Computerized generation of operational strategies for the management of temporary storage of drainage water from several polders in a network of small lakes and canals

Breur, K.J.; Nooyen, R.R.P. Van; Leeuwen, P.E.R.M. van

doi:10.1016/j.apm.2008.11.002

Cited by 4 publications

(1 citation statement)

References 2 publications

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“…Such models have difficulties reflecting the actual water exchange pattern in polders (Huang et al, 2016; Lai et al, 2016; Lee et al, 2020). To deal with the problems described above, some researchers have developed extended modules that estimate water exchanges more accurately (Breur et al, 2009; Kalantari et al, 2014). Liu et al (2008) developed a riparian wetland module to assess wetland effects on runoff by quantifying the lateral exchange processes between wetlands and connected streams.…”

Section: Introductionmentioning

confidence: 99%

Impacts of massive pumping on flood processes in polders—with a case study on Lannihu basin in the Dongting Lake District, China

Liu

Cao

Liao

et al. 2021

Hydrological Processes

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Flooding risk in polders is dictated by not only rainfall, topography, and land use, but also massive pumping. Unfortunately, existing models are inadequate for resolving floods as water transfer due to pumping is insufficiently accounted for. Here an improved hydrological model (MGB-MP) is proposed under the framework of the large-scale hydrological model (MGB) based on the principle of water balance, explicitly incorporating massive pumping within a polder and also out to external rivers.The proposed model is calibrated and validated for the Lannihu basin, a typical polder with an area of 1353 km 2 and 126 pumping stations in the Dongting Lake District, China and surrounded by Xiangjiang River and Zishui River. The model performs fairly well, with Nash-Sutcliffe efficiencies concerning water levels over 0.76 for the calibration and over 0.73 for the validation. The model is applied to the Lannihu basin under different pumping station settings and rainfall scenarios to unravel how and to what extent massive pumping affects the flood processes as characterized by water levels and discharge hydrographs. It is shown that massive pumping considerably alters the discharge hydrographs and accordingly leads to substantial decrease in the water levels of rivers, which are independent unit-polders, due to water transfer between unit-polders within the basin and out of the basin. The closer the unitpolders are to pumping stations, the more the water levels in unit-polders decrease.The water levels in unit-polders away from a pumping station is affected by the pumping station capacity to a greater extent than the pumping station's threshold water level for initiating pumping.

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Section: Introductionmentioning

confidence: 99%

Impacts of massive pumping on flood processes in polders—with a case study on Lannihu basin in the Dongting Lake District, China

Liu

Cao

Liao

et al. 2021

Hydrological Processes

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Situation and Ordering based Control of Drainage of a Group of Polders

van Nooijen,

Kolechkina,

Berends

et al. 2024

IFAC-PapersOnLine

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Study on Management System of Drainage Network

2014

AMM

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The advanced intelligent optimization algorithms used in water distribution network model study, currently in the pipe network optimization theory is a new, has great research value and practical value of the subject. This paper proposes a decision-making functions to optimize the drainage network system, by choosing the model using intelligent optimization algorithm for computing the most cost-caliber combination, to achieve the renovation and expansion of urban water supply network technical support.

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Computerized generation of operational strategies for the management of temporary storage of drainage water from several polders in a network of small lakes and canals

Cited by 4 publications

References 2 publications

Impacts of massive pumping on flood processes in polders—with a case study on Lannihu basin in the Dongting Lake District, China

Impacts of massive pumping on flood processes in polders—with a case study on Lannihu basin in the Dongting Lake District, China

Situation and Ordering based Control of Drainage of a Group of Polders

Study on Management System of Drainage Network

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