soil-dwelling betaproteobacteria play crucial roles in nutrient cycling within terrestrial ecosystems.
土壤栖息的变形菌纲在陆地生态系统的营养循环中发挥着关键作用。
researchers have identified several novel betaproteobacteria species from contaminated groundwater samples.
研究人员从受污染的地下水样本中发现了多种新的变形菌纲物种。
the metabolic versatility of betaproteobacteria makes them important for bioremediation applications.
变形菌纲的代谢多样性使其在生物修复应用中具有重要意义。
betaproteobacteria populations in wastewater treatment plants contribute significantly to nitrogen removal.
污水处理厂中的变形菌纲种群对氮的去除具有重要作用。
environmental dna sequencing has revealed high betaproteobacteria diversity in forest soils.
环境dna测序揭示了森林土壤中变形菌纲的高度多样性。
certain betaproteobacteria strains demonstrate remarkable tolerance to heavy metal contamination.
某些变形菌纲菌株对重金属污染表现出显著的耐受性。
the ecological significance of betaproteobacteria extends to carbon cycling processes.
变形菌纲的生态意义延伸到碳循环过程。
molecular techniques have revolutionized the study of betaproteobacteria community structure.
分子技术彻底改变了变形菌纲群落结构的研究。
betaproteobacteria are often dominant members of freshwater microbial communities.
变形菌纲通常是淡水微生物群落中的优势成员。
laboratory cultures of betaproteobacteria help scientists understand their physiological characteristics.
变形菌纲的实验室培养帮助科学家了解它们的生理特征。
the taxonomic classification of betaproteobacteria continues to evolve with genomic data.
变形菌纲的分类学分类随着基因组数据的发展不断演进。
betaproteobacteria interact with other microorganisms in complex soil food webs.
变形菌纲在复杂的土壤食物网中与其他微生物相互作用。
soil-dwelling betaproteobacteria play crucial roles in nutrient cycling within terrestrial ecosystems.
土壤栖息的变形菌纲在陆地生态系统的营养循环中发挥着关键作用。
researchers have identified several novel betaproteobacteria species from contaminated groundwater samples.
研究人员从受污染的地下水样本中发现了多种新的变形菌纲物种。
the metabolic versatility of betaproteobacteria makes them important for bioremediation applications.
变形菌纲的代谢多样性使其在生物修复应用中具有重要意义。
betaproteobacteria populations in wastewater treatment plants contribute significantly to nitrogen removal.
污水处理厂中的变形菌纲种群对氮的去除具有重要作用。
environmental dna sequencing has revealed high betaproteobacteria diversity in forest soils.
环境dna测序揭示了森林土壤中变形菌纲的高度多样性。
certain betaproteobacteria strains demonstrate remarkable tolerance to heavy metal contamination.
某些变形菌纲菌株对重金属污染表现出显著的耐受性。
the ecological significance of betaproteobacteria extends to carbon cycling processes.
变形菌纲的生态意义延伸到碳循环过程。
molecular techniques have revolutionized the study of betaproteobacteria community structure.
分子技术彻底改变了变形菌纲群落结构的研究。
betaproteobacteria are often dominant members of freshwater microbial communities.
变形菌纲通常是淡水微生物群落中的优势成员。
laboratory cultures of betaproteobacteria help scientists understand their physiological characteristics.
变形菌纲的实验室培养帮助科学家了解它们的生理特征。
the taxonomic classification of betaproteobacteria continues to evolve with genomic data.
变形菌纲的分类学分类随着基因组数据的发展不断演进。
betaproteobacteria interact with other microorganisms in complex soil food webs.
变形菌纲在复杂的土壤食物网中与其他微生物相互作用。
探索常用高频词汇