studying cyclostomes
研究环口类
cyclostomes evolved
环口类进化
early cyclostomes
早期环口类
diverse cyclostomes
多样环口类
cyclostomes swim
环口类游泳
finding cyclostomes
寻找环口类
ancient cyclostomes
古代环口类
cyclostomes feed
环口类觅食
unique cyclostomes
独特的环口类
cyclostomes live
环口类生存
researchers are studying the feeding habits of cyclostomes in various aquatic environments.
研究人员正在研究不同水生环境中环口动物的进食习性。
cyclostomes, such as lampreys and hagfish, are jawless vertebrates.
环口动物，如灯笼鱼和须江鱼，是没有下颌的脊椎动物。
the unique anatomy of cyclostomes allows them to effectively scavenge for food.
环口动物独特的解剖结构使它们能够有效地寻找食物进行觅食。
scientists have discovered new species of cyclostomes in deep-sea ecosystems.
科学家在深海生态系统中发现了新的环口动物物种。
the evolutionary history of cyclostomes is a fascinating area of research.
环口动物的进化历史是一个引人入胜的研究领域。
cyclostomes often exhibit parasitic or scavenging lifestyles.
环口动物通常表现出寄生或觅食的生活方式。
the conservation status of some cyclostomes is a concern for biologists.
一些生物学家的关注点是部分环口动物的保护状况。
genetic analysis helps to understand the relationships among different cyclostomes.
基因分析有助于理解不同环口动物之间的关系。
cyclostomes play a significant role in the food web of freshwater systems.
环口动物在淡水系统中发挥着重要作用于食物链。
the presence of cyclostomes can indicate the health of an aquatic ecosystem.
环口动物的存在可以表明水生生态系统的健康状况。
early cyclostomes are believed to have been more widespread than they are today.
人们认为早期的环口动物比今天更为广泛分布。
studying cyclostomes
研究环口类
cyclostomes evolved
环口类进化
early cyclostomes
早期环口类
diverse cyclostomes
多样环口类
cyclostomes swim
环口类游泳
finding cyclostomes
寻找环口类
ancient cyclostomes
古代环口类
cyclostomes feed
环口类觅食
unique cyclostomes
独特的环口类
cyclostomes live
环口类生存
researchers are studying the feeding habits of cyclostomes in various aquatic environments.
研究人员正在研究不同水生环境中环口动物的进食习性。
cyclostomes, such as lampreys and hagfish, are jawless vertebrates.
环口动物，如灯笼鱼和须江鱼，是没有下颌的脊椎动物。
the unique anatomy of cyclostomes allows them to effectively scavenge for food.
环口动物独特的解剖结构使它们能够有效地寻找食物进行觅食。
scientists have discovered new species of cyclostomes in deep-sea ecosystems.
科学家在深海生态系统中发现了新的环口动物物种。
the evolutionary history of cyclostomes is a fascinating area of research.
环口动物的进化历史是一个引人入胜的研究领域。
cyclostomes often exhibit parasitic or scavenging lifestyles.
环口动物通常表现出寄生或觅食的生活方式。
the conservation status of some cyclostomes is a concern for biologists.
一些生物学家的关注点是部分环口动物的保护状况。
genetic analysis helps to understand the relationships among different cyclostomes.
基因分析有助于理解不同环口动物之间的关系。
cyclostomes play a significant role in the food web of freshwater systems.
环口动物在淡水系统中发挥着重要作用于食物链。
the presence of cyclostomes can indicate the health of an aquatic ecosystem.
环口动物的存在可以表明水生生态系统的健康状况。
early cyclostomes are believed to have been more widespread than they are today.
人们认为早期的环口动物比今天更为广泛分布。
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