tineoid moth
小蠹虫
tineoid species
小蠹虫种
tineoid larvae
小蠹虫幼虫
tineoid insects
小蠹虫昆虫
tineoid families
小蠹虫科
tineoid pests
小蠹虫害虫
tineoid damage
小蠹虫损害
tineoid control
小蠹虫控制
tineoid research
小蠹虫研究
tineoid identification
小蠹虫鉴定
the tineoid structure is crucial for understanding insect evolution.
这种小叶结构对于理解昆虫进化至关重要。
researchers discovered a new tineoid species in the rainforest.
研究人员在雨林中发现了一种新的小叶物种。
tineoid moths play a significant role in the ecosystem.
小叶蛾在生态系统中扮演着重要角色。
the tineoid family includes various unique characteristics.
小叶科包括各种独特的特征。
understanding the tineoid morphology can help in classification.
了解小叶形态有助于分类。
many tineoid species have adapted to different environments.
许多小叶物种已适应不同的环境。
the study of tineoid genetics is still in its early stages.
小叶遗传学的研究仍处于早期阶段。
scientists are examining the tineoid's role in biodiversity.
科学家们正在研究小叶在生物多样性中的作用。
tineoid larvae are known for their unique feeding habits.
小叶幼虫以其独特的取食习性而闻名。
field studies on tineoid behavior have yielded interesting results.
关于小叶行为的实地研究产生了有趣的结果。
tineoid moth
小蠹虫
tineoid species
小蠹虫种
tineoid larvae
小蠹虫幼虫
tineoid insects
小蠹虫昆虫
tineoid families
小蠹虫科
tineoid pests
小蠹虫害虫
tineoid damage
小蠹虫损害
tineoid control
小蠹虫控制
tineoid research
小蠹虫研究
tineoid identification
小蠹虫鉴定
the tineoid structure is crucial for understanding insect evolution.
这种小叶结构对于理解昆虫进化至关重要。
researchers discovered a new tineoid species in the rainforest.
研究人员在雨林中发现了一种新的小叶物种。
tineoid moths play a significant role in the ecosystem.
小叶蛾在生态系统中扮演着重要角色。
the tineoid family includes various unique characteristics.
小叶科包括各种独特的特征。
understanding the tineoid morphology can help in classification.
了解小叶形态有助于分类。
many tineoid species have adapted to different environments.
许多小叶物种已适应不同的环境。
the study of tineoid genetics is still in its early stages.
小叶遗传学的研究仍处于早期阶段。
scientists are examining the tineoid's role in biodiversity.
科学家们正在研究小叶在生物多样性中的作用。
tineoid larvae are known for their unique feeding habits.
小叶幼虫以其独特的取食习性而闻名。
field studies on tineoid behavior have yielded interesting results.
关于小叶行为的实地研究产生了有趣的结果。
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