heterotroph organism
异养生物
heterotroph nutrition
异养营养
heterotroph species
异养物种
heterotroph metabolism
异养代谢
heterotroph energy
异养能量
heterotroph classification
异养分类
heterotroph example
异养例子
heterotroph types
异养类型
heterotroph role
异养角色
heterotroph function
异养功能
heterotrophs obtain their energy from consuming other organisms.
异养生物通过消费其他生物来获取能量。
humans are classified as heterotrophs because we rely on food for energy.
人类被归类为异养生物，因为我们依赖食物获取能量。
plants are not heterotrophs; they are autotrophs that produce their own food.
植物不是异养生物；它们是自养生物，能够自行生产食物。
many animals are heterotrophs, feeding on plants or other animals.
许多动物是异养生物，以植物或其他动物为食。
the study of heterotrophs helps us understand food webs in ecosystems.
研究异养生物有助于我们理解生态系统中的食物链。
some fungi act as heterotrophs by decomposing organic matter.
一些真菌通过分解有机物质作为异养生物。
in a food chain, heterotrophs play a vital role in energy transfer.
在食物链中，异养生物在能量转移中扮演着重要角色。
heterotrophs are essential for nutrient cycling in the environment.
异养生物对环境中的养分循环至关重要。
some bacteria are heterotrophs, relying on organic compounds for growth.
一些细菌是异养生物，依赖有机化合物生长。
understanding heterotrophs can improve our agricultural practices.
了解异养生物可以改善我们的农业实践。
heterotroph organism
异养生物
heterotroph nutrition
异养营养
heterotroph species
异养物种
heterotroph metabolism
异养代谢
heterotroph energy
异养能量
heterotroph classification
异养分类
heterotroph example
异养例子
heterotroph types
异养类型
heterotroph role
异养角色
heterotroph function
异养功能
heterotrophs obtain their energy from consuming other organisms.
异养生物通过消费其他生物来获取能量。
humans are classified as heterotrophs because we rely on food for energy.
人类被归类为异养生物，因为我们依赖食物获取能量。
plants are not heterotrophs; they are autotrophs that produce their own food.
植物不是异养生物；它们是自养生物，能够自行生产食物。
many animals are heterotrophs, feeding on plants or other animals.
许多动物是异养生物，以植物或其他动物为食。
the study of heterotrophs helps us understand food webs in ecosystems.
研究异养生物有助于我们理解生态系统中的食物链。
some fungi act as heterotrophs by decomposing organic matter.
一些真菌通过分解有机物质作为异养生物。
in a food chain, heterotrophs play a vital role in energy transfer.
在食物链中，异养生物在能量转移中扮演着重要角色。
heterotrophs are essential for nutrient cycling in the environment.
异养生物对环境中的养分循环至关重要。
some bacteria are heterotrophs, relying on organic compounds for growth.
一些细菌是异养生物，依赖有机化合物生长。
understanding heterotrophs can improve our agricultural practices.
了解异养生物可以改善我们的农业实践。
探索常用高频词汇