the terebellid
这种沙蚕科生物
a terebellid
一只沙蚕科生物
terebellid species
沙蚕科物种
terebellid morphology
沙蚕科形态学
terebellid taxonomy
沙蚕科分类学
terebellid fauna
沙蚕科动物区系
terebellid diversity
沙蚕科多样性
terebellid habitat
沙蚕科栖息地
terebellid ecosystem
沙蚕科生态系统
the terebellid worm builds elaborate tubes using sediment and mucus secretions.
这种 terebellid 蠕虫利用沉积物和黏液分泌物建造复杂的管道。
marine biologists discovered a new terebellid species in the deep sea trench.
海洋生物学家在深海海沟中发现了一种新的 terebellid 物种。
terebellid polychaetes play a crucial role in nutrient cycling within benthic ecosystems.
terebellid 多毛类在底栖生态系统的营养循环中起着关键作用。
the terebellid genus includes over 200 described species worldwide.
terebellid 属在全球包含200多个已描述的物种。
researchers studied the feeding behavior of terebellid larvae in laboratory conditions.
研究人员在实验室条件下研究了 terebellid 幼虫的摄食行为。
terebellid worms create complex burrow systems that aerate ocean sediments.
terebellid 蠕虫创造出复杂的洞穴系统，为海洋沉积物通气。
the terebellid family is characterized by their long tentacles and tube-dwelling lifestyle.
terebellid 科的特征是它们的长触须和管居生活方式。
taxonomists recently revised the classification of several terebellid taxa.
分类学家最近修订了几个 terebellid 分类群的分类。
terebellid morphology varies significantly among different depth zones.
不同深度区域的 terebellid 形态差异显著。
ecological studies revealed that terebellid abundance correlates with sediment organic content.
生态学研究表明 terebellid 丰度与沉积物有机质含量相关。
the terebellid community structure changes seasonally in temperate marine environments.
在温带海洋环境中， terebellid 群落结构随季节变化。
deep-sea terebellid populations have adapted to high-pressure and low-temperature conditions.
深海 terebellid 种群已适应高压和低温条件。
researchers used dna barcoding to identify terebellid specimens from marine surveys.
研究人员利用dna条形码技术鉴定海洋调查中的 terebellid 标本。
terebellid worms are sensitive bioindicators of marine sediment pollution.
terebellid 蠕虫是海洋沉积物污染的敏感生物指标。
the terebellid
这种沙蚕科生物
a terebellid
一只沙蚕科生物
terebellid species
沙蚕科物种
terebellid morphology
沙蚕科形态学
terebellid taxonomy
沙蚕科分类学
terebellid fauna
沙蚕科动物区系
terebellid diversity
沙蚕科多样性
terebellid habitat
沙蚕科栖息地
terebellid ecosystem
沙蚕科生态系统
the terebellid worm builds elaborate tubes using sediment and mucus secretions.
这种 terebellid 蠕虫利用沉积物和黏液分泌物建造复杂的管道。
marine biologists discovered a new terebellid species in the deep sea trench.
海洋生物学家在深海海沟中发现了一种新的 terebellid 物种。
terebellid polychaetes play a crucial role in nutrient cycling within benthic ecosystems.
terebellid 多毛类在底栖生态系统的营养循环中起着关键作用。
the terebellid genus includes over 200 described species worldwide.
terebellid 属在全球包含200多个已描述的物种。
researchers studied the feeding behavior of terebellid larvae in laboratory conditions.
研究人员在实验室条件下研究了 terebellid 幼虫的摄食行为。
terebellid worms create complex burrow systems that aerate ocean sediments.
terebellid 蠕虫创造出复杂的洞穴系统，为海洋沉积物通气。
the terebellid family is characterized by their long tentacles and tube-dwelling lifestyle.
terebellid 科的特征是它们的长触须和管居生活方式。
taxonomists recently revised the classification of several terebellid taxa.
分类学家最近修订了几个 terebellid 分类群的分类。
terebellid morphology varies significantly among different depth zones.
不同深度区域的 terebellid 形态差异显著。
ecological studies revealed that terebellid abundance correlates with sediment organic content.
生态学研究表明 terebellid 丰度与沉积物有机质含量相关。
the terebellid community structure changes seasonally in temperate marine environments.
在温带海洋环境中， terebellid 群落结构随季节变化。
deep-sea terebellid populations have adapted to high-pressure and low-temperature conditions.
深海 terebellid 种群已适应高压和低温条件。
researchers used dna barcoding to identify terebellid specimens from marine surveys.
研究人员利用dna条形码技术鉴定海洋调查中的 terebellid 标本。
terebellid worms are sensitive bioindicators of marine sediment pollution.
terebellid 蠕虫是海洋沉积物污染的敏感生物指标。
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