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Nan Yang, Wenbo Mo, Maohuang Li, Xian Zhang, Min Chen, Feng Li and Wanchao Gao
Catchments support the survival and development of humans in a region and investigating the mechanism of land-use changes and ecological responses in catchments is of great significance for improving watershed ecological service functions. Taking the Don...
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Hyunje Yang, Hyung Tae Choi and Honggeun Lim
In South Korea, since small forest catchments are located upstream of most river basins, the baseflow from these catchments is important for a clean water supply to downstream areas. Baseflow recession analysis is widely recognized as a valuable tool for...
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Jingming Hou, Kaihua Guo, Feifei Liu, Hao Han, Qiuhua Liang, Yu Tong and Peng Li
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Marcello Mastrorilli, Gianfranco Rana, Giuseppe Verdiani, Giuseppe Tedeschi, Antonio Fumai and Giovanni Russo
Land use affects eco-hydrological processes with consequences for floods and droughts. Changes in land use affect ecosystems and hydrological services. The objective of this study is the analysis of hydrological services through the quantification of wat...
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Stefan Julich, Raphael Benning, Dorit Julich and Karl-Heinz Feger
Phosphorus (P) export from forest soils is mainly driven by storm events, which induce rapid flow processes by preferential flow bypassing large parts of the soil matrix. However, little is known about the dynamics, magnitude, and driving processes of P ...
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Julian J. Zemke
Forestry operations can significantly alter hydrological and erosional processes in a catchment. In the course of developing timberland, a network of persistent roads and skid trails causing soil compaction is usually established. Hereby, the infiltratio...
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Naoki Kabeya, Akira Shimizu, Jian-Jun Zhang and Tatsuhiko Nobuhiro
Two-component hydrograph separation using oxygen-18 concentrations was conducted at a sediment runoff observation weir installed in a small subcatchment of a forested gneiss catchment in Japan. The mean soil thickness of this catchment is 7.27 m, which c...
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