swimming appendicularians
游泳海尾鱼
abundant appendicularians
丰富的海尾鱼
gelatinous appendicularians
胶状海尾鱼
tiny appendicularians
微小的海尾鱼
planktonic appendicularians
浮游生物海尾鱼
marine appendicularians
海洋海尾鱼
tropical appendicularians
热带海尾鱼
appendicularian bloom
海尾鱼爆发
appendicularian filter feeders
海尾鱼滤食性动物
numerous appendicularians
众多的海尾鱼
marine biologists study appendicularians to understand their role in the ocean's carbon cycle.
海洋生物学家研究樽海菊虫，以了解它们在海洋碳循环中的作用。
appendicularians are tiny, transparent zooplankton found throughout the world's oceans.
樽海菊虫是微小、透明的浮游动物，遍布世界各地的海洋。
the mucous house of appendicularians acts as a sophisticated feeding apparatus.
樽海菊虫的粘液房屋充当一种复杂的进食装置。
scientists classify appendicularians as chordates despite their primitive appearance.
尽管外形原始，科学家们仍然将樽海菊虫归类为脊索动物。
unlike many other plankton, appendicularians retain their tail into adulthood.
与许多其他浮游生物不同，樽海菊虫在成年后仍保留着尾巴。
appendicularians contribute significantly to the marine snow reaching the seafloor.
樽海菊虫对到达海底的海洋雪贡献巨大。
researchers observed the appendicularians filtering tiny algae from the water column.
研究人员观察到樽海菊虫从水柱中过滤微小的藻类。
these appendicularians construct new gelatinous houses every few hours.
这些樽海菊虫每隔几个小时都会建造新的胶状房屋。
rapid population growth allows appendicularians to bloom quickly in nutrient-rich waters.
快速的人口增长使樽海菊虫能够在富含营养的水域中迅速繁殖。
the larvaceans, commonly called appendicularians, are distinct from true jellyfish.
樽海菊虫，通常被称为海枝虫，与真正的水母有区别。
ocean currents often carry appendicularians vast distances across the sea.
洋流经常将樽海菊虫带到遥远的海洋区域。
appendicularians serve as a vital food source for many small fish.
樽海菊虫是许多小型鱼类的重要食物来源。
studying appendicularians helps researchers understand the evolutionary history of vertebrates.
研究樽海菊虫有助于研究人员了解脊椎动物的进化历史。
high concentrations of appendicularians were detected near the coast.
在沿海地区检测到高浓度的樽海菊虫。
swimming appendicularians
游泳海尾鱼
abundant appendicularians
丰富的海尾鱼
gelatinous appendicularians
胶状海尾鱼
tiny appendicularians
微小的海尾鱼
planktonic appendicularians
浮游生物海尾鱼
marine appendicularians
海洋海尾鱼
tropical appendicularians
热带海尾鱼
appendicularian bloom
海尾鱼爆发
appendicularian filter feeders
海尾鱼滤食性动物
numerous appendicularians
众多的海尾鱼
marine biologists study appendicularians to understand their role in the ocean's carbon cycle.
海洋生物学家研究樽海菊虫，以了解它们在海洋碳循环中的作用。
appendicularians are tiny, transparent zooplankton found throughout the world's oceans.
樽海菊虫是微小、透明的浮游动物，遍布世界各地的海洋。
the mucous house of appendicularians acts as a sophisticated feeding apparatus.
樽海菊虫的粘液房屋充当一种复杂的进食装置。
scientists classify appendicularians as chordates despite their primitive appearance.
尽管外形原始，科学家们仍然将樽海菊虫归类为脊索动物。
unlike many other plankton, appendicularians retain their tail into adulthood.
与许多其他浮游生物不同，樽海菊虫在成年后仍保留着尾巴。
appendicularians contribute significantly to the marine snow reaching the seafloor.
樽海菊虫对到达海底的海洋雪贡献巨大。
researchers observed the appendicularians filtering tiny algae from the water column.
研究人员观察到樽海菊虫从水柱中过滤微小的藻类。
these appendicularians construct new gelatinous houses every few hours.
这些樽海菊虫每隔几个小时都会建造新的胶状房屋。
rapid population growth allows appendicularians to bloom quickly in nutrient-rich waters.
快速的人口增长使樽海菊虫能够在富含营养的水域中迅速繁殖。
the larvaceans, commonly called appendicularians, are distinct from true jellyfish.
樽海菊虫，通常被称为海枝虫，与真正的水母有区别。
ocean currents often carry appendicularians vast distances across the sea.
洋流经常将樽海菊虫带到遥远的海洋区域。
appendicularians serve as a vital food source for many small fish.
樽海菊虫是许多小型鱼类的重要食物来源。
studying appendicularians helps researchers understand the evolutionary history of vertebrates.
研究樽海菊虫有助于研究人员了解脊椎动物的进化历史。
high concentrations of appendicularians were detected near the coast.
在沿海地区检测到高浓度的樽海菊虫。
探索常用高频词汇