studying ctenophores
研究栉水母
observing ctenophores
观察栉水母
beautiful ctenophores
美丽的栉水母
marine ctenophores
海洋栉水母
glowing ctenophores
发光的栉水母
ctenophores swim
栉水母游动
analyzing ctenophores
分析栉水母
diverse ctenophores
多样栉水母
finding ctenophores
寻找栉水母
rare ctenophores
稀有栉水母
many marine biologists study ctenophores to understand bioluminescence.
许多海洋生物学家研究栉水母以了解生物发光。
ctenophores are often mistaken for jellyfish due to their gelatinous bodies.
栉水母由于其胶状身体，经常被误认为是水母。
the rhythmic beating of ctenophores' combs propels them through the water.
栉水母的栉板有节奏地摆动，使它们在水中移动。
researchers are investigating the unique hunting strategies of various ctenophore species.
研究人员正在调查各种栉水母物种的独特捕猎策略。
ctenophores play a significant role in marine food webs as both predators and prey.
栉水母在海洋食物网中扮演重要角色，既是捕食者又是猎物。
the transparent bodies of ctenophores allow them to effectively camouflage themselves.
栉水母的透明身体使它们能够有效地伪装自己。
scientists observed ctenophores exhibiting complex behaviors during courtship rituals.
科学家观察到栉水母在求偶仪式中表现出复杂的行为。
genetic analysis helps scientists classify different types of ctenophores accurately.
基因分析有助于科学家准确地对不同类型的栉水母进行分类。
the fragile nature of ctenophores makes them challenging to study in the lab.
栉水母的脆弱性使得在实验室中研究它们具有挑战性。
ctenophores use sticky cells called cnidocytes to capture small prey.
栉水母使用称为刺细胞的粘性细胞来捕获小猎物。
deep-sea ctenophores display remarkable adaptations to their dark environment.
深海栉水母在黑暗环境中表现出惊人的适应性。
studying ctenophores
研究栉水母
observing ctenophores
观察栉水母
beautiful ctenophores
美丽的栉水母
marine ctenophores
海洋栉水母
glowing ctenophores
发光的栉水母
ctenophores swim
栉水母游动
analyzing ctenophores
分析栉水母
diverse ctenophores
多样栉水母
finding ctenophores
寻找栉水母
rare ctenophores
稀有栉水母
many marine biologists study ctenophores to understand bioluminescence.
许多海洋生物学家研究栉水母以了解生物发光。
ctenophores are often mistaken for jellyfish due to their gelatinous bodies.
栉水母由于其胶状身体，经常被误认为是水母。
the rhythmic beating of ctenophores' combs propels them through the water.
栉水母的栉板有节奏地摆动，使它们在水中移动。
researchers are investigating the unique hunting strategies of various ctenophore species.
研究人员正在调查各种栉水母物种的独特捕猎策略。
ctenophores play a significant role in marine food webs as both predators and prey.
栉水母在海洋食物网中扮演重要角色，既是捕食者又是猎物。
the transparent bodies of ctenophores allow them to effectively camouflage themselves.
栉水母的透明身体使它们能够有效地伪装自己。
scientists observed ctenophores exhibiting complex behaviors during courtship rituals.
科学家观察到栉水母在求偶仪式中表现出复杂的行为。
genetic analysis helps scientists classify different types of ctenophores accurately.
基因分析有助于科学家准确地对不同类型的栉水母进行分类。
the fragile nature of ctenophores makes them challenging to study in the lab.
栉水母的脆弱性使得在实验室中研究它们具有挑战性。
ctenophores use sticky cells called cnidocytes to capture small prey.
栉水母使用称为刺细胞的粘性细胞来捕获小猎物。
deep-sea ctenophores display remarkable adaptations to their dark environment.
深海栉水母在黑暗环境中表现出惊人的适应性。
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