期刊： ECOHYDROLOGY, 2022; 15 (1)
The vertical distribution of longitudinal velocity and the turbulence structure of open channel flows with natural-like reedy emergent vegetation were......
期刊： ECOHYDROLOGY, 2022; 15 (2)
In this study, a new method based on field dye-tracing experiments was used to assess hydrological connectivity below the soil surface. In this method......
期刊： ECOHYDROLOGY, 2022; 15 (7)
Ecological flow has attracted considerable attention because intensive dam construction can cause changes in the hydrological situation and subsequent......
期刊： ECOHYDROLOGY, 2022; 15 (8)
The Weihe River Basin has the worst soil erosion in the Loess Plateau. As the largest tributary of the Yellow River, the water conservation capacity i......
期刊： ECOHYDROLOGY, 2022; 15 (6)
Significant soil drying has been reported in the semi-arid Three-North Region of China since the 1980s, yet its dominant drivers and the potential eff......
期刊： ECOHYDROLOGY, 2022; 15 (7)
Revegetation projects are beneficial measures used to control soil erosion, though they can adversely affect the water yield of semiarid watersheds. I......
期刊： ECOHYDROLOGY, 2022; 15 (7)
Under the background of shortage of water resources and prominent ecological and environmental problems, the evaluation of blue-green water resources ......
期刊： ECOHYDROLOGY, 2022; 15 (5)
Drought is showing an increasing trend as a result of the significant variation in precipitation and temperature in China. This study investigated the......
期刊： ECOHYDROLOGY, 2022; 15 (2)
Surface soil water shortages are among the primary factors limiting revegetation in most degraded regions with shallow soil, especially in karst areas......
期刊： ECOHYDROLOGY, 2022; 15 (8)
The establishment of hydroelectric dams can lead to major changes in hydrology for habitats within the reservoir drawdown zones. The Three Gorges Dam ......
期刊： ECOHYDROLOGY, 2022; 15 (8)
Net primary productivity (NPP) is an important index to evaluate vegetation growth. This study used MODIS remote sensing image data during growing sea......
期刊： ECOHYDROLOGY, 2022; 15 (4)
Heavy metal removal by constructed wetland (CWs) is becoming the most efficient and greener technology around the world where plants are used in phyto......
期刊： ECOHYDROLOGY, 2022; 15 (2)
Global rivers and streams are important carbon transport pathways from land to the ocean. However, few studies have quantified terrigenous carbon dyna......
期刊： ECOHYDROLOGY, 2022; 15 (2)
Excessive deposition of fine-sediment filling interstitial spaces in riverbed substrates is widely acknowledged to negatively impact the aquatic ecosy......
期刊： ECOHYDROLOGY, 2022; 15 (6)
The stable water isotope method is widely applied to distinguish the evapotranspiration (ET) components across various vegetation-covered surfaces. ET......
