因此，水文变化对钱德勒摆动的激发作用是值得重视的激发因素之一。
Therefore, the continental water storage change is also an important contributor to Chandler wobble excitation.
应用纹理映射技术将TM影像与数字高程模型结合，实现准动态监测湿地的水文变化。
TM image and DEM are combined using texture mapping technology, thus realizes monitoring the hydrological change of wetland dynamically.
由此提出蒸发量在湖泊水量平衡中起重要作用，温度是影响湖泊水文变化的关键因子。
We propose that the evaporation driven by increased temperature plays an important role in water balance and influences the hydrologic process of Namu Co.
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