microspores released
孢子释放
analyzing microspores
分析孢子
microspores present
孢子存在
forming microspores
形成孢子
microspores identified
孢子已识别
release microspores
释放孢子
microspore count
孢子计数
microspores found
发现孢子
transporting microspores
运输孢子
mature microspores
成熟孢子
the researchers analyzed the fossil record for microspores to understand past environments.
研究人员分析化石记录以了解过去的环境，寻找微孢子。
wind dispersal is a common mechanism for microspore distribution across landscapes.
风力传播是微孢子在景观中分布的常见机制。
identifying microspore morphology can help determine the plant species present.
识别微孢子形态有助于确定当时存在的植物种类。
geochemical analysis of microspores provides insights into paleo-soil conditions.
对微孢子的地球化学分析可以深入了解古土壤状况。
microspore abundance varied significantly across different sediment layers.
微孢子的丰度在不同的沉积层中差异很大。
the presence of specific microspores indicated a humid subtropical climate.
特定微孢子的存在表明当时是湿热的亚热带气候。
microspore fossils are crucial for reconstructing ancient plant communities.
微孢子化石对于重建古代植物群落至关重要。
we used scanning electron microscopy to examine the microspore surface features.
我们使用扫描电子显微镜来检查微孢子的表面特征。
the study focused on the taxonomic identification of recovered microspores.
该研究侧重于鉴定所收集的微孢子的分类。
microspore production peaks often correlate with periods of high humidity.
微孢子产量高峰通常与高湿度时期相关联。
comparing microspore assemblages from different sites revealed regional variations.
比较来自不同地点的微孢子群落揭示了区域差异。
microspores released
孢子释放
analyzing microspores
分析孢子
microspores present
孢子存在
forming microspores
形成孢子
microspores identified
孢子已识别
release microspores
释放孢子
microspore count
孢子计数
microspores found
发现孢子
transporting microspores
运输孢子
mature microspores
成熟孢子
the researchers analyzed the fossil record for microspores to understand past environments.
研究人员分析化石记录以了解过去的环境，寻找微孢子。
wind dispersal is a common mechanism for microspore distribution across landscapes.
风力传播是微孢子在景观中分布的常见机制。
identifying microspore morphology can help determine the plant species present.
识别微孢子形态有助于确定当时存在的植物种类。
geochemical analysis of microspores provides insights into paleo-soil conditions.
对微孢子的地球化学分析可以深入了解古土壤状况。
microspore abundance varied significantly across different sediment layers.
微孢子的丰度在不同的沉积层中差异很大。
the presence of specific microspores indicated a humid subtropical climate.
特定微孢子的存在表明当时是湿热的亚热带气候。
microspore fossils are crucial for reconstructing ancient plant communities.
微孢子化石对于重建古代植物群落至关重要。
we used scanning electron microscopy to examine the microspore surface features.
我们使用扫描电子显微镜来检查微孢子的表面特征。
the study focused on the taxonomic identification of recovered microspores.
该研究侧重于鉴定所收集的微孢子的分类。
microspore production peaks often correlate with periods of high humidity.
微孢子产量高峰通常与高湿度时期相关联。
comparing microspore assemblages from different sites revealed regional variations.
比较来自不同地点的微孢子群落揭示了区域差异。
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