chlorophyceae species
绿藻物种
chlorophyceae growth
绿藻生长
chlorophyceae study
绿藻研究
chlorophyceae analysis
绿藻分析
chlorophyceae population
绿藻种群
chlorophyceae culture
绿藻培养
chlorophyceae identification
绿藻鉴定
chlorophyceae classification
绿藻分类
chlorophyceae observation
绿藻观察
chlorophyceae community
绿藻群落
freshwater chlorophyceae are commonly found in lakes and rivers.
淡水绿藻常见于湖泊和河流中。
marine chlorophyceae thrive in coastal ocean environments.
海洋绿藻在沿海海洋环境中繁茂生长。
scientists have identified over 1,500 chlorophyceae species worldwide.
科学家已在全球范围内识别出超过1500种绿藻。
chlorophyceae algae play a vital role in aquatic ecosystems.
绿藻在水生生态系统中发挥着至关重要的作用。
the chlorophyceae population declined due to pollution.
由于污染，绿藻种群数量有所下降。
excessive nutrient runoff can cause harmful chlorophyceae blooms.
过多的营养物质流失会导致有害的绿藻大量繁殖。
researchers study chlorophyceae diversity to understand ecosystem health.
研究人员研究绿藻的多样性以了解生态系统的健康状况。
modern taxonomy has revised the classification of chlorophyceae.
现代分类学已经修订了绿藻的分类。
chlorophyceae perform photosynthesis using chlorophyll a and b.
绿藻利用叶绿素a和叶绿素b进行光合作用。
the cell walls of chlorophyceae contain unique polysaccharides.
绿藻的细胞壁含有独特的多糖类物质。
some chlorophyceae forms symbiotic relationships with fungi.
某些绿藻与真菌形成共生关系。
climate change affects chlorophyceae distribution patterns.
气候变化影响绿藻的分布模式。
chlorophyceae species
绿藻物种
chlorophyceae growth
绿藻生长
chlorophyceae study
绿藻研究
chlorophyceae analysis
绿藻分析
chlorophyceae population
绿藻种群
chlorophyceae culture
绿藻培养
chlorophyceae identification
绿藻鉴定
chlorophyceae classification
绿藻分类
chlorophyceae observation
绿藻观察
chlorophyceae community
绿藻群落
freshwater chlorophyceae are commonly found in lakes and rivers.
淡水绿藻常见于湖泊和河流中。
marine chlorophyceae thrive in coastal ocean environments.
海洋绿藻在沿海海洋环境中繁茂生长。
scientists have identified over 1,500 chlorophyceae species worldwide.
科学家已在全球范围内识别出超过1500种绿藻。
chlorophyceae algae play a vital role in aquatic ecosystems.
绿藻在水生生态系统中发挥着至关重要的作用。
the chlorophyceae population declined due to pollution.
由于污染，绿藻种群数量有所下降。
excessive nutrient runoff can cause harmful chlorophyceae blooms.
过多的营养物质流失会导致有害的绿藻大量繁殖。
researchers study chlorophyceae diversity to understand ecosystem health.
研究人员研究绿藻的多样性以了解生态系统的健康状况。
modern taxonomy has revised the classification of chlorophyceae.
现代分类学已经修订了绿藻的分类。
chlorophyceae perform photosynthesis using chlorophyll a and b.
绿藻利用叶绿素a和叶绿素b进行光合作用。
the cell walls of chlorophyceae contain unique polysaccharides.
绿藻的细胞壁含有独特的多糖类物质。
some chlorophyceae forms symbiotic relationships with fungi.
某些绿藻与真菌形成共生关系。
climate change affects chlorophyceae distribution patterns.
气候变化影响绿藻的分布模式。
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