pectinidae family
扇贝科
pectinidae shell
扇贝科的殼
pectinidae species
扇貝科的物種
studying pectinidae
研究扇貝科
pectinidae classification
扇貝科的分類
pectinidae fossils
扇貝科的化石
pectinidae research
扇貝科的研究
pectinidae member
扇貝科的成員
pectinidae group
扇貝科的群體
pectinidae example
扇貝科的例子
the pectinidae family includes many species known for their beautiful, scallop-shaped shells.
扇貝科包括許多以其美麗的扇貝形殼而聞名的物種。
marine biologists study pectinidae larvae to understand their development in coastal nurseries.
海洋生物學家研究扇貝科的幼蟲，以了解它們在沿岸育苗場的發育情況。
aquaculture farms cultivate pectinidae for their valuable adductor muscles used in cuisine.
養殖場培養扇貝科物種，因其用於烹飪的寶貴閉殼肌。
the distribution of pectinidae spans temperate and tropical waters worldwide.
扇貝科的分布範圍遍及全球的溫帶和熱帶水域。
researchers analyze pectinidae genetics to trace evolutionary relationships among scallops.
研究人員分析扇貝科的遺傳學，以追溯扇貝之間的進化關係。
pectinidae reefs provide crucial habitats for numerous marine organisms.
扇貝科的珊瑚礁為許多海洋生物提供了關鍵的棲息地。
fishermen harvest pectinidae during the annual spawning season for sustainable yields.
漁民在一年一度的產卵季節捕撈扇貝科物種，以實現可持續的產量。
the morphology of pectinidae shells varies greatly across different oceanic regions.
扇貝科殼的形態在不同海洋區域之間變化很大。
pectinidae predators such as sea stars can significantly impact scallop populations.
如海星等扇貝科的捕食者會對扇貝群體產生重大影響。
scientists monitor pectinidae biodiversity to assess the health of marine ecosystems.
科學家監測扇貝科的生物多樣性，以評估海洋生態系統的健康狀況。
the pectinidae diet primarily consists of plankton filtered from seawater.
扇貝科的飲食主要由從海水過濾出的浮游生物組成。
climate change influences pectinidae distribution patterns by altering water temperature.
氣候變化通過改變水溫影響扇貝科的分布模式。
fisheries management plans aim to protect pectinidae stocks from overharvesting.
漁業管理計劃旨在保護扇貝科的存貨免受過度捕撈。
pectinidae aquaculture techniques have improved to reduce environmental impact.
扇貝科養殖技術已改進以減少對環境的影響。
historical records of pectinidae fishing date back several centuries in europe.
扇貝科漁業的歷史記錄可追溯到歐洲的幾個世紀前。
pectinidae family
扇贝科
pectinidae shell
扇贝科的殼
pectinidae species
扇貝科的物種
studying pectinidae
研究扇貝科
pectinidae classification
扇貝科的分類
pectinidae fossils
扇貝科的化石
pectinidae research
扇貝科的研究
pectinidae member
扇貝科的成員
pectinidae group
扇貝科的群體
pectinidae example
扇貝科的例子
the pectinidae family includes many species known for their beautiful, scallop-shaped shells.
扇貝科包括許多以其美麗的扇貝形殼而聞名的物種。
marine biologists study pectinidae larvae to understand their development in coastal nurseries.
海洋生物學家研究扇貝科的幼蟲，以了解它們在沿岸育苗場的發育情況。
aquaculture farms cultivate pectinidae for their valuable adductor muscles used in cuisine.
養殖場培養扇貝科物種，因其用於烹飪的寶貴閉殼肌。
the distribution of pectinidae spans temperate and tropical waters worldwide.
扇貝科的分布範圍遍及全球的溫帶和熱帶水域。
researchers analyze pectinidae genetics to trace evolutionary relationships among scallops.
研究人員分析扇貝科的遺傳學，以追溯扇貝之間的進化關係。
pectinidae reefs provide crucial habitats for numerous marine organisms.
扇貝科的珊瑚礁為許多海洋生物提供了關鍵的棲息地。
fishermen harvest pectinidae during the annual spawning season for sustainable yields.
漁民在一年一度的產卵季節捕撈扇貝科物種，以實現可持續的產量。
the morphology of pectinidae shells varies greatly across different oceanic regions.
扇貝科殼的形態在不同海洋區域之間變化很大。
pectinidae predators such as sea stars can significantly impact scallop populations.
如海星等扇貝科的捕食者會對扇貝群體產生重大影響。
scientists monitor pectinidae biodiversity to assess the health of marine ecosystems.
科學家監測扇貝科的生物多樣性，以評估海洋生態系統的健康狀況。
the pectinidae diet primarily consists of plankton filtered from seawater.
扇貝科的飲食主要由從海水過濾出的浮游生物組成。
climate change influences pectinidae distribution patterns by altering water temperature.
氣候變化通過改變水溫影響扇貝科的分布模式。
fisheries management plans aim to protect pectinidae stocks from overharvesting.
漁業管理計劃旨在保護扇貝科的存貨免受過度捕撈。
pectinidae aquaculture techniques have improved to reduce environmental impact.
扇貝科養殖技術已改進以減少對環境的影響。
historical records of pectinidae fishing date back several centuries in europe.
扇貝科漁業的歷史記錄可追溯到歐洲的幾個世紀前。
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