gracilariid moth
细蛾科蛾
gracilariid larvae
细蛾科幼虫
gracilariid species
细蛾科物种
gracilariid infestation
细蛾科虫害
gracilariid damage
细蛾科损害
gracilariid control
细蛾科防治
gracilariid pest
细蛾科害虫
gracilariid genus
细蛾科属
gracilariid family
细蛾科科
gracilariid outbreak
细蛾科爆发
the gracilariid moth larvae feed on plant leaves and create characteristic mine patterns.
细蛾科幼虫以植物叶片为食，形成特有的潜食痕迹。
researchers identified a new gracilariid species in the tropical rainforest.
研究人员在热带雨林中发现了一个新的细蛾科物种。
gracilariid pests have caused significant damage to coffee plantations this season.
细蛾科害虫在本季对咖啡种植园造成了重大损害。
the gracilariid lifecycle includes egg, larva, pupa, and adult stages.
细蛾科的生命周期包括卵、幼虫、蛹和成虫阶段。
female gracilariid moths lay eggs on the underside of leaves.
细蛾科雌蛾在叶片背面产卵。
gracilariid mines are often used to identify the species.
细蛾科的潜食痕迹常用于鉴定物种。
the gracilariid family contains over 1,800 described species worldwide.
细蛾科在全球拥有超过1800个已描述的物种。
some gracilariid species are considered beneficial for their role in plant ecology.
一些细蛾科物种因其生态作用而被认为有益。
pesticide resistance has been observed in certain gracilariid populations.
某些细蛾科群体已观察到农药抗性。
gracilariid larvae produce silk to create their feeding mines.
细蛾科幼虫产生丝线以创建它们的潜食道。
the gracilariid moth was observed resting on a leaf in the garden.
有人观察到细蛾科飞蛾停在花园的叶片上。
climate change may be affecting the distribution of gracilariid species.
气候变化可能正在影响细蛾科物种的分布。
entomologists study gracilariid behavior to develop pest control strategies.
昆虫学家研究细蛾科的行为以开发虫害控制策略。
the gracilariid population declined after the introduction of natural predators.
在引入天敌后，细蛾科的数量下降了。
gracilariid moth
细蛾科蛾
gracilariid larvae
细蛾科幼虫
gracilariid species
细蛾科物种
gracilariid infestation
细蛾科虫害
gracilariid damage
细蛾科损害
gracilariid control
细蛾科防治
gracilariid pest
细蛾科害虫
gracilariid genus
细蛾科属
gracilariid family
细蛾科科
gracilariid outbreak
细蛾科爆发
the gracilariid moth larvae feed on plant leaves and create characteristic mine patterns.
细蛾科幼虫以植物叶片为食，形成特有的潜食痕迹。
researchers identified a new gracilariid species in the tropical rainforest.
研究人员在热带雨林中发现了一个新的细蛾科物种。
gracilariid pests have caused significant damage to coffee plantations this season.
细蛾科害虫在本季对咖啡种植园造成了重大损害。
the gracilariid lifecycle includes egg, larva, pupa, and adult stages.
细蛾科的生命周期包括卵、幼虫、蛹和成虫阶段。
female gracilariid moths lay eggs on the underside of leaves.
细蛾科雌蛾在叶片背面产卵。
gracilariid mines are often used to identify the species.
细蛾科的潜食痕迹常用于鉴定物种。
the gracilariid family contains over 1,800 described species worldwide.
细蛾科在全球拥有超过1800个已描述的物种。
some gracilariid species are considered beneficial for their role in plant ecology.
一些细蛾科物种因其生态作用而被认为有益。
pesticide resistance has been observed in certain gracilariid populations.
某些细蛾科群体已观察到农药抗性。
gracilariid larvae produce silk to create their feeding mines.
细蛾科幼虫产生丝线以创建它们的潜食道。
the gracilariid moth was observed resting on a leaf in the garden.
有人观察到细蛾科飞蛾停在花园的叶片上。
climate change may be affecting the distribution of gracilariid species.
气候变化可能正在影响细蛾科物种的分布。
entomologists study gracilariid behavior to develop pest control strategies.
昆虫学家研究细蛾科的行为以开发虫害控制策略。
the gracilariid population declined after the introduction of natural predators.
在引入天敌后，细蛾科的数量下降了。
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