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Huan Wang, Hao Wang, Zhenchun Hao, Xu Wang, Meng Liu and Yali Wang
Many dams have been constructed or are planned all around China. These dams significantly change the hydrological regime and sand concentration downstream, and subsequently affect the river habitat and riverbed substances. Therefore, a good understanding...
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Hyeongsik Kang and Byungwoong Choi
This study presents the impact of natural flow patterns on downstream aquatic species habitats in a reach of the Geum River, Korea. The study reach is a 13.4 km long, located downstream of the Yongdam Dam. To assess such an impact, this study performed p...
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Qing Zhou, Xiangzheng Deng, Feng Wu, Zhihui Li and Wei Song
Water has become increasingly scarce in northwestern China due to climate change, economic growth and burgeoning population. Improving agriculture water use efficiency is of strategic significance in promoting socio-economic water productivity for arid a...
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Weiwei Yao, Huaxian Liu, Yuansheng Chen, Wenyi Zhang, Yu Zhong, Haiyan Fan, Linkai Li, Sudeep Bamal
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High flow generates significant alterations in downstream river reaches, resulting in physical condition changes in the downstream regions of the river such as water depth, flow velocity, water temperature and river bed. These alterations will lead to ch...
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Yu-Pin Lin, Wei-Chih Lin and Wei-Yao Wu
Species distribution models (SDMs) are extensively used to project habitat suitability of species in stream ecological studies. Owing to complex sources of uncertainty, such models may yield projections with varying degrees of uncertainty. To better unde...
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