Flood control ability of river-type reservoirs using stochastic flood simulation and dynamic capacity flood regulation

Joint flood control scheduling strategy of large cascade reservoirs: A case study of the cascade reservoirs in the upper reaches of the Yangtze River in China

“…The results show that the periodic stationary autoregressive model established at each station maintains the statistical characteristics of a single daily flow, and also satisfactorily reflects the statistical characteristics of the maximum flood volume in different periods after the daily flow is added. It can realize the stochastic simulation of floods into the TGR (Jing et al, 2020). In addition, the dynamic capacity flood regulation model was verified with the flood process of July 2012.…”

“…For example, Balistrocchi et al (2017) used copulas to describe the statistical dependence between peak flow discharge and flood volume of the Panaro River (Northern Italian Apennines), the verification results showed that copula derived and nonparametric distributions of the downstream peak flow discharge were in satisfactory agreement. Jing et al (2020) established a periodic stationary autoregressive method to simulate the inflow flood of the TGR. They found that the probability of a flood that is more dangerous than that of 1954 at a design frequency of 0.1% is 6.33%.…”

Geostatistical Analysis of the Spatial Correlation between Territorial Anthropization and Flooding Vulnerability: Application to the DANA Phenomenon in a Mediterranean Watershed

“…The evaluation of the problems associated with floods has typically been fundamentally approached from a hydrological perspective [1,2], although several points of view can be found in the scientific literature. However, in the field of flood risk management, apart from traditional methodological approaches based on the simulation of flood models [3,4], there are other perspectives based on multicriteria socioeconomic assessments [5], statistical rainfall indicators [6], or several different natural resilience strategies [7][8][9][10], for example.…”

Forensic engineering analysis applied to flood control

“…Many published studies have dealt with several aspects of flood control by reservoirs (e.g. Marien, 1984;Tung et al 2006;Zhou, 2010;Li et al, 2010;Yan et al, 2014;Chen et al, 2019;Jing et al, 2020). However, studies considering how forensic engineering can be used to improve the operation of flood reservoirs and how best to conduct these forensic investigations are rare.…”