researchers have identified over 200 new odonata species in the amazon rainforest.
研究人員在亞馬遜雨林中已經確認了超過200種新的蜻蛉類物種。
the odonata population has declined significantly due to habitat destruction.
由於棲息地破壞，蜻蛉類的數量已大幅下降。
odonata are important indicators of water quality in freshwater ecosystems.
蜻蛉類是淡水生態系統中水質的重要指標。
during summer, odonata can be observed hunting near pond margins.
在夏季，可以在池塘邊觀察到蜻蛉類進行獵食。
the iridescent wings of odonata create a mesmerizing display in sunlight.
蜻蛉類閃爍的翅膀在陽光下會產生令人著迷的展示。
wetland conservation is crucial for protecting odonata breeding grounds.
濕地保護對於保護蜻蛉類的繁殖地至關重要。
odonata undergo incomplete metamorphosis with aquatic larval stages.
蜻蛉類經歷不完全變態，其幼蟲階段為水生。
the remarkable vision of odonata helps them catch prey in midair.
蜻蛉類卓越的視力幫助它們在空中捕捉獵物。
climate change is affecting odonata migration patterns across continents.
氣候變化正在影響蜻蛉類在各大洲的遷徙模式。
scientists study odonata flight mechanics to inspire drone technology.
科學家研究蜻蛉類的飛行機制以啟發無人機技術。
ancient fossils reveal that odonata existed over 300 million years ago.
古老的化石顯示蜻蛉類在3億多年前就已經存在。
during mating season, odonata perform complex aerial courtship displays.
在求偶季節，蜻蛉類會進行複雜的空中求偶展示。
researchers have identified over 200 new odonata species in the amazon rainforest.
研究人員在亞馬遜雨林中已經確認了超過200種新的蜻蛉類物種。
the odonata population has declined significantly due to habitat destruction.
由於棲息地破壞，蜻蛉類的數量已大幅下降。
odonata are important indicators of water quality in freshwater ecosystems.
蜻蛉類是淡水生態系統中水質的重要指標。
during summer, odonata can be observed hunting near pond margins.
在夏季，可以在池塘邊觀察到蜻蛉類進行獵食。
the iridescent wings of odonata create a mesmerizing display in sunlight.
蜻蛉類閃爍的翅膀在陽光下會產生令人著迷的展示。
wetland conservation is crucial for protecting odonata breeding grounds.
濕地保護對於保護蜻蛉類的繁殖地至關重要。
odonata undergo incomplete metamorphosis with aquatic larval stages.
蜻蛉類經歷不完全變態，其幼蟲階段為水生。
the remarkable vision of odonata helps them catch prey in midair.
蜻蛉類卓越的視力幫助它們在空中捕捉獵物。
climate change is affecting odonata migration patterns across continents.
氣候變化正在影響蜻蛉類在各大洲的遷徙模式。
scientists study odonata flight mechanics to inspire drone technology.
科學家研究蜻蛉類的飛行機制以啟發無人機技術。
ancient fossils reveal that odonata existed over 300 million years ago.
古老的化石顯示蜻蛉類在3億多年前就已經存在。
during mating season, odonata perform complex aerial courtship displays.
在求偶季節，蜻蛉類會進行複雜的空中求偶展示。
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