Traditional approaches to water resource engineering have sought to maintain a static,
optimized state of system performance in providing reliable water supplies, energy, and …

Freshwater ecosystems are sensitive to disturbances related to human activities, such as
climate and land-use changes. To predict and understand the potential impacts of these …

Climate change and human activities simultaneously alter river–lake relationships.
Determining the dynamics of river–lake runoff systems on multiple time scales and their …

Reservoir ecological operation creates artificial hydrological and hydrodynamic conditions
to meet the demand of fish during key life periods, which provides eco-environmental …

Climate change and human activities are transforming river flows globally, with potentially
large consequences for freshwater life. To help inform watershed and flow management …

The numerous environmental flows assessment methods that exist typically assume a
stationary climate. Adaptive management is commonly put forward as the preferred …

The water level operation of reservoirs affects the spatiotemporal patterns of water quality,
light-heat, hydrodynamics and phytoplankton, which have implications for algal bloom …

Environmental flow management in watersheds with multi-objective reservoirs is often
presented as an additional constraint to an already strained and over-allocated stream …

Understanding the relative strengths of intrinsic and extrinsic factors regulating populations
is a long‐standing focus of ecology and critical to advancing conservation programs for …

Ecological flow is a key element in maintaining the biodiversity of a basin's aquatic
ecosystem. This study quantifies the degree of hydrological regime alteration in the Jialing …