这是《微生物生态学》的网页。
这是分子微生物生态学的网站。
这是微生物生态学中心的网站。
据本周发表的一项研究，人类肠道中有三种微生物生态环境。
According to research published this week, we all have one of three ecosystems of bugs in our guts.
对复杂环境中微生物群落结构和功能的研究是微生物生态学的重要任务。
The major goal of microbial ecology is to study the structure and function of complex microbial communities.
动物的肠道是一个复杂的微生物生态系统，由各种微生物组成，包括致病菌。
The animal's intestine is a complex ecosystem inhabited by microorganisms, including pathogenic bacteria.
这些特征预示其独特的微生物生态系统和与之有关的碳循环和元素地球化学循环特征。
These characteristics bring forth a unique microbiological ecology as well as a coupled carbon and metal cycling system.
根据乔治·戴维斯的说法，这种对生态系统的改变也有可能使由其他微生物传播的水源性疾病增加。
According to Davis, such alterations could precipitate a rise in other microbial waterborne diseases as well.
就像生物学：一个一群微生物混杂地交换基因和特性的生态系统，进化加速了。
It's like biology: in an ecosystem where microbes are promiscuously swapping genes and traits, evolution speeds up.
在如此敏感和个性化的生态环境中的微生物的生存会帮助研究学者发现在恶劣环境下耕耘作物的好方法。
Microscopic residents of such a specialized and sensitive ecosystem could harbor insights that might lead researchers to new ways of helping crops grow better in stressful situations.
在大自然中，就是因为有着各式各样的微生物，发挥着不同的效用，透过生物食物链的机制才能使得我们的生态系统维持平衡。
In nature, there exists many types of microbes and each plays a role in balancing our entire ecosystem through the activity of the biological food web.
口腔微生物学及免疫学主要研究口腔生态系统的知识及认识，是一门独特的用于人类健康和疾病的学科。
Oral Microbiology and Immunology focuses primarily on the knowledge and understanding of the oral ecosystem and its unique role in human health and disease.
该杂志全面提供了海洋植物学各方面的研究进展，包括海洋微生物学以及海洋真菌学，从亚细胞到生态系统所有生物组织水平上。
It well informs the research advances in all aspects of Marine botany, including Marine microbiology and Marine mycology, at all levels of biological organization from subcellular to ecosystem.
湿地土壤中的活性有机碳可以为土壤微生物提供更多的有效能量，从而加快湿地生态系统养分循环过程。
Soil active carbon provides more energy for soil microbe and the process of nutrients cycling in freshwater marsh ecosystem is accelerated.
AM真菌是广泛存在于土壤生态系统中的一类有益微生物，能与90%以上的维管植物形成共生体。
AM fungi is a kind useful microorganism that distributes in the soil system extensively; it can form symbiosis with host plant above 90%.
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。
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.
文章对与丝状菌污泥膨胀相关的微生物学和丝状菌生理生态学进行了讨论；
The microbiology and physiology of filamentous bacteria related to bulking sludge are discussed in this paper.
真菌构成了土壤的大部分微生物生物量，具有分解有机质，为植物提供养分的功能，是生态系统健康的指示物。
The fungi form the most microorganism amount of soil, resolve the organic matter, offer nutrient for plant and are healthy instruction thing for ecosystem.
牙菌斑生物膜是龋病和牙周病的主要致病因素，也是目前口腔微生物学和生态学研究的热点。
Dental plaque biofilm is one of key etiological factors of dental caries and periodontal diseases, and is also the hotspot of oral microbiology and ecology.
研究内容主要包括土壤生物积累及相关养分状况、盐基淋溶作用和微生物数量等方面的坡向性分异，并探讨其对山地土壤资源开发利用和生态环境建设的意义。
The research content included the slope-directive variation of soil bio-accumulations properties and related nutrient status, base cation leaching, the quantity of microorganism etc.
施用有益微生物正成为调节土壤微生态促进植物根系健康的有效方法，大量繁殖有益微生物应用于农业生产其发展前景广阔。
Application growth promoting rhozobacteria is a new method to modulate soil ecology and promote the health of root. The foreground of growth promoting rhozobacteria in framing is promised.
瘤胃是一个复杂的微生态系统，其微生物区系主要有细菌、原虫及厌氧真菌组成。
Rumen is a complex micro-ecosystem where bacteria, protozoa and anaerobic fungi are the three major microorganism groups.
摘要：反刍动物瘤胃内多种多样的微生物组成一个复杂的微生态系统，它们在瘤胃内物质消化过程中发挥重要作用。
Abstract: Varied microbes species in the rumen compose a complex microecosystem, which play an important role in the process of rumen digestion.
摘要：反刍动物瘤胃内多种多样的微生物组成一个复杂的微生态系统，它们在瘤胃内物质消化过程中发挥重要作用。
Abstract: Varied microbes species in the rumen compose a complex microecosystem, which play an important role in the process of rumen digestion.
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