000			03025nam a2200121Ia 4500
008			220615s9999||||xx |||||||||||||| ||und||
100			_aNi, Guangheng||Zhang, Chi||Fu, Guangtao
245		0	_aAdaptive Catchment Management and Reservoir Operation
546			_aEnglish[eng]
650			_adownscaling||suspended sediment concentration||modeling||South-to-North Water Transfer Project||sensitivity analysis||simulation||protection zone||reservoirs||mussel||sediment regime||resilience and robustness||optimal flood control operation||multi-objective model||optimization||scenario analysis||floodplain vertical shape index||aftereffect||lentic habitats||energy||stochastic linear programming||?-constrained method||Tekeze basin||runoff||cascade reservoirs||costs and benefits||sediment flushing efficiency||vulnerability||Heihe River Basin||TB-MPC||heating impact||flushing efficiency||system dynamics||Indian Monsoon||shaft spillway pipe||integrated supply system modeling||seasonal rainfall||sediment management||design and operation of the multipurpose reservoir||Kappa distribution||CO2||reliability||uncertainty||Yangtze River||Markov chain||the Yangtze River||Environmental Fluid Dynamics Code (EFDC) model||land and water resources||integrated surface water-groundwater model||Heilongjiang||Kurobe River||flow regime||numerical simulation||long distance water diversion||tropical reservoir||multi-stage stochastic optimization||direct policy search||inverted siphon||environmental flow||parameterization||accompanying progressive optimality algorithm||integrated management||hydropower stations||differential evolution algorithm||sediment flushing of empty storage||back propagation neural network||NSGA-II||two-dimensional bed evolution model||real-time control||upper Chao Phraya River Basin||CMIP5||genetic algorithm||dam||irrigation||CMIP3||water energy||discharge||the Jingjiang River Reach||water environmental capacity (WEC)||climate change||shortage ratio: Vulnerability||optimal scheduling||hydrology||Siemianówka||ungauged basin||game theory||power function||SWAT||Dokan Dam||natural flow regime||bitterling||reservoir flushing||vertical profiles of concentration||ratio curve||partial gauged basin||sediment load||adaptive management||water deficit||the upper Yangtze River Basin||Miyun Reservoir||parameter relation||stochastic dynamic programming||NPP||runoff response||Narew River||coupling model||Langcang-Mekong River||drinking water resources||the Huangshi Reservoir||reverse regulation||nutrient uptake||water resources allocation||multi-agent of river basin||HEC-ResPRM||dynamic programming with progressive optimality algorithm (DP-POA)||reservoir operation||sea surface temperatures||reservoir simulation model||SWAT model||El Niño/Southern Oscillation||CORDEX-Africa||hedging policy||multi-objective optimization NSGA II||reservoir||general regression neural network||flood control||Jingjiang River Reach||catchment modelling
856			_uhttps://mdpi.com/books/pdfview/book/1218
942			_cEB
999			_c13461 _d13461