allostratigraphy analysis
地层ostratigraphy分析
using allostratigraphy
使用地层ostratigraphy
allostratigraphy data
地层ostratigraphy数据
allostratigraphy method
地层ostratigraphy方法
allostratigraphy studies
地层ostratigraphy研究
allostratigraphy patterns
地层ostratigraphy模式
allostratigraphy interpretation
地层ostratigraphy解读
allostratigraphy mapping
地层ostratigraphy测绘
allostratigraphy framework
地层ostratigraphy框架
allostratigraphy reveals
地层ostratigraphy揭示
the research team utilized allostratigraphy to understand the basin's complex geological history.
研究团队利用层序地层学来理解盆地的复杂地质历史。
allostratigraphy provides valuable insights into sequence boundaries and depositional cycles.
层序地层学为理解序列边界和沉积周期提供了宝贵的见解。
applying allostratigraphic analysis helped identify unconformities within the sedimentary sequence.
应用层序地层学分析有助于在沉积序列中识别不整合面。
detailed allostratigraphic correlation linked different stratigraphic units across the region.
详细的层序地层学相关性将区域内的不同地层单元联系起来。
the allostratigraphic framework allowed for a more comprehensive interpretation of the data.
层序地层学框架允许对数据进行更全面的解释。
allostratigraphic methods are commonly employed in petroleum exploration and reservoir characterization.
层序地层学方法常用于石油勘探和储层特征描述。
comparing allostratigraphic profiles revealed significant differences in depositional environments.
比较层序地层学剖面显示了沉积环境的显著差异。
the study incorporated allostratigraphic principles to reconstruct paleoenvironments.
该研究采用了层序地层学原理来重建古环境。
allostratigraphic techniques are particularly useful in areas with complex faulting and folding.
层序地层学技术在断层和褶皱复杂的地区特别有用。
integrating seismic data with allostratigraphic interpretations improved subsurface mapping.
将地震数据与层序地层学解释相结合提高了地下测绘的准确性。
allostratigraphic analysis highlighted the importance of recognizing sequence stratigraphic surfaces.
层序地层学分析强调了认识序列地层学面的重要性。
allostratigraphy analysis
地层ostratigraphy分析
using allostratigraphy
使用地层ostratigraphy
allostratigraphy data
地层ostratigraphy数据
allostratigraphy method
地层ostratigraphy方法
allostratigraphy studies
地层ostratigraphy研究
allostratigraphy patterns
地层ostratigraphy模式
allostratigraphy interpretation
地层ostratigraphy解读
allostratigraphy mapping
地层ostratigraphy测绘
allostratigraphy framework
地层ostratigraphy框架
allostratigraphy reveals
地层ostratigraphy揭示
the research team utilized allostratigraphy to understand the basin's complex geological history.
研究团队利用层序地层学来理解盆地的复杂地质历史。
allostratigraphy provides valuable insights into sequence boundaries and depositional cycles.
层序地层学为理解序列边界和沉积周期提供了宝贵的见解。
applying allostratigraphic analysis helped identify unconformities within the sedimentary sequence.
应用层序地层学分析有助于在沉积序列中识别不整合面。
detailed allostratigraphic correlation linked different stratigraphic units across the region.
详细的层序地层学相关性将区域内的不同地层单元联系起来。
the allostratigraphic framework allowed for a more comprehensive interpretation of the data.
层序地层学框架允许对数据进行更全面的解释。
allostratigraphic methods are commonly employed in petroleum exploration and reservoir characterization.
层序地层学方法常用于石油勘探和储层特征描述。
comparing allostratigraphic profiles revealed significant differences in depositional environments.
比较层序地层学剖面显示了沉积环境的显著差异。
the study incorporated allostratigraphic principles to reconstruct paleoenvironments.
该研究采用了层序地层学原理来重建古环境。
allostratigraphic techniques are particularly useful in areas with complex faulting and folding.
层序地层学技术在断层和褶皱复杂的地区特别有用。
integrating seismic data with allostratigraphic interpretations improved subsurface mapping.
将地震数据与层序地层学解释相结合提高了地下测绘的准确性。
allostratigraphic analysis highlighted the importance of recognizing sequence stratigraphic surfaces.
层序地层学分析强调了认识序列地层学面的重要性。
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