研究成果

Coastal city subsidence in Shenzhen (China), monitored using multi-frequency radar interferometry time-series techniques

会议名称: EGU2014
全部作者: Peng Liu,Yongsheng Li,Andrew Singleton,Qingquan Li,Jingfa Zhang,Zhenhong Li
出版年份: 2014
会议地址: Vienna
页    码: EGU2014-15802
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In just 26 years, the coastal city of Shenzhen (Southern China) has been transformed from a small fishing village to a modern city with a population exceeding 8.5 million people. Following its designation as a Special Economic Zone in the 1980s, the city became a test bed for China’s economic reforms and currently leads many new practices in urban planning. The rapid economic development was matched by a sharp increase in the demand for usable land and consequently, extensive coastal reclamation has been undertaken by piling rock fragments from nearby hills onto the seabed. However, it has recently been reported that new apartments, offices and transport networks built on the reclaimed land have become unusable due to ground subsidence. The additional threat of coastal inundation from sea-level rise also requires serious consideration.