spongilla form
海绵体形态
spongilla growth
海绵体生长
spongilla structure
海绵体结构
spongilla found
发现海绵体
spongilla studied
研究海绵体
spongilla forms
海绵体形式
spongilla observed
观察到海绵体
spongilla analyzed
分析海绵体
spongilla examined
检查海绵体
spongilla identified
识别海绵体
spongilla species are common in calm freshwater habitats.
淡水海绵在平静的淡水栖息地中很常见。
researchers study spongilla colonies to understand filter-feeding mechanisms.
研究人员研究淡水海绵群落以了解滤食机制。
in aquarium tanks, spongilla growth can improve water clarity.
在水族箱中，淡水海绵的生长可以提高水的透明度。
spongilla habitats often include slow-moving streams and ponds.
淡水海绵的栖息地通常包括缓慢流动的溪流和池塘。
the spongilla biomass in a lake can indicate ecosystem health.
湖泊中淡水海绵的生物量可以指示生态系统的健康状况。
scientists examine spongilla reproduction to explore asexual budding.
科学家检查淡水海绵的繁殖以研究无性出芽。
spongilla cleaning services are sometimes employed in wastewater treatment.
淡水海绵清洁服务有时在废水处理中使用。
the presence of spongilla symbionts influences nutrient cycling.
淡水海绵共生生物的存在影响营养循环。
field surveys often record spongilla distribution across different depths.
野外调查经常记录淡水海绵在不同深度的分布。
new studies highlight spongilla potential for bioremediation of pollutants.
新研究强调淡水海绵在生物修复污染物方面的潜力。
spongilla feeding strategies involve drawing water through silica spicules.
淡水海绵的摄食策略包括通过硅质骨针抽取水。
annual monitoring of spongilla populations helps track environmental changes.
对淡水海绵种群的年度监测有助于追踪环境变化。
spongilla form
海绵体形态
spongilla growth
海绵体生长
spongilla structure
海绵体结构
spongilla found
发现海绵体
spongilla studied
研究海绵体
spongilla forms
海绵体形式
spongilla observed
观察到海绵体
spongilla analyzed
分析海绵体
spongilla examined
检查海绵体
spongilla identified
识别海绵体
spongilla species are common in calm freshwater habitats.
淡水海绵在平静的淡水栖息地中很常见。
researchers study spongilla colonies to understand filter-feeding mechanisms.
研究人员研究淡水海绵群落以了解滤食机制。
in aquarium tanks, spongilla growth can improve water clarity.
在水族箱中，淡水海绵的生长可以提高水的透明度。
spongilla habitats often include slow-moving streams and ponds.
淡水海绵的栖息地通常包括缓慢流动的溪流和池塘。
the spongilla biomass in a lake can indicate ecosystem health.
湖泊中淡水海绵的生物量可以指示生态系统的健康状况。
scientists examine spongilla reproduction to explore asexual budding.
科学家检查淡水海绵的繁殖以研究无性出芽。
spongilla cleaning services are sometimes employed in wastewater treatment.
淡水海绵清洁服务有时在废水处理中使用。
the presence of spongilla symbionts influences nutrient cycling.
淡水海绵共生生物的存在影响营养循环。
field surveys often record spongilla distribution across different depths.
野外调查经常记录淡水海绵在不同深度的分布。
new studies highlight spongilla potential for bioremediation of pollutants.
新研究强调淡水海绵在生物修复污染物方面的潜力。
spongilla feeding strategies involve drawing water through silica spicules.
淡水海绵的摄食策略包括通过硅质骨针抽取水。
annual monitoring of spongilla populations helps track environmental changes.
对淡水海绵种群的年度监测有助于追踪环境变化。
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