SUBSIDENCE

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Numerical modeling of the anomalous post-rift subsidence in the Baiyun Sag,Pearl River Mouth Basin被引量：14
《Science China Earth Sciences》2011年第8期1156-1167,共12页LIAO Jie ZHOU Di ZHAO ZhongXian ZHANG YunFan XU ZiYing 
The Baiyun Sag is the deepest sag in the Pearl River Mouth Basin in northern continental margin of South China Sea,with the maximum sediment thickness over 12.5 km above the basement including >6.5 km sediments above ...
关键词：anomalous post-rift subsidence 2D backstripping 2D forward modeling Baiyun Sag Pearl River Mouth Basin 
Simulation of regional land subsidence in the southern Yangtze Delta被引量：8
《Science China Earth Sciences》2008年第6期808-825,共18页XUE YuQun WU JiChun ZHANG Yun YE ShuJun SHI XiaoQing WEI ZiXin LI QinFen YU Jun 
the National Natural Science Foundation of China (Grant No. 40335045)
Investigation of the deformation characteristics of individual hydrostratigraphic units is the key to construct a regional land subsidence model. All of 12 hydrostratigraphic units in the study area were discussed thr...
关键词：regional land SUBSIDENCE model deformation characteristics of soil CREEP COUPLE numerical SIMULATION 
Analysis of elastoplasticity and rheology due to mining subsidence被引量：1
《Science China Earth Sciences》2008年第6期826-836,共11页WU Xiong WANG XiaoGang DUAN QingWei JIA ZhiXin XU NengXiong SUN YanDong 
Technology Innovation Fund of the Ministry of Water Resources (Grant No. Scxc2005-11)
At present, as the easily mining resources are being increasingly depleted, the exploitation of coal under buildings, water-bodies and railways is imminent for the sustainable production. Probability in-tegral method ...
关键词：MINING SUBSIDENCE numerical simulation the elastoplasticity MODEL RHEOLOGICAL MODEL the evaluation of EMBANKMENT safety 
Relative sea-level rising and its control strategy in coastal regions of China in the 21st century被引量：3
《Science China Earth Sciences》2003年第1期74-83,共10页武强 郑铣鑫 徐华 应玉飞 侯艳声 谢晓程 王世训 
The Chinese coastal regions are the high risk areas of natural disasters for their lowland and weak and sensitive eco-evironment. The relative sea-level rising (RSLR), resulting from the piling of global sea-level ris...
关键词：sustainable development  RELATIVE SEA-LEVEL rising  land subsidence  control strategy  COASTAL region. 
Calculating eustatic amplitude of Middle Permian from reefs被引量：1
《Science China Earth Sciences》2002年第3期221-232,共12页吴亚生 范嘉松 
This work was supported by the National Natural Science Foundation of China (Grant No. 40172007) ; the Chinese Academy of Sciences (Grant No. K2951 -B 1 -409).
Methods for calculating ancient eustatic change amplitudes according to reef fabric- facies are proposed, with a new method for determining sediment-loading subsidence. Compared with methods based on non-reefal deposi...
关键词：SEA-LEVEL changes  eustatic change  reef  fabric-facies  subsidence. 
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