archeobacteria are known for their extreme living conditions.
古菌以其极端的生存环境而闻名。
scientists study archeobacteria to understand early life on earth.
科学家研究古菌以了解地球早期生命。
some archeobacteria can survive in high temperatures and acidity.
一些古菌能够在高温和酸性环境中生存。
archeobacteria play a crucial role in biogeochemical cycles.
古菌在生物地球化学循环中发挥着重要作用。
research on archeobacteria has implications for biotechnology.
对古菌的研究对生物技术有重要影响。
many archeobacteria are found in extreme environments like hot springs.
许多古菌存在于极端环境中，如温泉。
archeobacteria can provide insights into the evolution of life.
古菌可以为生命的演化提供见解。
some researchers are exploring the potential uses of archeobacteria.
一些研究人员正在探索古菌的潜在用途。
archeobacteria have unique metabolic pathways compared to other organisms.
古菌与其他生物相比，具有独特的代谢途径。
the study of archeobacteria helps us understand microbial diversity.
对古菌的研究帮助我们理解微生物的多样性。
archeobacteria are known for their extreme living conditions.
古菌以其极端的生存环境而闻名。
scientists study archeobacteria to understand early life on earth.
科学家研究古菌以了解地球早期生命。
some archeobacteria can survive in high temperatures and acidity.
一些古菌能够在高温和酸性环境中生存。
archeobacteria play a crucial role in biogeochemical cycles.
古菌在生物地球化学循环中发挥着重要作用。
research on archeobacteria has implications for biotechnology.
对古菌的研究对生物技术有重要影响。
many archeobacteria are found in extreme environments like hot springs.
许多古菌存在于极端环境中，如温泉。
archeobacteria can provide insights into the evolution of life.
古菌可以为生命的演化提供见解。
some researchers are exploring the potential uses of archeobacteria.
一些研究人员正在探索古菌的潜在用途。
archeobacteria have unique metabolic pathways compared to other organisms.
古菌与其他生物相比，具有独特的代谢途径。
the study of archeobacteria helps us understand microbial diversity.
对古菌的研究帮助我们理解微生物的多样性。
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