Runoff Modeling Efficiency for the Upper Ussuri Basin Using Observational Data and the ERA5 Reanalysis

Experience of using meteorological observations and the ERA5 reanalysis for runoff modeling using the GR4J conceptual model is outlined. The study objects are catchments within the Ussuri River basin (Kirovskii, the Russian Far East). The results of the comparison of ground-based observations and re...

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Published in:Russian meteorology and hydrology 2023-12, Vol.48 (12), p.1048-1058
Main Authors: Bugaets, A. N., Lupakov, S. Yu, Gonchukov, L. V., Sokolov, O. V., Sidorenko, N. Yu
Format: Article
Language:English
Subjects:
Air temperature
Atmospheric models
Atmospheric Sciences
Catchment area
Catchments
Daily precipitation
Earth and Environmental Science
Earth Sciences
Efficiency
Ground-based observation
Hydrologic models
Low flow
Meteorological observations
Meteorology
Modelling
River basins
Runoff
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container_end_page 1058
container_issue 12
container_start_page 1048
container_title Russian meteorology and hydrology
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creator Bugaets, A. N.
Lupakov, S. Yu
Gonchukov, L. V.
Sokolov, O. V.
Sidorenko, N. Yu
description Experience of using meteorological observations and the ERA5 reanalysis for runoff modeling using the GR4J conceptual model is outlined. The study objects are catchments within the Ussuri River basin (Kirovskii, the Russian Far East). The results of the comparison of ground-based observations and reanalysis data are presented. The hydrological model has been calibrated and verified on the basis of various data sources. The traditional scores NSE, logNSE, and BIAS have been used to evaluate the modeling efficiency. According to the scores, the modeling efficiency is generally "satisfactory" and better. It is shown that for simulations, it is better to use observation network data in case of floods and the reanalysis data in case of spring high water and low flow periods. It is concluded that the effective resolution of the ERA5 data for daily precipitation and air temperature for hydrological modeling in the study area is   ( 90–120 km).
doi_str_mv 10.3103/S1068373923120051
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subjects Air temperature
Atmospheric models
Atmospheric Sciences
Catchment area
Catchments
Daily precipitation
Earth and Environmental Science
Earth Sciences
Efficiency
Ground-based observation
Hydrologic models
Low flow
Meteorological observations
Meteorology
Modelling
River basins
Runoff
title Runoff Modeling Efficiency for the Upper Ussuri Basin Using Observational Data and the ERA5 Reanalysis
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