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Inundation due to global warming and land subsidence in Chao Phraya delta

机译：湄南河三角洲由于全球变暖和土地沉降而淹没

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The purpose of this study is to assess the influence of dual impacts of sea-level rise due to globalrnwarming and land subsidence on inundation area in Chao Phraya delta. The future situation of land subsidencernin 2100 has been predicted by using a method of reliable land subsidence mapping based on the observationsrnof settlements proposed by Murakami, S. et al. (2005). The future elevation model in the objectivernregions has been made by using the present elevation model and the predicted land subsidence. For investigatingrnthe influence of dual impacts of both sea-level rise and land subsidence on inundation area, a hazard maprnof the inundation area has been represented. The result shows that it is important for inundation area in MegarnDeltas, where land subsidence has taken place, to consider not only sea-level rise but also land subsidence inrnthe future.
机译：这项研究的目的是评估湄南河三角洲因全球变暖和地面沉降引起的海平面上升对淹没区的双重影响。根据村上隆等人提出的基于观测沉降的可靠的地面沉降图预测了2100年地面沉降的未来情况。 （2005）。利用目前的高程模型和预测的地面沉降量，建立了目标地区的未来高程模型。为了研究海平面上升和地面沉降对淹没区域的双重影响的影响，已绘制了淹没区域的危害图。结果表明，对于已经发生地面沉降的MegarnDeltas淹没区来说，不仅要考虑海平面上升，而且还要考虑未来的地面沉降，这一点很重要。

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