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Zhiyuan Han, Heng Wang, Hualiang Xie, Huaiyuan Li and Wendan Li
The morphological changes in an estuarine bay are affected by fluvial and oceanic dynamics, as well as human activities. Human activity has increased considerably in recent years, especially in Lingding Bay of the Pearl River Estuary. Based on mass measu...
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Jie-Lun Chiang, Chia-Ming Kuo and Leila Fazeldehkordi
The complex and extensive mechanism of landslides and their direct connection to climate change have turned these hazards into critical events on a global scale, which can have significant negative influences on the long-term sustainable development of n...
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Sahong Lee and Jung Lyul Lee
In this study, a reduction in sediment budget due to the development of a river watershed, resulting in coastal erosion, was reviewed, and the rate of background erosion was calculated through an examination of the loss of coastal sediment into the open ...
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Masato Yokobori, Yoshiaki Kuriyama, Takenori Shimozono and Yoshimitsu Tajima
Predicting the morphological changes of the backshore is vital for appropriate beach management because the backshore plays a significant role in the ecosystem and disaster prevention. In this study, a one-dimensional model was developed and applied to t...
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Kuo-Jen Chang, Chun-Wei Tseng, Chih-Ming Tseng, Ta-Chun Liao and Ci-Jian Yang
Landslides are highly erosional processes that dominate sediment mobilization and reshape landscapes in orogenic belts. Therefore, quantifying and characterizing landslide volume is essential to disaster prevention and understanding landscape evolution i...
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Yu-Jia Chiu, Hong-Yuan Lee, Tse-Lin Wang, Junyang Yu, Ying-Tien Lin and Yeping Yuan
Accurate and reliable estimates of sediment yields from a watershed and identification of unstable stream reaches due to sediment-related disaster are crucial for watershed management, disaster prevention, and hazard mitigation purposes. In this study, w...
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Dong Ho Nam, Man-Il Kim, Dong Ho Kang and Byung Sik Kim
Recently, human and property damages have often occurred due to various reasons?such as landslides, debris flow, and other sediment-related disasters?which are also caused by regional torrential rain resulting from climate change and reckless development...
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Jinyan Sun, Lei Ding, Jiaze Li, Haiming Qian, Mengting Huang and Nan Xu
The spatial extent and area of river islands are always changing due to the impact of hydrodynamic conditions, sediment supply and human activities. A catastrophic flood disaster was driven by sustained and heavy rainfall around the middle and lower Yang...
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Shinji Nakai, Yasushi Sasaki, Masahiro Kaibori and Takeo Moriwaki
Pág. 465
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