phototrophic organisms
光合作用生物
being phototrophic
具有光合作用
phototrophic algae
光合作用藻类
phototrophically active
光合作用活跃
phototrophic bacteria
光合作用细菌
are phototrophic
光合作用过程
phototrophic process
高度光合作用
highly phototrophic
光合作用生活方式
phototrophic lifestyle
many algae are phototrophic, using sunlight to produce energy.
许多藻类是光合作用的，利用阳光产生能量。
the phototrophic bacteria thrived in the nutrient-rich environment.
光合作用的细菌在富含营养的环境中茁壮成长。
understanding phototrophic organisms is crucial for biofuel research.
理解光合作用生物对于生物燃料研究至关重要。
cyanobacteria are well-known phototrophic prokaryotes.
蓝藻是广为人知的光合作用原核生物。
the phototrophic lifestyle allows them to survive in harsh conditions.
光合作用的生活方式使它们能够在恶劣的条件下生存。
researchers are investigating phototrophic pathways in various plants.
研究人员正在调查各种植物中的光合作用途径。
some phototrophic microbes contribute to oxygen production in oceans.
一些光合作用微生物有助于海洋中的氧气产生。
the phototrophic process converts light into chemical energy.
光合作用过程将光转化为化学能。
we studied the phototrophic efficiency of different algal species.
我们研究了不同藻类的光合作用效率。
the phototrophic nature of these organisms makes them valuable for bioremediation.
这些生物的光合作用特性使它们对生物修复具有价值。
the team analyzed the phototrophic pigments present in the sample.
团队分析了样品中存在的光合作用色素。
phototrophic organisms
光合作用生物
being phototrophic
具有光合作用
phototrophic algae
光合作用藻类
phototrophically active
光合作用活跃
phototrophic bacteria
光合作用细菌
are phototrophic
光合作用过程
phototrophic process
高度光合作用
highly phototrophic
光合作用生活方式
phototrophic lifestyle
many algae are phototrophic, using sunlight to produce energy.
许多藻类是光合作用的，利用阳光产生能量。
the phototrophic bacteria thrived in the nutrient-rich environment.
光合作用的细菌在富含营养的环境中茁壮成长。
understanding phototrophic organisms is crucial for biofuel research.
理解光合作用生物对于生物燃料研究至关重要。
cyanobacteria are well-known phototrophic prokaryotes.
蓝藻是广为人知的光合作用原核生物。
the phototrophic lifestyle allows them to survive in harsh conditions.
光合作用的生活方式使它们能够在恶劣的条件下生存。
researchers are investigating phototrophic pathways in various plants.
研究人员正在调查各种植物中的光合作用途径。
some phototrophic microbes contribute to oxygen production in oceans.
一些光合作用微生物有助于海洋中的氧气产生。
the phototrophic process converts light into chemical energy.
光合作用过程将光转化为化学能。
we studied the phototrophic efficiency of different algal species.
我们研究了不同藻类的光合作用效率。
the phototrophic nature of these organisms makes them valuable for bioremediation.
这些生物的光合作用特性使它们对生物修复具有价值。
the team analyzed the phototrophic pigments present in the sample.
团队分析了样品中存在的光合作用色素。
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