brevirostrate beak
短喙
brevirostrate bird
短喙鸟
brevirostrate skull
短喙头骨
the brevirostrate species of fish are often found in shallow waters.
短嘴鱼种通常生活在浅水区。
researchers studied the feeding habits of the brevirostrate birds.
研究人员研究了短嘴鸟的觅食习惯。
brevirostrate organisms have unique adaptations to their environments.
短嘴生物对其环境有独特的适应性。
the brevirostrate form of the species is less common than others.
该物种的短嘴形式比其他形式更为罕见。
many brevirostrate animals exhibit specialized behaviors.
许多短嘴动物表现出特化的行为。
understanding brevirostrate characteristics can help in conservation efforts.
了解短嘴特征有助于保护工作。
the brevirostrate morphology of these creatures is fascinating.
这些生物的短嘴形态令人着迷。
scientists are documenting the diversity of brevirostrate species.
科学家们正在记录短嘴物种的多样性。
brevirostrate adaptations can enhance survival in specific niches.
短嘴适应性可以增强在特定生态位中的生存能力。
the brevirostrate anatomy of the specimen was carefully analyzed.
标本的短嘴解剖结构经过仔细分析。
brevirostrate beak
短喙
brevirostrate bird
短喙鸟
brevirostrate skull
短喙头骨
the brevirostrate species of fish are often found in shallow waters.
短嘴鱼种通常生活在浅水区。
researchers studied the feeding habits of the brevirostrate birds.
研究人员研究了短嘴鸟的觅食习惯。
brevirostrate organisms have unique adaptations to their environments.
短嘴生物对其环境有独特的适应性。
the brevirostrate form of the species is less common than others.
该物种的短嘴形式比其他形式更为罕见。
many brevirostrate animals exhibit specialized behaviors.
许多短嘴动物表现出特化的行为。
understanding brevirostrate characteristics can help in conservation efforts.
了解短嘴特征有助于保护工作。
the brevirostrate morphology of these creatures is fascinating.
这些生物的短嘴形态令人着迷。
scientists are documenting the diversity of brevirostrate species.
科学家们正在记录短嘴物种的多样性。
brevirostrate adaptations can enhance survival in specific niches.
短嘴适应性可以增强在特定生态位中的生存能力。
the brevirostrate anatomy of the specimen was carefully analyzed.
标本的短嘴解剖结构经过仔细分析。
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