The study of tectonics is crucial for understanding earthquakes.
研究构造地质学对理解地震至关重要。
Geologists examine tectonics to predict future seismic activity.
地质学家研究构造地质学以预测未来的地震活动。
Plate tectonics can explain the formation of mountains.
板块构造地质学可以解释山脉的形成。
Understanding tectonics helps in assessing volcanic risks.
理解构造地质学有助于评估火山风险。
Scientists use tectonics to study continental drift.
科学家使用构造地质学来研究大陆漂移。
Marine tectonics explores the ocean floor's geological features.
海洋构造地质学探讨海底的地质特征。
Advancements in tectonics improve earthquake-resistant construction.
构造地质学的进步改善了抗震建筑。
The Himalayas are a result of tectonics processes.
喜马拉雅山是构造地质学过程的结果。
Researchers study tectonics to understand Earth's history.
研究人员研究构造地质学以了解地球历史。
Modern tectonics theories have evolved over decades.
现代构造地质学理论经过数十年的演变。
plate tectonics
板块构造
tectonic plates
构造板块
tectonic activity
构造活动
tectonic shifts
构造变化
tectonic boundaries
构造边界
tectonic forces
构造力
tectonic movements
构造运动
