teleost fish comprise over 95% of all living fish species on earth.
硬骨魚類佔地球上所有現存魚類物種的95%以上。
the remarkable teleost diversity in tropical coral reefs supports complex ecosystems.
熱帶珊瑚礁中驚人的硬骨魚類多樣性支持著複雜的生態系統。
researchers study teleost phylogeny to unravel evolutionary relationships among vertebrates.
研究人員研究硬骨魚類的系統發生學，以揭示脊椎動物之間的演化關係。
teleost anatomy includes a specialized swim bladder for buoyancy control.
硬骨魚類的解剖結構包括用於浮力控制的特化魚鳔。
modern aquaculture operations primarily cultivate teleost species for global food markets.
現代養殖業主要培育硬骨魚類物種以供應全球食品市場。
the completed teleost genome project has provided valuable insights into vertebrate evolution.
已完成的硬骨魚類基因組計畫為脊椎動物的演化提供了寶貴的見解。
teleost larvae require specific temperature and salinity conditions to develop properly.
硬骨魚類的幼魚需要特定的溫度和鹽度條件才能正常發育。
marine biologists express concern about declining teleost populations in warming oceans.
海洋生物學家對暖化海洋中硬骨魚類族群的減少表示擔憂。
teleost morphology varies significantly between deep-sea and shallow-water species.
硬骨魚類的形態在深海和淺水物種之間有顯著差異。
commercial fisheries target economically important teleost species such as salmon and cod.
商業漁業針對經濟上重要的硬骨魚類物種，如鮭魚和鱈魚。
scientists frequently use teleost models to study vertebrate developmental biology.
科學家經常使用硬骨魚類模型來研究脊椎動物的發育生物學。
climate change is dramatically altering teleost distribution patterns across ocean basins.
氣候變化正在顯著改變硬骨魚類在各大洋盆地的分布模式。
the teleost biodiversity crisis demands immediate conservation and management action.
硬骨魚類生物多樣性危機需要立即的保育和管理措施。
teleost fish comprise over 95% of all living fish species on earth.
硬骨魚類佔地球上所有現存魚類物種的95%以上。
the remarkable teleost diversity in tropical coral reefs supports complex ecosystems.
熱帶珊瑚礁中驚人的硬骨魚類多樣性支持著複雜的生態系統。
researchers study teleost phylogeny to unravel evolutionary relationships among vertebrates.
研究人員研究硬骨魚類的系統發生學，以揭示脊椎動物之間的演化關係。
teleost anatomy includes a specialized swim bladder for buoyancy control.
硬骨魚類的解剖結構包括用於浮力控制的特化魚鳔。
modern aquaculture operations primarily cultivate teleost species for global food markets.
現代養殖業主要培育硬骨魚類物種以供應全球食品市場。
the completed teleost genome project has provided valuable insights into vertebrate evolution.
已完成的硬骨魚類基因組計畫為脊椎動物的演化提供了寶貴的見解。
teleost larvae require specific temperature and salinity conditions to develop properly.
硬骨魚類的幼魚需要特定的溫度和鹽度條件才能正常發育。
marine biologists express concern about declining teleost populations in warming oceans.
海洋生物學家對暖化海洋中硬骨魚類族群的減少表示擔憂。
teleost morphology varies significantly between deep-sea and shallow-water species.
硬骨魚類的形態在深海和淺水物種之間有顯著差異。
commercial fisheries target economically important teleost species such as salmon and cod.
商業漁業針對經濟上重要的硬骨魚類物種，如鮭魚和鱈魚。
scientists frequently use teleost models to study vertebrate developmental biology.
科學家經常使用硬骨魚類模型來研究脊椎動物的發育生物學。
climate change is dramatically altering teleost distribution patterns across ocean basins.
氣候變化正在顯著改變硬骨魚類在各大洋盆地的分布模式。
the teleost biodiversity crisis demands immediate conservation and management action.
硬骨魚類生物多樣性危機需要立即的保育和管理措施。
探索常見搜尋詞彙