Water Balance in Rivers

Mean annual discharge are computed from these data, and the results are presented in figures in GIF format. Monthly evaporation is calculated by atmospheric water balance using precipitation data from Legates digital data. Atmospheric vapor convergence are integrated from ECMWF 4 dimensional assimilation data. Please refer details on the coming manuscript of Global Atmospheric Water Balance and Runoff from Large River Basins, by Taikan OKI et al., in the Hydrological Processes, 9, 655-678, 1995. The atmospheric data used in below figures are updated from 1985-1988 to 1989-1992. File sizes are approximately 20KB each.

• Albany River
• Amazonas River
• Amu-Darya River
• Amur River
• Brahmaputra River
• Brazos River
• Burdekin River
• Changjiang River
• ChaoPhraya River
• Chari River
• Churchill River
• Colorado River
• Columbia River
• Congo River
• Cubango River
• Danube River
• Dniepr River
• Don River
• Elbe River
• Euphrates River
• Fitzroy River
• Fraser River
• Ganges River
• Godavari River
• Huaihe River
• Huanghe River
• Indigirka River
• Indus River
• Irrawaddy River
• Kolyma River
• Krishna River
• Kura River
• Lena River
• Limpopo River
• Loire River
• Mackenzie River
• Magdalena River
• Mekong River
• Mississippi River
• Murray River
• Nelson River
• Neva River
• Niger River
• Nile River
• Northern_Dvina River
• Ob River
• Odra River
• Olenek River
• Orange River
• Orinoco River
• Parana River
• Parnaiba River
• Pechora River
• Rhein River
• RioGrande River
• Santiago River
• Sao_Francisco River
• Senegal River
• St._Lawrence River
• Syr-Darya River
• Tocantins River
• Ural River
• Volga River
• Volta River
• Wisla River
• XiJiang River
• Yana River
• Yenisey River
• Yukon River
• Zambeze River

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