Monitoring suspended sediment concentrations (SSCs) of channel waters is essential for
evaluating important issues such as erosion, sediment transport and deposition, reservoir …

Significant channel adjustments have occurred in the **gjiang Reach of the Middle Yangtze
River, because of the operation of the Three Gorges Project (TGP). The **gjiang Reach is …

Abstract The Three Gorges Dam (TGD) has altered downstream flow–sediment regimes and
led to significant changes in the morphodynamic processes in the Middle Yangtze River …

Sustainable water resource developments require reservoir operations that provide
environmental flows (e‐flows) to support the downstream riverine ecosystem by minimizing …

The operation of the **aolangdi Reservoir has exerted prominent effects on the processes of
sediment transport and channel evolution in the Lower Yellow River (LYR) since 2000. The …

The channel geometry in an alluvial river usually varies in response to the altered flow and
sediment regime from upstream damming. Bankfull channel dimensions have significantly …

Based on the measured discharge, sediment load, and cross-sectional data from 1986 to
2015 for the lower Yellow River, changes in the morphological parameters (width, depth …

For social and economic development in China, the rivers are regulated, but its impact on
river ecosystem has not evaluated yet. Maintaining a trade-off between social protection and …

The protection of riverine ecosystems downstream from dams requires reservoir operations
to satisfy environmental flow (e‐flow) requirements. In practice, this often involves re …

The operation of the **aolangdi Reservoir has significantly altered the flow and sediment
regime of the Yellow River, which has led to rapid and long-distance channel incision in the …