapidly, soil microbes only change slowly throughout evolution, perhaps partly due to long dormancy phases during winter.
生活在海洋表面的生物体进化得相对较快，而土壤中的微生物进化较慢，部分原因归咎于冬季漫长的休眠期。
Soil microbes can not only sustain the balance of decomposition and composition of soil organic matters, but also improve soil fertility by mineralizing the organic matters.
微生物不仅使土壤有机质的分解和合成处于相对平衡状态，而且可矿化有机物提高土壤肥力。
So the consistency of rhizosphere effects between soil nutrients and soil microbes could be found during some growth periods of forest vegetation in south subtropical region.
在南亚热带森林生态系统中。在植物的某些生长季节，微生物的根际效应与土壤养分的根际效应一致。
This paper deal with the effect of fertilization for 4 years on the changes of the soil nutrients, the soil water physical characters and the soil microbes in the poplar plantation.
本文报道了施肥4年对杨树人工林土壤养分的消长、水分物理特性及土壤微生物的影响。
Devine and agronomist James McMurtrey found evidence for this two years ago, in a study showing that naturally occurring soil microbes degraded some soybean stalks more rapidly than others.
迪温和农学家詹姆斯·迈克莫垂两年前已发现了这方面的证据，他们的一项研究表明，自然产生的土壤微生物对豆杆的降解速度快于其它方式。
It may be biological processes that occur in the soil in the winter, that cause increased shrub growth in the summer, and here's how: there are "microbes", microscopic organisms that live in the soil.
可能是冬季土壤中发生的生物过程，导致夏季灌木生长增加，原因如下：有“微生物”，即生活在土壤中的微生物。
These microbes enable the soil to have more nitrogen, which plants need to live and they remain quite active during the winter.
这些微生物可以让土壤中植物生长所需的氮含量增加，在冬天让植物仍保持活跃。
It allows the temperature of the soil to remain warm enough for microbes to remain active.
它使土壤温度保持足够的温度，并让微生物保持活跃。
One explanation is that plants and the microbes in their soil are good at removing volatile, organic compounds that can affect health.
有一种解释认为土壤中的植物和微生物可以很好地移除那些会影响到人体健康的不稳定有机化合物。
Eventually, the cans will corrode, the glass will start to break down, thanks to water or microbes in the soil and rock, and the dangerous contents will leak out.
最终，在泥土和岩石中的水与微生物的作用下，金属箱会遭到侵蚀，玻璃会开始分解，那些危险物质将泄漏出来。
Increased soil erosion worldwide not only results in more soil being blown but spreading of disease microbes and various toxins.
全球越来越多的土壤侵蚀不仅导致了更多的土壤流失而且播散了致病微生物和各种毒素。
There are lots of microbes in soil, some of them could dissolve insoluble phosphorus that could not be utilized by plants and transform them into soluble phosphorus.
土壤中有大量的微生物存在，其中有一些微生物能够将土壤中的不溶性磷转化成可溶性磷。
There are lots of microbes in soil, some of them could dissolve insoluble phosphorus that could not be utilized by plants and transform them into soluble phosphorus.
土壤中有大量的微生物存在，其中有一些微生物能够将土壤中的不溶性磷转化成可溶性磷。
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