marine researchers study delphinid communication patterns in the wild.
海洋學家研究海豚科動物在野外的溝通模式。
a large pod of delphinids was spotted near the coastal reef.
一羣大量海豚科動物在沿岸珊瑚礁附近被發現。
delphinid populations face serious threats from fishing nets and ocean pollution.
海豚科動物的族群面臨來自漁網和海洋污染的嚴重威脅。
scientists use acoustic monitoring to track delphinid movements across oceans.
科學家使用聲音監測來追蹤海豚科動物在海洋中的活動。
delphinid intelligence enables them to solve complex problems in captivity.
海豚科動物的智慧使它們能在圈養環境中解決複雜的問題。
international conservation organizations work to protect delphinid habitats worldwide.
國際保育組織致力於保護全球海豚科動物的棲息地。
young delphinids learn essential survival skills from their mothers.
年輕的海豚科動物從母親那裡學習生存的基本技能。
recent studies reveal delphinid social structures are more complex than previously thought.
最近的研究顯示海豚科動物的社會結構比之前認為的更複雜。
delphinids use echolocation to navigate and hunt effectively in dark waters.
海豚科動物利用聲納在黑暗的水域中有效地導航和獵食。
increased boat traffic disrupts delphinid feeding and resting behaviors.
增加的船隻交通干擾了海豚科動物的進食和休息行為。
climate change significantly impacts delphinid migration routes and timing.
氣候變化對海豚科動物的遷徙路線和時間有顯著影響。
researchers document remarkable delphinid cooperation during group hunting activities.
研究人員記錄了在群體獵食活動中海豚科動物的非凡合作。
delphinid calves remain with their mothers for up to three years.
海豚科動物的幼崽會與母親在一起長達三年。
marine researchers study delphinid communication patterns in the wild.
海洋學家研究海豚科動物在野外的溝通模式。
a large pod of delphinids was spotted near the coastal reef.
一羣大量海豚科動物在沿岸珊瑚礁附近被發現。
delphinid populations face serious threats from fishing nets and ocean pollution.
海豚科動物的族群面臨來自漁網和海洋污染的嚴重威脅。
scientists use acoustic monitoring to track delphinid movements across oceans.
科學家使用聲音監測來追蹤海豚科動物在海洋中的活動。
delphinid intelligence enables them to solve complex problems in captivity.
海豚科動物的智慧使它們能在圈養環境中解決複雜的問題。
international conservation organizations work to protect delphinid habitats worldwide.
國際保育組織致力於保護全球海豚科動物的棲息地。
young delphinids learn essential survival skills from their mothers.
年輕的海豚科動物從母親那裡學習生存的基本技能。
recent studies reveal delphinid social structures are more complex than previously thought.
最近的研究顯示海豚科動物的社會結構比之前認為的更複雜。
delphinids use echolocation to navigate and hunt effectively in dark waters.
海豚科動物利用聲納在黑暗的水域中有效地導航和獵食。
increased boat traffic disrupts delphinid feeding and resting behaviors.
增加的船隻交通干擾了海豚科動物的進食和休息行為。
climate change significantly impacts delphinid migration routes and timing.
氣候變化對海豚科動物的遷徙路線和時間有顯著影響。
researchers document remarkable delphinid cooperation during group hunting activities.
研究人員記錄了在群體獵食活動中海豚科動物的非凡合作。
delphinid calves remain with their mothers for up to three years.
海豚科動物的幼崽會與母親在一起長達三年。
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