soil-dwelling betaproteobacteria play crucial roles in nutrient cycling within terrestrial ecosystems.
棲息於土壤的β-變形菌在陸地生態系統的營養循環中扮演著關鍵角色。
researchers have identified several novel betaproteobacteria species from contaminated groundwater samples.
研究人員已從受污染的地下水樣本中鑒定出數種新的β-變形菌物種。
the metabolic versatility of betaproteobacteria makes them important for bioremediation applications.
β-變形菌的代謝多樣性使其在生物修復應用中具有重要意義。
betaproteobacteria populations in wastewater treatment plants contribute significantly to nitrogen removal.
污水處理廠中的β-變形菌群對氮的去除有著顯著的貢獻。
environmental dna sequencing has revealed high betaproteobacteria diversity in forest soils.
環境DNA測序揭示了森林土壤中β-變形菌的高多樣性。
certain betaproteobacteria strains demonstrate remarkable tolerance to heavy metal contamination.
某些β-變形菌菌株表現出對重金屬污染的顯著耐受性。
the ecological significance of betaproteobacteria extends to carbon cycling processes.
β-變形菌的生態學意義延伸至碳循環過程。
molecular techniques have revolutionized the study of betaproteobacteria community structure.
分子技術徹底改變了對β-變形菌群落結構的研究。
betaproteobacteria are often dominant members of freshwater microbial communities.
β-變形菌通常是淡水微生物群落中的優勢種。
laboratory cultures of betaproteobacteria help scientists understand their physiological characteristics.
β-變形菌的實驗室培養有助於科學家了解其生理特性。
the taxonomic classification of betaproteobacteria continues to evolve with genomic data.
β-變形菌的分類學分類隨著基因組數據的不斷更新而持續演變。
betaproteobacteria interact with other microorganisms in complex soil food webs.
β-變形菌在複雜的土壤食物網中與其他微生物相互作用。
soil-dwelling betaproteobacteria play crucial roles in nutrient cycling within terrestrial ecosystems.
棲息於土壤的β-變形菌在陸地生態系統的營養循環中扮演著關鍵角色。
researchers have identified several novel betaproteobacteria species from contaminated groundwater samples.
研究人員已從受污染的地下水樣本中鑒定出數種新的β-變形菌物種。
the metabolic versatility of betaproteobacteria makes them important for bioremediation applications.
β-變形菌的代謝多樣性使其在生物修復應用中具有重要意義。
betaproteobacteria populations in wastewater treatment plants contribute significantly to nitrogen removal.
污水處理廠中的β-變形菌群對氮的去除有著顯著的貢獻。
environmental dna sequencing has revealed high betaproteobacteria diversity in forest soils.
環境DNA測序揭示了森林土壤中β-變形菌的高多樣性。
certain betaproteobacteria strains demonstrate remarkable tolerance to heavy metal contamination.
某些β-變形菌菌株表現出對重金屬污染的顯著耐受性。
the ecological significance of betaproteobacteria extends to carbon cycling processes.
β-變形菌的生態學意義延伸至碳循環過程。
molecular techniques have revolutionized the study of betaproteobacteria community structure.
分子技術徹底改變了對β-變形菌群落結構的研究。
betaproteobacteria are often dominant members of freshwater microbial communities.
β-變形菌通常是淡水微生物群落中的優勢種。
laboratory cultures of betaproteobacteria help scientists understand their physiological characteristics.
β-變形菌的實驗室培養有助於科學家了解其生理特性。
the taxonomic classification of betaproteobacteria continues to evolve with genomic data.
β-變形菌的分類學分類隨著基因組數據的不斷更新而持續演變。
betaproteobacteria interact with other microorganisms in complex soil food webs.
β-變形菌在複雜的土壤食物網中與其他微生物相互作用。
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