lamellibranchiate gill structure
瓣鰓類鰓結構
fossilized lamellibranchiate shells
化石化的瓣鰓類殼
marine lamellibranchiate mollusks
海洋瓣鰓類軟體動物
lamellibranchiate bivalve anatomy
瓣鰓類雙殼類解剖學
ancient lamellibranchiate fossils
古老的瓣鰓類化石
lamellibranchiate organism classification
瓣鰓類生物分類
extant lamellibranchiate species
現存的瓣鰓類物種
lamellibranchiate hinge teeth
瓣鰓類關節齒
various lamellibranchiates identified
已確認的各種瓣鰓類
lamellibranchiate zoology study
瓣鰓類動物學研究
the study focused on the unique shell structure of lamellibranchias found in the local river.
這項研究專注於當地河流中發現的瓣鰓類動物獨特的殼結構。
marine biologists classify these lamellibranchias based on their gill morphology and feeding habits.
海洋生物學家根據這些瓣鰓類動物的鰓形態和攝食習慣對其進行分類。
geologists use fossilized lamellibranchias to determine the age of the sedimentary rock layers.
地質學家利用化石化的瓣鰓類動物來確定沉積岩層的年代。
water pollution has caused a significant decline in the population of lamellibranchias in the bay.
水污染已導致灣區瓣鰓類動物的數量大幅下降。
the anatomy of lamellibranchias includes a hatchet-shaped foot used for burrowing into sand.
瓣鰓類動物的解剖結構包括用於挖掘沙子的斧頭形足。
researchers observed the spawning behavior of deep-sea lamellibranchias in their natural habitat.
研究人員觀察了深海瓣鰓類動物在其自然棲息地中的產卵行為。
a specific parasite targets the gill tissues of various lamellibranchias along this coast.
一種特定的寄生蟲針對沿著這片海岸的各種瓣鰓類動物的鰓組織。
the diverse group of lamellibranchias plays a crucial role in filtering the ocean water.
多樣化的瓣鰓類動物群在過濾海水方面發揮著關鍵作用。
paleontologists recently unearthed perfectly preserved lamellibranchias from the jurassic period.
古生物學家最近挖掘出了來自侏羅紀時期完美保存的瓣鰓類動物。
the culinary course covered the proper preparation techniques for edible lamellibranchias.
烹飪課程涵蓋了可食用瓣鰓類動物的正確處理技術。
changes in ocean acidity severely affect the ability of lamellibranchias to form their shells.
海洋酸度的變化嚴重影響瓣鰓類動物形成其殼的能力。
divers photographed the vibrant mantle colors displayed by tropical lamellibranchias on the reef.
潛水員拍攝了熱帶瓣鰓類動物在珊瑚礁上展示的鮮豔的外套膜顏色。
lamellibranchiate gill structure
瓣鰓類鰓結構
fossilized lamellibranchiate shells
化石化的瓣鰓類殼
marine lamellibranchiate mollusks
海洋瓣鰓類軟體動物
lamellibranchiate bivalve anatomy
瓣鰓類雙殼類解剖學
ancient lamellibranchiate fossils
古老的瓣鰓類化石
lamellibranchiate organism classification
瓣鰓類生物分類
extant lamellibranchiate species
現存的瓣鰓類物種
lamellibranchiate hinge teeth
瓣鰓類關節齒
various lamellibranchiates identified
已確認的各種瓣鰓類
lamellibranchiate zoology study
瓣鰓類動物學研究
the study focused on the unique shell structure of lamellibranchias found in the local river.
這項研究專注於當地河流中發現的瓣鰓類動物獨特的殼結構。
marine biologists classify these lamellibranchias based on their gill morphology and feeding habits.
海洋生物學家根據這些瓣鰓類動物的鰓形態和攝食習慣對其進行分類。
geologists use fossilized lamellibranchias to determine the age of the sedimentary rock layers.
地質學家利用化石化的瓣鰓類動物來確定沉積岩層的年代。
water pollution has caused a significant decline in the population of lamellibranchias in the bay.
水污染已導致灣區瓣鰓類動物的數量大幅下降。
the anatomy of lamellibranchias includes a hatchet-shaped foot used for burrowing into sand.
瓣鰓類動物的解剖結構包括用於挖掘沙子的斧頭形足。
researchers observed the spawning behavior of deep-sea lamellibranchias in their natural habitat.
研究人員觀察了深海瓣鰓類動物在其自然棲息地中的產卵行為。
a specific parasite targets the gill tissues of various lamellibranchias along this coast.
一種特定的寄生蟲針對沿著這片海岸的各種瓣鰓類動物的鰓組織。
the diverse group of lamellibranchias plays a crucial role in filtering the ocean water.
多樣化的瓣鰓類動物群在過濾海水方面發揮著關鍵作用。
paleontologists recently unearthed perfectly preserved lamellibranchias from the jurassic period.
古生物學家最近挖掘出了來自侏羅紀時期完美保存的瓣鰓類動物。
the culinary course covered the proper preparation techniques for edible lamellibranchias.
烹飪課程涵蓋了可食用瓣鰓類動物的正確處理技術。
changes in ocean acidity severely affect the ability of lamellibranchias to form their shells.
海洋酸度的變化嚴重影響瓣鰓類動物形成其殼的能力。
divers photographed the vibrant mantle colors displayed by tropical lamellibranchias on the reef.
潛水員拍攝了熱帶瓣鰓類動物在珊瑚礁上展示的鮮豔的外套膜顏色。
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