pectinidae family
双壳纲
pectinidae shell
双壳纲贝壳
pectinidae species
双壳纲物种
studying pectinidae
研究双壳纲
pectinidae classification
双壳纲分类
pectinidae fossils
双壳纲化石
pectinidae research
双壳纲研究
pectinidae member
双壳纲成员
pectinidae group
双壳纲群体
pectinidae example
双壳纲例子
the pectinidae family includes many species known for their beautiful, scallop-shaped shells.
扇贝科包括许多以美丽的扇形贝壳闻名的物种。
marine biologists study pectinidae larvae to understand their development in coastal nurseries.
海洋生物学家研究扇贝科幼体，以了解它们在沿海育苗场的发育情况。
aquaculture farms cultivate pectinidae for their valuable adductor muscles used in cuisine.
水产养殖场培育扇贝科，以获取其用于烹饪的宝贵闭壳肌。
the distribution of pectinidae spans temperate and tropical waters worldwide.
扇贝科的分布遍及全球的温带和热带海域。
researchers analyze pectinidae genetics to trace evolutionary relationships among scallops.
研究人员分析扇贝科遗传学，以追溯扇贝之间的进化关系。
pectinidae reefs provide crucial habitats for numerous marine organisms.
扇贝科礁石为众多海洋生物提供重要的栖息地。
fishermen harvest pectinidae during the annual spawning season for sustainable yields.
渔民在每年的产卵季节捕捞扇贝科，以实现可持续的产量。
the morphology of pectinidae shells varies greatly across different oceanic regions.
扇贝科贝壳的形态在不同的海洋区域差异很大。
pectinidae predators such as sea stars can significantly impact scallop populations.
扇贝科捕食者如海星会对扇贝种群产生重大影响。
scientists monitor pectinidae biodiversity to assess the health of marine ecosystems.
科学家监测扇贝科生物多样性，以评估海洋生态系统的健康状况。
the pectinidae diet primarily consists of plankton filtered from seawater.
扇贝科的饮食主要由从海水中过滤的浮游生物组成。
climate change influences pectinidae distribution patterns by altering water temperature.
气候变化通过改变水温影响扇贝科的分布模式。
fisheries management plans aim to protect pectinidae stocks from overharvesting.
渔业管理计划旨在保护扇贝科资源免受过度捕捞。
pectinidae aquaculture techniques have improved to reduce environmental impact.
扇贝科养殖技术已改进以减少环境影响。
historical records of pectinidae fishing date back several centuries in europe.
扇贝科捕捞的历史记录可以追溯到欧洲的几百年前。
pectinidae family
双壳纲
pectinidae shell
双壳纲贝壳
pectinidae species
双壳纲物种
studying pectinidae
研究双壳纲
pectinidae classification
双壳纲分类
pectinidae fossils
双壳纲化石
pectinidae research
双壳纲研究
pectinidae member
双壳纲成员
pectinidae group
双壳纲群体
pectinidae example
双壳纲例子
the pectinidae family includes many species known for their beautiful, scallop-shaped shells.
扇贝科包括许多以美丽的扇形贝壳闻名的物种。
marine biologists study pectinidae larvae to understand their development in coastal nurseries.
海洋生物学家研究扇贝科幼体，以了解它们在沿海育苗场的发育情况。
aquaculture farms cultivate pectinidae for their valuable adductor muscles used in cuisine.
水产养殖场培育扇贝科，以获取其用于烹饪的宝贵闭壳肌。
the distribution of pectinidae spans temperate and tropical waters worldwide.
扇贝科的分布遍及全球的温带和热带海域。
researchers analyze pectinidae genetics to trace evolutionary relationships among scallops.
研究人员分析扇贝科遗传学，以追溯扇贝之间的进化关系。
pectinidae reefs provide crucial habitats for numerous marine organisms.
扇贝科礁石为众多海洋生物提供重要的栖息地。
fishermen harvest pectinidae during the annual spawning season for sustainable yields.
渔民在每年的产卵季节捕捞扇贝科，以实现可持续的产量。
the morphology of pectinidae shells varies greatly across different oceanic regions.
扇贝科贝壳的形态在不同的海洋区域差异很大。
pectinidae predators such as sea stars can significantly impact scallop populations.
扇贝科捕食者如海星会对扇贝种群产生重大影响。
scientists monitor pectinidae biodiversity to assess the health of marine ecosystems.
科学家监测扇贝科生物多样性，以评估海洋生态系统的健康状况。
the pectinidae diet primarily consists of plankton filtered from seawater.
扇贝科的饮食主要由从海水中过滤的浮游生物组成。
climate change influences pectinidae distribution patterns by altering water temperature.
气候变化通过改变水温影响扇贝科的分布模式。
fisheries management plans aim to protect pectinidae stocks from overharvesting.
渔业管理计划旨在保护扇贝科资源免受过度捕捞。
pectinidae aquaculture techniques have improved to reduce environmental impact.
扇贝科养殖技术已改进以减少环境影响。
historical records of pectinidae fishing date back several centuries in europe.
扇贝科捕捞的历史记录可以追溯到欧洲的几百年前。
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