Adaptive Multi-reservoir-based Flood Control and Management for the Yellow River: Towards a Next Generation Software System - UNESCO-IHE PhD Thesis, 1st Edition (Paperback) book cover

Adaptive Multi-reservoir-based Flood Control and Management for the Yellow River

Towards a Next Generation Software System - UNESCO-IHE PhD Thesis, 1st Edition

By Shengyang Li

CRC Press

200 pages

Purchasing Options:$ = USD
Paperback: 9781138001022
pub: 2013-06-26

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The Yellow River experienced many major floods in the past, often with catastrophic effects for the North China Plain. After establishing the Yellow River Conservancy Commission (YRCC) of the Ministry of Water Resources, a number of reservoirs were constructed for flood control and water resources management. For the mid and lower Yellow River, the operation of the multi-reservoir system plays an essential role in minimizing possible damage in relevant regions. In order to deal with changing reservoir storage conditions and variable river discharges due to climate change, adaptive management procedures are required.

At present the decision making process takes place in collective management meetings with the support of numerical simulations for flood simulation. There is a need to develop new software tools to achieve more effective decision support within precious lead time. Also, a special robust routing technique was needed as developed in this thesis for accurate and robust flood routing that can deal with multi-valued storage-release relations.

Nowadays advanced numerical flood simulation models are available with great level of detail and high computational efficiency. Also, appropriate software architectures are capable of combining model-based simulation systems with a data-centered approach at near real-time operational performance. Case study applications show that such approach is feasible for the next generation software systems for adaptive management and decision support of complex river systems.

Table of Contents

  1. Introduction
  2. Yellow River flood control, management & decision support
  3. Multi-reservoir-based flood regulation
  4. Numerical flood simulation on lower Yellow River
  5. A flexible reservoir routing method
  6. Next generation software architecture for decision support
  7. Case study applications
  8. Conclusions and Recommendations

About the Author

Shengyang Li has 24 years of experience in managing the large reservoir systems of the Yellow River. His main working experience is in developing hydrological software applications, making real-time flood control scenarios, planning and management of ICT applications on flood control, flood management and decision support. For the last ten years he worked as the deputy director of the division of Flood Control Schemes and ICT Applications of the Flood Control Office, YRCC.

About the Series

IHE Delft PhD Thesis Series

IHE Delft PhD programme leads to a deepening of a field of specialisation. PhD fellows do scientific research, often with conclusions that directly influence their region. At IHE Delft, PhD researchers from around the world participate in problem-focused and solution-oriented research on development issues, resulting in an inspiring research environment. PhD fellows work together with other researchers from many countries dealing with topics related to water and the environment.

PhD research is often carried out in the ‘sandwich’ model. Preparation and final reporting – the first and last portion of the programme – are carried out in Delft, while actual research is done in the fellow’s home country, under co-supervision of a local institute. Regular contacts with the promotor are maintained through visits and long-distance communication. This enables researchers to employ solutions directly to problems in their geographical region.

IHE Delft PhD degrees are awarded jointly with a university. The degrees are highly valued and fully recognised in all parts of the world.

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Subject Categories

BISAC Subject Codes/Headings:
COMPUTERS / Computer Engineering
TECHNOLOGY & ENGINEERING / Environmental / Water Supply