The
clastogenetic event triggered a series of geological transformations in the region.
克拉斯基因事件引发了该地区的一系列地质变迁。
The paleontologists studied the
clastogenic composition of the sedimentary rocks to understand the ancient environment.
古生物学家研究了沉积岩的克拉斯基因组成,以了解古代环境。
The
clastogen formed during the Tertiary period left a distinct signature in the rock formations.
第三纪形成的碎屑物基因在岩石构造中留下了独特的印记。
The geologist observed the
clastogen's influence on the rock stratigraphy, revealing patterns of erosion and deposition.
地质学家观察到克拉斯基因对岩石层序的影响,揭示了侵蚀和堆积的模式。
The researchers found evidence of
clastogenesis in the sediments from the Cretaceous period, suggesting intense tectonic activity.
研究人员在白垩纪沉积物中发现了克拉斯基因的证据,表明当时地壳活动剧烈。
The
clastogenetic process led to the formation of distinctive mineralogical assemblages in the metamorphic rocks.
碎屑物基因过程导致变质岩形成了独特的矿物组合。
The study of
clastogenesis can provide insights into the history of mountain building and uplift.
碎屑物基因学的研究有助于理解山脉形成和抬升的历史。
The paleomagnetic data supported the hypothesis that the
clastogen was transported by glacial action.
古磁性数据支持了冰川作用搬运碎屑物基因的假设。
The
clastogenetic events have been crucial in shaping the landscape we see today, with implications for both natural disasters and human settlement.
碎屑物基因事件对塑造我们今天的地貌至关重要,对自然灾害和人类定居都有影响。
The field of sedimentology heavily relies on understanding the complex
clastogenetic processes that govern the formation of sedimentary rocks.
沉积学领域很大程度上依赖于理解控制沉积岩形成复杂的碎屑物基因过程。
未经许可,严禁转发。QQ交流群:688169419