radiolarian ooze
放射虫泥
studying radiolaria
研究放射虫
radiolaria shells
放射虫外壳
ancient radiolaria
古老的放射虫
radiolaria fossils
放射虫化石
finding radiolaria
发现放射虫
radiolaria bloom
放射虫繁殖
analyzing radiolaria
分析放射虫
radiolarian sediments
放射虫沉积物
unique radiolaria
独特的放射虫
the ocean floor is often littered with the beautiful skeletons of radiolaria.
海底经常散落着放射虫的漂亮骨骼。
microscopic radiolaria are a vital part of the marine food web.
微小的放射虫是海洋食物网的重要组成部分。
researchers study radiolaria to understand past ocean conditions.
研究人员研究放射虫以了解过去的海洋状况。
radiolaria skeletons can be found in deep-sea sediments worldwide.
放射虫骨骼可以在世界各地的深海沉积物中找到。
these single-celled organisms, radiolaria, create intricate silica shells.
这些单细胞生物，放射虫，创造出复杂的硅质外壳。
the abundance of radiolaria can indicate changes in ocean salinity.
放射虫的丰度可以表明海洋盐度的变化。
radiolaria are often preyed upon by larger marine organisms.
放射虫经常成为更大的海洋生物的猎物。
analyzing radiolaria fossils provides insights into paleoceanography.
分析放射虫化石可以深入了解古海洋学。
radiolaria exhibit a wide range of morphological diversity.
放射虫表现出形态多样性。
the delicate structure of radiolaria makes them fascinating to observe.
放射虫的精致结构使它们成为迷人的观察对象。
radiolaria contribute significantly to the global silicon cycle.
放射虫对全球硅循环有重要贡献。
radiolarian ooze
放射虫泥
studying radiolaria
研究放射虫
radiolaria shells
放射虫外壳
ancient radiolaria
古老的放射虫
radiolaria fossils
放射虫化石
finding radiolaria
发现放射虫
radiolaria bloom
放射虫繁殖
analyzing radiolaria
分析放射虫
radiolarian sediments
放射虫沉积物
unique radiolaria
独特的放射虫
the ocean floor is often littered with the beautiful skeletons of radiolaria.
海底经常散落着放射虫的漂亮骨骼。
microscopic radiolaria are a vital part of the marine food web.
微小的放射虫是海洋食物网的重要组成部分。
researchers study radiolaria to understand past ocean conditions.
研究人员研究放射虫以了解过去的海洋状况。
radiolaria skeletons can be found in deep-sea sediments worldwide.
放射虫骨骼可以在世界各地的深海沉积物中找到。
these single-celled organisms, radiolaria, create intricate silica shells.
这些单细胞生物，放射虫，创造出复杂的硅质外壳。
the abundance of radiolaria can indicate changes in ocean salinity.
放射虫的丰度可以表明海洋盐度的变化。
radiolaria are often preyed upon by larger marine organisms.
放射虫经常成为更大的海洋生物的猎物。
analyzing radiolaria fossils provides insights into paleoceanography.
分析放射虫化石可以深入了解古海洋学。
radiolaria exhibit a wide range of morphological diversity.
放射虫表现出形态多样性。
the delicate structure of radiolaria makes them fascinating to observe.
放射虫的精致结构使它们成为迷人的观察对象。
radiolaria contribute significantly to the global silicon cycle.
放射虫对全球硅循环有重要贡献。
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