[HTML][HTML] River quality management: Integrating uncertainty, failure probability, and assimilation capacity
Managing river water quality is challenging due to uncertainties in hydraulic and hydrologic
parameters. This study integrates the symmetric exponential function (SEF) approach for …
parameters. This study integrates the symmetric exponential function (SEF) approach for …
[HTML][HTML] Uncertainty analysis in river quality management considering failure probability: controllable and uncontrollable input pollutants
River quality management involves complex challenges due to inherent uncertainties in
various parameters, especially when dealing with controllable and uncontrollable pollutants …
various parameters, especially when dealing with controllable and uncontrollable pollutants …
Risk assessment of river water quality using long-memory processes subject to divergence or Wasserstein uncertainty
H Yoshioka, Y Yoshioka - Stochastic Environmental Research and Risk …, 2024 - Springer
River water quality often follows a long-memory stochastic process with power-type
autocorrelation decay, which can only be reproduced using appropriate mathematical …
autocorrelation decay, which can only be reproduced using appropriate mathematical …