lamellibranchiate gill structure
瓣鳃类鳃结构
fossilized lamellibranchiate shells
化石化的瓣鳃类壳体
marine lamellibranchiate mollusks
海洋瓣鳃类软体动物
lamellibranchiate bivalve anatomy
瓣鳃类双壳类动物解剖学
ancient lamellibranchiate fossils
古代瓣鳃类化石
lamellibranchiate organism classification
瓣鳃类生物分类
extant lamellibranchiate species
现存的瓣鳃类物种
lamellibranchiate hinge teeth
瓣鳃类铰齿
various lamellibranchiates identified
已鉴定的各种瓣鳃类
lamellibranchiate zoology study
瓣鳃类动物学研究
the study focused on the unique shell structure of lamellibranchias found in the local river.
这项研究关注了本地河流中发现的瓣鳃类动物独特的外壳结构。
marine biologists classify these lamellibranchias based on their gill morphology and feeding habits.
海洋生物学家根据它们的鳃形态和摄食习性对这些瓣鳃类动物进行分类。
geologists use fossilized lamellibranchias to determine the age of the sedimentary rock layers.
地质学家利用化石化的瓣鳃类动物来确定沉积岩层的年代。
water pollution has caused a significant decline in the population of lamellibranchias in the bay.
水污染导致海湾中瓣鳃类动物的数量显著减少。
the anatomy of lamellibranchias includes a hatchet-shaped foot used for burrowing into sand.
瓣鳃类动物的解剖结构包括一个用于挖掘沙子的斧头状足。
researchers observed the spawning behavior of deep-sea lamellibranchias in their natural habitat.
研究人员在这些深海瓣鳃类动物的自然栖息地中观察了它们的产卵行为。
a specific parasite targets the gill tissues of various lamellibranchias along this coast.
一种特定的寄生虫针对沿岸各种瓣鳃类动物的鳃组织。
the diverse group of lamellibranchias plays a crucial role in filtering the ocean water.
多样化的瓣鳃类动物群在过滤海水方面起着至关重要的作用。
paleontologists recently unearthed perfectly preserved lamellibranchias from the jurassic period.
古生物学家最近挖掘出了保存完好的侏罗纪时期的瓣鳃类动物。
the culinary course covered the proper preparation techniques for edible lamellibranchias.
烹饪课程涵盖了可食用瓣鳃类动物的正确准备技术。
changes in ocean acidity severely affect the ability of lamellibranchias to form their shells.
海洋酸度的变化严重影响了瓣鳃类动物形成外壳的能力。
divers photographed the vibrant mantle colors displayed by tropical lamellibranchias on the reef.
潜水员拍摄了热带瓣鳃类动物在珊瑚礁上展示的鲜艳的外套膜颜色。
lamellibranchiate gill structure
瓣鳃类鳃结构
fossilized lamellibranchiate shells
化石化的瓣鳃类壳体
marine lamellibranchiate mollusks
海洋瓣鳃类软体动物
lamellibranchiate bivalve anatomy
瓣鳃类双壳类动物解剖学
ancient lamellibranchiate fossils
古代瓣鳃类化石
lamellibranchiate organism classification
瓣鳃类生物分类
extant lamellibranchiate species
现存的瓣鳃类物种
lamellibranchiate hinge teeth
瓣鳃类铰齿
various lamellibranchiates identified
已鉴定的各种瓣鳃类
lamellibranchiate zoology study
瓣鳃类动物学研究
the study focused on the unique shell structure of lamellibranchias found in the local river.
这项研究关注了本地河流中发现的瓣鳃类动物独特的外壳结构。
marine biologists classify these lamellibranchias based on their gill morphology and feeding habits.
海洋生物学家根据它们的鳃形态和摄食习性对这些瓣鳃类动物进行分类。
geologists use fossilized lamellibranchias to determine the age of the sedimentary rock layers.
地质学家利用化石化的瓣鳃类动物来确定沉积岩层的年代。
water pollution has caused a significant decline in the population of lamellibranchias in the bay.
水污染导致海湾中瓣鳃类动物的数量显著减少。
the anatomy of lamellibranchias includes a hatchet-shaped foot used for burrowing into sand.
瓣鳃类动物的解剖结构包括一个用于挖掘沙子的斧头状足。
researchers observed the spawning behavior of deep-sea lamellibranchias in their natural habitat.
研究人员在这些深海瓣鳃类动物的自然栖息地中观察了它们的产卵行为。
a specific parasite targets the gill tissues of various lamellibranchias along this coast.
一种特定的寄生虫针对沿岸各种瓣鳃类动物的鳃组织。
the diverse group of lamellibranchias plays a crucial role in filtering the ocean water.
多样化的瓣鳃类动物群在过滤海水方面起着至关重要的作用。
paleontologists recently unearthed perfectly preserved lamellibranchias from the jurassic period.
古生物学家最近挖掘出了保存完好的侏罗纪时期的瓣鳃类动物。
the culinary course covered the proper preparation techniques for edible lamellibranchias.
烹饪课程涵盖了可食用瓣鳃类动物的正确准备技术。
changes in ocean acidity severely affect the ability of lamellibranchias to form their shells.
海洋酸度的变化严重影响了瓣鳃类动物形成外壳的能力。
divers photographed the vibrant mantle colors displayed by tropical lamellibranchias on the reef.
潜水员拍摄了热带瓣鳃类动物在珊瑚礁上展示的鲜艳的外套膜颜色。
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