Relationships between the Characteristics of Short Flood Events and Calibration of ReFH Model at Jeungpyeong Catchment, Korea (단기 홍수 사상의 특성과 ReFH 강우유출모형 검정의 관계 - 증평 유역 - )

Chang HyungJoon (장형준); Lee, Hyosang (이효상); Kazimierz Banasik; Pavol Miklanek

Relationships between the Characteristics of Short Flood Events and Calibration of ReFH Model at Jeungpyeong Catchment, Korea

Crisisonomy
Abbr : KRCEM
2015, 11(1), pp.101-113
Publisher : Crisis and Emergency Management: Theory and Praxis
Research Area : Social Science > Public Policy > Public Policy in general

Chang HyungJoon ¹, Lee, Hyosang ¹, Kazimierz Banasik ², Pavol Miklanek ³

¹충북대학교
²Warsaw University
³Institute of Hydrology of the Slovak Academy of Sc

Accredited

ABSTRACT

Rainfall runoff models have been used as main tool for water management in the catchment. The majority of the practical models in water managements are a type of conceptual models. This study aim to define relationships between characteristics of short term flood events and calibration of the ReFH(Revitalized Flood Hydrograph model). Ten flood events of Jeungpyeong in the period of 2000 and 2013 are analyzed with model performances and characteristics of flood, such as the maximum rainfall intensity, runoff ratio, peak rainfall-flood time difference and etc. the. The results indicate that a larger quantitative magnitude of the event(flood peak, maximum rainfall intensity, etc.) better performance in calibration. However, prior rainfall to flood events does not show a clear correlation. The calibrated parameters of the model(i.e., Cmax,) of flood events are consistent, which reflect the unique characteristics of the watershed. The results of this study are used as a basis for future studies of regionalization of rainfall runoff model for Geum river region.

KEYWORDS

Key words: conceptual rainfall runoff model, calibration, characteristics of flood events, NSE, Jeungpyeong

Citation status

* References for papers published after 2023 are currently being built.

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This paper was written with support from the National Research Foundation of Korea.

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