The impact of hydraulic engineering on river ecosystems and ecological scheduling strategies

Abstract

The construction of water conservancy projects has a profound impact on the hydrological situation, hydraulic characteristics, habitat environment of aquatic organisms, and water quality conditions of river ecosystems. Research and analyze the specific impact of water conservancy engineering on river ecosystems, and explore scientifically reasonable ecological scheduling strategies to reduce the adverse effects of engineering on ecosystems. The research content includes key factors such as changes in hydrological conditions, adjustment of hydrodynamic characteristics, riverbed evolution, and water quality changes. Based on ecological flow regulation, hydrodynamic optimization, restoration of aquatic habitats, and water quality management, ecological scheduling technology solutions are proposed. The research results indicate that reasonable ecological scheduling can effectively improve the ecological environment of rivers, enhance the quality of aquatic habitats, and optimize water resource utilization efficiency.