The geodynamic study of global tectonics has developed from a single dynamic driving mechanism to the geodynamic system consisting of many dynamic factors.
在全球构造驱动力源与驱动机制研究方面，开始由单一动力驱动机制研究转入多种动力因子所构成地球动力系统的综合研究。
Landscape evolution is an important aspect of global change; it spans the same time-scale as global tectonics, biological evolution, and major climatic change.
景观演化与全球构造、生物演变和主要气候变化具有相同的时间尺度，是长期全球变化的一个重要方面。
The major progresses of the global tectonics and structural geology in the last 10 years are reviewed.
对近十年来全球构造学和构造地质学的重要进展进行了简要评述。
The highest peaks in the seven continents in the world occupy an important place in the study of global tectonics.
世界七大洲最高峰均位于全球或巨型经向或纬向构造带中 ，暗示山脉形成和地球自转之间有内在联系。
The highest peaks in the seven continents in the world occupy an important place in the study of global tectonics.
世界七大洲最高峰均位于全球或巨型经向或纬向构造带中 ，暗示山脉形成和地球自转之间有内在联系。
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