River damming has brought great benefits to flood mitigation, energy and food production,
and will continue to play a significant role in global energy supply, particularly in Asia, Africa …

As green energy, the floating photovoltaic (FPV) system has many advantages. Taking
Xiangjiaba reservoir as an example, a Ce-qual-W2 model was established to evaluate the …

Selective withdrawal is an effective strategy to alleviate the adverse impact of reservoir
construction on the downstream thermal regime. However, most studies mainly focus on the …

Selective withdrawal from reservoirs is an effective strategy for balancing economic goals
and environmental demands. Multilevel intake operation (MIO) is one of the main options for …

Large reservoirs and dams can fundamentally alter downstream flow and thermal regimes
by resetting the flow and water temperature release boundary conditions, resulting in …

Ecological regulation is an important means of reservoir adaptive management, but its
effective evaluation faces two major difficulties: the response mechanism of fish spawning …

Water temperature is a major driver of riverine ecosystems and has an extremely significant
impact on them. Understanding the multi-scale water temperature dynamics in a river basin …

The construction of dams worldwide has substantially altered natural flow and thermal
regimes, leading to profound influences on fish spawning. Environmental flow (EFlow) …

The upper reaches of the Yangtze River (YR) constitute the largest group of hydropower
cascade projects in the world. The construction of cascade hydropower systems has a …

To better understand the river thermal regime alteration caused by anthropogenic
disturbances, we propose a framework to assess the alteration degree of thermal regime in …