terebellids are marine polychaete worms that inhabit sandy substrates in coastal waters.
terebellids是生活在沿海水域沙质基质中的海洋多毛类蠕虫。
these terebellids construct protective tubes using mucus and sediment particles.
这些terebellids利用黏液和沉积物颗粒构建保护性管状结构。
terebellids filter feed by extending their tentacles to capture plankton and organic particles.
terebellids通过伸展触须来滤食，捕捉浮游生物和有机颗粒。
some terebellids possess remarkable regenerative abilities and can regrow lost body segments.
一些terebellids具有显著的再生能力，能够重新长出失去的身体节段。
terebellids play a crucial role in benthic ecosystems by aerating sediment.
terebellids通过疏松沉积物在底栖生态系统中发挥关键作用。
these terebellids display iridescent chaetae that shimmer under water.
这些terebellids展示出在水中闪烁的彩虹色刚毛。
terebellids are commonly found in intertidal zones throughout the world's oceans.
terebellids常见于世界海洋的潮间带区域。
marine biologists study terebellids to assess sediment quality and biodiversity.
海洋生物学家研究terebellids以评估沉积物质量和生物多样性。
terebellids contribute significantly to nutrient cycling in marine environments.
terebellids对海洋环境中的营养循环有重要贡献。
these terebellids can tolerate a wide range of salinity levels in estuaries.
这些terebellids能够耐受河口地区大范围的盐度变化。
terebellids have elongated bodies with numerous parapodia for movement.
terebellids拥有细长的身体和用于移动的众多疣足。
fish and crustaceans are natural predators of terebellids in the food web.
鱼类和甲壳类动物是食物网中terebellids的天敌。
terebellids reproduce through external fertilization releasing gametes into the water column.
terebellids通过体外受精繁殖，将配子释放到水体中。
these terebellids act as deposit feeders consuming organic matter from sediment.
这些terebellids作为沉积物食性动物，消耗沉积物中的有机物质。
terebellids serve as bioindicators reflecting the health of marine ecosystems.
terebellids作为生物指标反映海洋生态系统的健康状况。
terebellids are marine polychaete worms that inhabit sandy substrates in coastal waters.
terebellids是生活在沿海水域沙质基质中的海洋多毛类蠕虫。
these terebellids construct protective tubes using mucus and sediment particles.
这些terebellids利用黏液和沉积物颗粒构建保护性管状结构。
terebellids filter feed by extending their tentacles to capture plankton and organic particles.
terebellids通过伸展触须来滤食，捕捉浮游生物和有机颗粒。
some terebellids possess remarkable regenerative abilities and can regrow lost body segments.
一些terebellids具有显著的再生能力，能够重新长出失去的身体节段。
terebellids play a crucial role in benthic ecosystems by aerating sediment.
terebellids通过疏松沉积物在底栖生态系统中发挥关键作用。
these terebellids display iridescent chaetae that shimmer under water.
这些terebellids展示出在水中闪烁的彩虹色刚毛。
terebellids are commonly found in intertidal zones throughout the world's oceans.
terebellids常见于世界海洋的潮间带区域。
marine biologists study terebellids to assess sediment quality and biodiversity.
海洋生物学家研究terebellids以评估沉积物质量和生物多样性。
terebellids contribute significantly to nutrient cycling in marine environments.
terebellids对海洋环境中的营养循环有重要贡献。
these terebellids can tolerate a wide range of salinity levels in estuaries.
这些terebellids能够耐受河口地区大范围的盐度变化。
terebellids have elongated bodies with numerous parapodia for movement.
terebellids拥有细长的身体和用于移动的众多疣足。
fish and crustaceans are natural predators of terebellids in the food web.
鱼类和甲壳类动物是食物网中terebellids的天敌。
terebellids reproduce through external fertilization releasing gametes into the water column.
terebellids通过体外受精繁殖，将配子释放到水体中。
these terebellids act as deposit feeders consuming organic matter from sediment.
这些terebellids作为沉积物食性动物，消耗沉积物中的有机物质。
terebellids serve as bioindicators reflecting the health of marine ecosystems.
terebellids作为生物指标反映海洋生态系统的健康状况。
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