studying polyplacophorans
研究多板软体动物
observing polyplacophorans
观察多板软体动物
identifying polyplacophorans
识别多板软体动物
diverse polyplacophorans
多样多板软体动物
marine polyplacophorans
海洋多板软体动物
collecting polyplacophorans
收集多板软体动物
analyzing polyplacophorans
分析多板软体动物
protecting polyplacophorans
保护多板软体动物
habitat of polyplacophorans
多板软体动物的栖息地
classifying polyplacophorans
分类多板软体动物
scientists study polyplacophorans to understand molluscan evolution.
科学家研究多隔软体动物以了解软体动物的演化。
the shells of polyplacophorans are segmented and provide protection.
多隔软体动物的壳是分节的，并提供保护。
many polyplacophorans inhabit rocky intertidal zones.
许多多隔软体动物栖息于岩石间的潮间带。
researchers are investigating the unique adhesive proteins of polyplacophorans.
研究人员正在调查多隔软体动物独特的粘合蛋白。
polyplacophorans exhibit remarkable adaptations to their marine environment.
多隔软体动物表现出对海洋环境的卓越适应性。
the classification of polyplacophorans has undergone significant revisions.
多隔软体动物的分类已经经历了重大修订。
fossil records provide insights into the early evolution of polyplacophorans.
化石记录为多隔软体动物的早期演化提供了见解。
the muscular foot of polyplacophorans allows for locomotion on rocks.
多隔软体动物的足部肌肉使其能够在岩石上运动。
genetic analysis helps to clarify the phylogenetic relationships of polyplacophorans.
基因分析有助于阐明多隔软体动物的系统发育关系。
some polyplacophorans graze on algae growing on rocks.
一些多隔软体动物以生长在岩石上的藻类为食。
the shells of polyplacophorans are often used as examples in biology lessons.
多隔软体动物的壳经常被用作生物学课上的例子。
studying polyplacophorans
研究多板软体动物
observing polyplacophorans
观察多板软体动物
identifying polyplacophorans
识别多板软体动物
diverse polyplacophorans
多样多板软体动物
marine polyplacophorans
海洋多板软体动物
collecting polyplacophorans
收集多板软体动物
analyzing polyplacophorans
分析多板软体动物
protecting polyplacophorans
保护多板软体动物
habitat of polyplacophorans
多板软体动物的栖息地
classifying polyplacophorans
分类多板软体动物
scientists study polyplacophorans to understand molluscan evolution.
科学家研究多隔软体动物以了解软体动物的演化。
the shells of polyplacophorans are segmented and provide protection.
多隔软体动物的壳是分节的，并提供保护。
many polyplacophorans inhabit rocky intertidal zones.
许多多隔软体动物栖息于岩石间的潮间带。
researchers are investigating the unique adhesive proteins of polyplacophorans.
研究人员正在调查多隔软体动物独特的粘合蛋白。
polyplacophorans exhibit remarkable adaptations to their marine environment.
多隔软体动物表现出对海洋环境的卓越适应性。
the classification of polyplacophorans has undergone significant revisions.
多隔软体动物的分类已经经历了重大修订。
fossil records provide insights into the early evolution of polyplacophorans.
化石记录为多隔软体动物的早期演化提供了见解。
the muscular foot of polyplacophorans allows for locomotion on rocks.
多隔软体动物的足部肌肉使其能够在岩石上运动。
genetic analysis helps to clarify the phylogenetic relationships of polyplacophorans.
基因分析有助于阐明多隔软体动物的系统发育关系。
some polyplacophorans graze on algae growing on rocks.
一些多隔软体动物以生长在岩石上的藻类为食。
the shells of polyplacophorans are often used as examples in biology lessons.
多隔软体动物的壳经常被用作生物学课上的例子。
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