researchers have identified over 200 new odonata species in the amazon rainforest.
研究人员在亚马逊雨林中发现了200多个新的蜻蜓目物种。
the odonata population has declined significantly due to habitat destruction.
由于栖息地破坏，蜻蜓目种群数量大幅下降。
odonata are important indicators of water quality in freshwater ecosystems.
蜻蜓目是淡水生态系统中水质的重要指示生物。
during summer, odonata can be observed hunting near pond margins.
夏季可以在池塘边缘观察到蜻蜓目昆虫捕食。
the iridescent wings of odonata create a mesmerizing display in sunlight.
蜻蜓目昆虫的彩虹色翅膀在阳光下创造出迷人的景象。
wetland conservation is crucial for protecting odonata breeding grounds.
湿地保护对于保护蜻蜓目昆虫的繁殖栖息地至关重要。
odonata undergo incomplete metamorphosis with aquatic larval stages.
蜻蜓目经历不完全变态，具有水生幼虫阶段。
the remarkable vision of odonata helps them catch prey in midair.
蜻蜓目昆虫非凡的视力帮助它们在空中捕食猎物。
climate change is affecting odonata migration patterns across continents.
气候变化正在影响蜻蜓目昆虫的跨洲迁徙模式。
scientists study odonata flight mechanics to inspire drone technology.
科学家研究蜻蜓目的飞行机制以启发无人机技术。
ancient fossils reveal that odonata existed over 300 million years ago.
古代化石揭示蜻蜓目昆虫在3亿多年前就已存在。
during mating season, odonata perform complex aerial courtship displays.
在交配季节，蜻蜓目昆虫会进行复杂的空中求偶展示。
researchers have identified over 200 new odonata species in the amazon rainforest.
研究人员在亚马逊雨林中发现了200多个新的蜻蜓目物种。
the odonata population has declined significantly due to habitat destruction.
由于栖息地破坏，蜻蜓目种群数量大幅下降。
odonata are important indicators of water quality in freshwater ecosystems.
蜻蜓目是淡水生态系统中水质的重要指示生物。
during summer, odonata can be observed hunting near pond margins.
夏季可以在池塘边缘观察到蜻蜓目昆虫捕食。
the iridescent wings of odonata create a mesmerizing display in sunlight.
蜻蜓目昆虫的彩虹色翅膀在阳光下创造出迷人的景象。
wetland conservation is crucial for protecting odonata breeding grounds.
湿地保护对于保护蜻蜓目昆虫的繁殖栖息地至关重要。
odonata undergo incomplete metamorphosis with aquatic larval stages.
蜻蜓目经历不完全变态，具有水生幼虫阶段。
the remarkable vision of odonata helps them catch prey in midair.
蜻蜓目昆虫非凡的视力帮助它们在空中捕食猎物。
climate change is affecting odonata migration patterns across continents.
气候变化正在影响蜻蜓目昆虫的跨洲迁徙模式。
scientists study odonata flight mechanics to inspire drone technology.
科学家研究蜻蜓目的飞行机制以启发无人机技术。
ancient fossils reveal that odonata existed over 300 million years ago.
古代化石揭示蜻蜓目昆虫在3亿多年前就已存在。
during mating season, odonata perform complex aerial courtship displays.
在交配季节，蜻蜓目昆虫会进行复杂的空中求偶展示。
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