TM image and DEM are combined using texture mapping technology, thus realizes monitoring the hydrological change of wetland dynamically.
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。
Building sustainable water infrastructure to reduce societies' vulnerability to water-related shocks, especially as climate change affects hydrological cycles.
建设具备可持续性的水利设施,以提高全社会应对与水相关的动荡,在气候变化对水文周期造成影响的情况下尤为如此。
The change of groundwater level dynamics is a complicate hydrological process. It is important to predict exactly the change of groundwater level in exploiting water resources.
地下水位动态变化是一个复杂的水文过程,准确地预测地下水位变化情况在水资源开发利用中有着重要意义。
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