cryptophyte algae
隐藻
finding cryptophytes
寻找隐藻
cryptophytes thrive
隐藻繁盛
cryptophyte communities
隐藻群落
containing cryptophytes
含有隐藻
cryptophyte presence
隐藻存在
cryptophytes live
隐藻生存
unique cryptophytes
独特的隐藻
cryptophyte study
隐藻研究
cryptophyte biomass
隐藻生物量
researchers are studying the unique photosynthetic abilities of cryptophytes.
研究人员正在研究隐藻的独特光合作用能力。
cryptophytes are a type of single-celled algae found in aquatic environments.
隐藻是一种存在于水生环境中的单细胞藻类。
the evolutionary history of cryptophytes is a fascinating area of ongoing research.
隐藻的进化历史是一个持续研究的迷人领域。
some cryptophytes contain chloroplasts derived from red algae.
某些隐藻含有源自红藻的叶绿体。
cryptophyte blooms can impact the food web in freshwater ecosystems.
隐藻的爆发会对淡水生态系统的食物网产生影响。
scientists use molecular techniques to identify and classify different cryptophyte species.
科学家使用分子技术来识别和分类不同的隐藻物种。
the presence of cryptophytes indicates a healthy aquatic ecosystem.
隐藻的存在表明水生生态系统健康。
cryptophytes play a role in carbon fixation within aquatic environments.
隐藻在水生环境中发挥着固定碳的作用。
genetic analysis reveals the complex evolutionary relationships among cryptophytes.
基因分析揭示了隐藻之间的复杂进化关系。
the distribution of cryptophytes varies depending on water temperature and nutrient availability.
隐藻的分布因水温和养分可用性而异。
microscopic examination is essential for identifying and studying cryptophytes.
显微镜检查对于识别和研究隐藻至关重要。
cryptophyte algae
隐藻
finding cryptophytes
寻找隐藻
cryptophytes thrive
隐藻繁盛
cryptophyte communities
隐藻群落
containing cryptophytes
含有隐藻
cryptophyte presence
隐藻存在
cryptophytes live
隐藻生存
unique cryptophytes
独特的隐藻
cryptophyte study
隐藻研究
cryptophyte biomass
隐藻生物量
researchers are studying the unique photosynthetic abilities of cryptophytes.
研究人员正在研究隐藻的独特光合作用能力。
cryptophytes are a type of single-celled algae found in aquatic environments.
隐藻是一种存在于水生环境中的单细胞藻类。
the evolutionary history of cryptophytes is a fascinating area of ongoing research.
隐藻的进化历史是一个持续研究的迷人领域。
some cryptophytes contain chloroplasts derived from red algae.
某些隐藻含有源自红藻的叶绿体。
cryptophyte blooms can impact the food web in freshwater ecosystems.
隐藻的爆发会对淡水生态系统的食物网产生影响。
scientists use molecular techniques to identify and classify different cryptophyte species.
科学家使用分子技术来识别和分类不同的隐藻物种。
the presence of cryptophytes indicates a healthy aquatic ecosystem.
隐藻的存在表明水生生态系统健康。
cryptophytes play a role in carbon fixation within aquatic environments.
隐藻在水生环境中发挥着固定碳的作用。
genetic analysis reveals the complex evolutionary relationships among cryptophytes.
基因分析揭示了隐藻之间的复杂进化关系。
the distribution of cryptophytes varies depending on water temperature and nutrient availability.
隐藻的分布因水温和养分可用性而异。
microscopic examination is essential for identifying and studying cryptophytes.
显微镜检查对于识别和研究隐藻至关重要。
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