Spatial-temporal evolution of landslides spanning the impoundment of . . . Reservoir landslides are the focus of geohazards associated with mega hydropower projects and have been extensively studied by monitoring their post-impoundment deformation However, how landslide deformation changes before, during, and after impoundment is rarely known
Dynamic landslides susceptibility evaluation in Baihetan Dam area . . . This study proposed a new approach that integrated a geological evaluation model with InSAR observation to evaluate the landslide susceptibility in Baihetan Dam area during an extensive impoundment The stability analysis before and during the impoundment were performed based on the proposed approach
Analysis of reservoir slope deformation during initial impoundment at . . . This study systematically characterized the impoundment-induced reservoir slope deformation features of Baihetan and discussed the possible deformation mechanism, providing an essential reference for evaluating the structural safety of the dam during operation
Reservoir Impoundment - an overview | ScienceDirect Topics Reservoir impoundment is defined as the process of creating an artificial reservoir by dam construction, which involves storing water in a river channel, leading to both environmental impacts, such as vegetation destruction and water quality degradation, and societal effects, including resettlement and flood control
Identify and map coastal aquaculture ponds and their drainage and . . . The findings could provide scientific support for modifying the drainage and impoundment phases of coastal aquaculture ponds to achieve the win–win goal of improving economic development and protecting waterbirds or improving offshore water quality
Balancing water, power, and carbon: A synergistic optimization . . . This study proposes a joint impoundment optimization framework based on the carbon emission factor approach to enhance the synergies between hydropower generation and carbon emission reduction in mega cascade reservoirs It introduces a multi-objective optimization model to minimize carbon emissions, reduce flood risk, and maximize hydropower output Applying the NSGA-II algorithm, the model