rhodophyta, commonly known as red algae, are predominantly marine organisms.
红藻纲，通常被称为红藻，主要是海洋生物。
many rhodophyta species contain phycobiliproteins that give them their characteristic red color.
许多红藻纲物种含有藻胆蛋白，使其呈现特有的红色。
the cell walls of rhodophyta contain sulfated polysaccharides called agar and carrageenan.
红藻纲的细胞壁含有称为琼脂和卡拉胶的硫酸化多糖。
rhodophyta play important ecological roles in coral reef ecosystems.
红藻纲在珊瑚礁生态系统中发挥着重要的生态作用。
scientists study rhodophyta distribution to understand marine biodiversity.
科学家研究红藻纲分布以了解海洋生物多样性。
some rhodophyta species are harvested for commercial agar production.
一些红藻纲物种被收获用于商业琼脂生产。
rhodophyta reproduce through both sexual and asexual mechanisms.
红藻纲通过有性和无性机制繁殖。
the taxonomy of rhodophyta has been revised with molecular phylogenetic studies.
红藻纲的分类学随着分子系统发育研究而得到修订。
freshwater rhodophyta are less common than their marine relatives.
淡水红藻比其海洋近亲更为罕见。
rhodophyta photosynthesis occurs at deeper ocean depths due to their pigment composition.
红藻纲的光合作用由于其色素组成而发生在较深的海洋深度。
traditional cuisines in asia incorporate certain rhodophyta species.
亚洲的传统烹饪会加入某些红藻纲物种。
researchers are investigating rhodophyta potential for biofuel production.
研究人员正在研究红藻纲用于生物燃料生产的潜力。
rhodophyta, commonly known as red algae, are predominantly marine organisms.
红藻纲，通常被称为红藻，主要是海洋生物。
many rhodophyta species contain phycobiliproteins that give them their characteristic red color.
许多红藻纲物种含有藻胆蛋白，使其呈现特有的红色。
the cell walls of rhodophyta contain sulfated polysaccharides called agar and carrageenan.
红藻纲的细胞壁含有称为琼脂和卡拉胶的硫酸化多糖。
rhodophyta play important ecological roles in coral reef ecosystems.
红藻纲在珊瑚礁生态系统中发挥着重要的生态作用。
scientists study rhodophyta distribution to understand marine biodiversity.
科学家研究红藻纲分布以了解海洋生物多样性。
some rhodophyta species are harvested for commercial agar production.
一些红藻纲物种被收获用于商业琼脂生产。
rhodophyta reproduce through both sexual and asexual mechanisms.
红藻纲通过有性和无性机制繁殖。
the taxonomy of rhodophyta has been revised with molecular phylogenetic studies.
红藻纲的分类学随着分子系统发育研究而得到修订。
freshwater rhodophyta are less common than their marine relatives.
淡水红藻比其海洋近亲更为罕见。
rhodophyta photosynthesis occurs at deeper ocean depths due to their pigment composition.
红藻纲的光合作用由于其色素组成而发生在较深的海洋深度。
traditional cuisines in asia incorporate certain rhodophyta species.
亚洲的传统烹饪会加入某些红藻纲物种。
researchers are investigating rhodophyta potential for biofuel production.
研究人员正在研究红藻纲用于生物燃料生产的潜力。
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