panorpoid complex
长翅总科复合体
panorpoid species
长翅总科物种
panorpoid insects
长翅总科昆虫
panorpoid flies
长翅总科蝇类
panorpoid larvae
长翅总科幼虫
panorpoid morphology
长翅总科形态
panorpoid lineage
长翅总科谱系
panorpoid anatomy
长翅总科解剖结构
panorpoid group
长翅总科类群
panorpoid families
长翅总科科别
the panorpoid wings of this fossil specimen show remarkable preservation of the venation pattern.
这块化石标本的类蝎蛉翅脉显示出显著的脉序保存状态。
researchers have identified a new panorpoid species in the amber deposits.
研究人员在这处琥珀矿床中鉴定出了一个新的类蝎蛉物种。
panorpoid morphology distinguishes this ancient insect from other mecopteran relatives.
类蝎蛉形态学特征使这种古代昆虫区别于其他蝎蛉目近亲。
the panorpoid family includes several extinct genera known from mesozoic deposits.
类蝎蛉科包括几个在中生代矿床中发现的已灭绝属。
anatomical studies reveal that panorpoid features evolved independently in different lineages.
解剖学研究表明类蝎蛉特征在不同谱系中独立演化而来。
paleontologists discovered a well-preserved panorpoid insect in jurassic limestone.
古生物学家在侏罗纪石灰岩中发现了一只保存完好的类蝎蛉昆虫。
panorpoid wing venation serves as a key diagnostic characteristic for classification.
类蝎蛉翅脉作为分类的关键诊断特征被广泛使用。
the panorpoid type of mouthparts is considered ancestral within the order.
类蝎蛉型口器被认为是该目中的原始类型。
comparative analysis shows panorpoid characteristics in both living and fossil specimens.
比较分析显示在现生标本和化石标本中都具有类蝎蛉特征。
taxonomic revisions have placed this genus within the panorpoid superfamily.
分类学修订将这个属归入类蝎蛉总科。
panorpoid sensory organs have been studied using electron microscopy.
类蝎蛉感觉器官已使用电子显微镜进行研究。
the fossil record indicates that panorpoid forms diversified during the triassic period.
化石记录表明类蝎蛉类型在三叠纪时期发生了多样化。
panorpoid complex
长翅总科复合体
panorpoid species
长翅总科物种
panorpoid insects
长翅总科昆虫
panorpoid flies
长翅总科蝇类
panorpoid larvae
长翅总科幼虫
panorpoid morphology
长翅总科形态
panorpoid lineage
长翅总科谱系
panorpoid anatomy
长翅总科解剖结构
panorpoid group
长翅总科类群
panorpoid families
长翅总科科别
the panorpoid wings of this fossil specimen show remarkable preservation of the venation pattern.
这块化石标本的类蝎蛉翅脉显示出显著的脉序保存状态。
researchers have identified a new panorpoid species in the amber deposits.
研究人员在这处琥珀矿床中鉴定出了一个新的类蝎蛉物种。
panorpoid morphology distinguishes this ancient insect from other mecopteran relatives.
类蝎蛉形态学特征使这种古代昆虫区别于其他蝎蛉目近亲。
the panorpoid family includes several extinct genera known from mesozoic deposits.
类蝎蛉科包括几个在中生代矿床中发现的已灭绝属。
anatomical studies reveal that panorpoid features evolved independently in different lineages.
解剖学研究表明类蝎蛉特征在不同谱系中独立演化而来。
paleontologists discovered a well-preserved panorpoid insect in jurassic limestone.
古生物学家在侏罗纪石灰岩中发现了一只保存完好的类蝎蛉昆虫。
panorpoid wing venation serves as a key diagnostic characteristic for classification.
类蝎蛉翅脉作为分类的关键诊断特征被广泛使用。
the panorpoid type of mouthparts is considered ancestral within the order.
类蝎蛉型口器被认为是该目中的原始类型。
comparative analysis shows panorpoid characteristics in both living and fossil specimens.
比较分析显示在现生标本和化石标本中都具有类蝎蛉特征。
taxonomic revisions have placed this genus within the panorpoid superfamily.
分类学修订将这个属归入类蝎蛉总科。
panorpoid sensory organs have been studied using electron microscopy.
类蝎蛉感觉器官已使用电子显微镜进行研究。
the fossil record indicates that panorpoid forms diversified during the triassic period.
化石记录表明类蝎蛉类型在三叠纪时期发生了多样化。
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