heteroptera species
异翅目物种
heteroptera insects
异翅目昆虫
aquatic heteroptera
水生异翅目
heteroptera diversity
异翅目多样性
heteroptera classification
异翅目分类
heteroptera research
异翅目研究
heteroptera specimens
异翅目标本
heteropteran insects
异翅目鉴定
heteroptera identification
陆生异翅目
terrestrial heteroptera
researchers have identified over 40,000 heteroptera species worldwide.
研究人员已在全球鉴定出超过四万种异翅亚目昆虫。
heteroptera insects can be distinguished by their half-winged structure.
异翅亚目昆虫可以通过其半翅结构来区分。
the heteroptera classification system continues to evolve with new discoveries.
异翅亚目分类系统随着新发现而不断演变。
field biologists collected numerous heteroptera specimens for study.
野外生物学家为研究收集了大量异翅亚目标本。
heteroptera feeding habits vary significantly across different families.
异翅亚目昆虫的取食习性在不同科之间存在显著差异。
the distinctive smell gland is a key heteroptera characteristic.
独特的气味腺是异翅亚目的关键特征。
some heteroptera species are considered agricultural pests.
部分异翅亚目物种被视为农业害虫。
molecular studies have revealed new heteroptera phylogenetic relationships.
分子研究揭示了异翅亚目新的系统发育关系。
heteroptera antennae typically have four or five segments.
异翅亚目昆虫的触角通常有四到五节。
the heteroptera order includes both beneficial and harmful species.
异翅亚目包含有益和有害物种。
amateur entomologists often enjoy observing heteroptera behavior.
业余昆虫学家经常喜欢观察异翅亚目昆虫的行为。
climate change may affect heteroptera distribution patterns.
气候变化可能会影响异翅亚目的分布模式。
heteroptera species
异翅目物种
heteroptera insects
异翅目昆虫
aquatic heteroptera
水生异翅目
heteroptera diversity
异翅目多样性
heteroptera classification
异翅目分类
heteroptera research
异翅目研究
heteroptera specimens
异翅目标本
heteropteran insects
异翅目鉴定
heteroptera identification
陆生异翅目
terrestrial heteroptera
researchers have identified over 40,000 heteroptera species worldwide.
研究人员已在全球鉴定出超过四万种异翅亚目昆虫。
heteroptera insects can be distinguished by their half-winged structure.
异翅亚目昆虫可以通过其半翅结构来区分。
the heteroptera classification system continues to evolve with new discoveries.
异翅亚目分类系统随着新发现而不断演变。
field biologists collected numerous heteroptera specimens for study.
野外生物学家为研究收集了大量异翅亚目标本。
heteroptera feeding habits vary significantly across different families.
异翅亚目昆虫的取食习性在不同科之间存在显著差异。
the distinctive smell gland is a key heteroptera characteristic.
独特的气味腺是异翅亚目的关键特征。
some heteroptera species are considered agricultural pests.
部分异翅亚目物种被视为农业害虫。
molecular studies have revealed new heteroptera phylogenetic relationships.
分子研究揭示了异翅亚目新的系统发育关系。
heteroptera antennae typically have four or five segments.
异翅亚目昆虫的触角通常有四到五节。
the heteroptera order includes both beneficial and harmful species.
异翅亚目包含有益和有害物种。
amateur entomologists often enjoy observing heteroptera behavior.
业余昆虫学家经常喜欢观察异翅亚目昆虫的行为。
climate change may affect heteroptera distribution patterns.
气候变化可能会影响异翅亚目的分布模式。
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