observe lungfishes
观察肺鱼
study lungfishes
研究肺鱼
ancient lungfishes
古老的肺鱼
protecting lungfishes
保护肺鱼
lungfishes swim
肺鱼游泳
finding lungfishes
寻找肺鱼
lungfish habitat
肺鱼栖息地
lungfishes breathe
肺鱼呼吸
surviving lungfishes
幸存的肺鱼
rare lungfishes
稀有的肺鱼
scientists study lungfishes to understand early vertebrate evolution.
科学家研究肺鱼以了解早期脊椎动物的进化。
lungfishes possess a unique ability to breathe air and water.
肺鱼具有独特的能在空气和水中呼吸的能力。
the australian lungfish is a protected species facing habitat loss.
澳大利亚肺鱼是一种受到保护的物种，面临栖息地丧失的威胁。
researchers observed lungfishes gulping air at the water's surface.
研究人员观察到肺鱼在水面贪婪地呼吸空气。
lungfishes can survive in oxygen-depleted water for extended periods.
肺鱼可以在缺氧的水中生存很长时间。
fossil records reveal a long history of lungfishes existing.
化石记录显示肺鱼存在了很长的时间。
the primitive anatomy of lungfishes intrigues evolutionary biologists.
肺鱼的原始解剖结构让进化生物学家着迷。
lungfishes represent a living link to the first land-dwelling tetrapods.
肺鱼代表着通往最早的陆地四足动物的生存联系。
we compared the lungfishes' respiratory system to that of amphibians.
我们将肺鱼的呼吸系统与两栖动物的呼吸系统进行了比较。
lungfishes often aestivate in muddy burrows during dry seasons.
在干旱季节，肺鱼经常在泥土中休眠越冬。
the discovery of lungfishes provided crucial insights into vertebrate origins.
肺鱼的发现为研究脊椎动物起源提供了关键的见解。
observe lungfishes
观察肺鱼
study lungfishes
研究肺鱼
ancient lungfishes
古老的肺鱼
protecting lungfishes
保护肺鱼
lungfishes swim
肺鱼游泳
finding lungfishes
寻找肺鱼
lungfish habitat
肺鱼栖息地
lungfishes breathe
肺鱼呼吸
surviving lungfishes
幸存的肺鱼
rare lungfishes
稀有的肺鱼
scientists study lungfishes to understand early vertebrate evolution.
科学家研究肺鱼以了解早期脊椎动物的进化。
lungfishes possess a unique ability to breathe air and water.
肺鱼具有独特的能在空气和水中呼吸的能力。
the australian lungfish is a protected species facing habitat loss.
澳大利亚肺鱼是一种受到保护的物种，面临栖息地丧失的威胁。
researchers observed lungfishes gulping air at the water's surface.
研究人员观察到肺鱼在水面贪婪地呼吸空气。
lungfishes can survive in oxygen-depleted water for extended periods.
肺鱼可以在缺氧的水中生存很长时间。
fossil records reveal a long history of lungfishes existing.
化石记录显示肺鱼存在了很长的时间。
the primitive anatomy of lungfishes intrigues evolutionary biologists.
肺鱼的原始解剖结构让进化生物学家着迷。
lungfishes represent a living link to the first land-dwelling tetrapods.
肺鱼代表着通往最早的陆地四足动物的生存联系。
we compared the lungfishes' respiratory system to that of amphibians.
我们将肺鱼的呼吸系统与两栖动物的呼吸系统进行了比较。
lungfishes often aestivate in muddy burrows during dry seasons.
在干旱季节，肺鱼经常在泥土中休眠越冬。
the discovery of lungfishes provided crucial insights into vertebrate origins.
肺鱼的发现为研究脊椎动物起源提供了关键的见解。
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