scientists study microbat echolocation to develop new sonar technologies.
科学家研究蝙蝠的回声定位以开发新的声纳技术。
the microbat colony returned to the cave at dusk.
蝙蝠群落在黄昏时返回洞穴。
researchers discovered a new microbat species in the rainforest.
研究人员在雨林中发现了一个新的蝙蝠物种。
microbat wings have a unique structure that enables agile flight.
蝙蝠的翅膀具有独特的结构，能够实现敏捷飞行。
habitat loss threatens many microbat populations worldwide.
栖息地丧失威胁着全球许多蝙蝠种群。
microbat conservation efforts are increasing in urban areas.
城市地区的蝙蝠保护工作正在增加。
the microbat uses echolocation calls to navigate in complete darkness.
蝙蝠利用回声定位叫声在完全黑暗的环境中导航。
microbat hibernation patterns change with climate conditions.
蝙蝠的冬眠模式随气候条件而变化。
scientists track microbat foraging behavior using special microphones.
科学家使用特殊麦克风追踪蝙蝠的觅食行为。
a microbat roost was found in the old church tower.
在古老的教堂塔楼里发现了一个蝙蝠栖息地。
microbat flight patterns vary depending on prey availability.
蝙蝠的飞行模式因猎物可用性而异。
researchers are studying microbat immune systems for medical insights.
研究人员正在研究蝙蝠的免疫系统以获取医学见解。
scientists study microbat echolocation to develop new sonar technologies.
科学家研究蝙蝠的回声定位以开发新的声纳技术。
the microbat colony returned to the cave at dusk.
蝙蝠群落在黄昏时返回洞穴。
researchers discovered a new microbat species in the rainforest.
研究人员在雨林中发现了一个新的蝙蝠物种。
microbat wings have a unique structure that enables agile flight.
蝙蝠的翅膀具有独特的结构，能够实现敏捷飞行。
habitat loss threatens many microbat populations worldwide.
栖息地丧失威胁着全球许多蝙蝠种群。
microbat conservation efforts are increasing in urban areas.
城市地区的蝙蝠保护工作正在增加。
the microbat uses echolocation calls to navigate in complete darkness.
蝙蝠利用回声定位叫声在完全黑暗的环境中导航。
microbat hibernation patterns change with climate conditions.
蝙蝠的冬眠模式随气候条件而变化。
scientists track microbat foraging behavior using special microphones.
科学家使用特殊麦克风追踪蝙蝠的觅食行为。
a microbat roost was found in the old church tower.
在古老的教堂塔楼里发现了一个蝙蝠栖息地。
microbat flight patterns vary depending on prey availability.
蝙蝠的飞行模式因猎物可用性而异。
researchers are studying microbat immune systems for medical insights.
研究人员正在研究蝙蝠的免疫系统以获取医学见解。
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