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Ke Jin, Qianzhu Zhang, Jiang Yu, Yang Lu, Huoming Zhou, Dan Wan, Cha Zhao and Yue Hu
The water-level fluctuation zone of the lower Jinsha River Basin is a fragile ecosystem with limited water resources in the southwest of China. Soil water is critical for maintaining ecological balance and promoting the healthy development of animals and...
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Lu Zhang, Zengxin Zhang, Zhenhua Peng, Yang Xu, Ying Zhang and Jingqiao Mao
The Jinsha River basin (JRB), known as China?s largest hydropower base, has been facing a surge in hydrological drought occurrences in the past several years. This study used the drought index model and soil and water assessment tool (SWAT) hydrological ...
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Sheng Sheng, Qihui Chen, Jingjing Li and Hua Chen
Climate change and human activities significantly impact the hydrological cycle, particularly in regions with numerous large-scale reservoirs. Recognizing the limitations of the reservoir module in the original SWAT model, this study presents an improved...
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Zengchuan Dong, Wenhao Jia, Ranjan Sarukkalige, Guobin Fu, Qing Meng and Qin Wang
Trend detection based on hydroclimatological time series is crucial for understanding climate change. In this study, the innovative trend analysis (ITA) method was applied to investigate trends in air temperature and precipitation over the Jinsha River B...
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Jian-Lan Zhou, Qin-Qin Xu and Xian-Yong Zhang
There is a necessity to assess water resources sustainability for its development and management. However, achievements in water resources and sustainability assessment and specific assessment indicators are limited in current research. A comprehensive i...
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Jianzhong Zhou, Tian Peng, Chu Zhang and Na Sun
This paper introduces three artificial neural network (ANN) architectures for monthly streamflow forecasting: a radial basis function network, an extreme learning machine, and the Elman network. Three ensemble techniques, a simple average ensemble, a wei...
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Ming Yang Zhai, Qian Guo Lin, Guo He Huang, Le Zhu, Kai An, Gong Chen Li and Yue Fei Huang
Cascade hydropower stations are effective in water resource utilization, regional water allocation, and flood risk management. Under changing climate conditions, water resources would experience complex temporal and spatial changes, which may lead to var...
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Thomas Hennig, Wenling Wang, Darrin Magee, Daming He
Pág. 1 - 24
Southwest China?s Yunnan province is evolving into one of the world?s largest hydro-power-producing regions. It already rivals the world?s largest hydro-producing nations. However, five of Yunnan?s six basins are international and therefore its hydropowe...
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