An Integrated simulation system of meteorological and hydrological models for predicting dam water availability

Oba, Ryoji*; Bushnak, A.*; Kojiri, Toshiharu*; Matsuura, Tomonori*; Nagai, Haruyasu

Proceedings of the 3rd International Conference on Water Resources and Arid Environments 2008 and the 1st Arab Water Forum (Internet), 12 Pages, 2008/11

no abstracts in English

The Method for decrease of helium gas leak with double O-ring rubber gasket

Oba, Toshihiro; Kikuchi, Taiji; Taka, Isamu; Isozaki, Futoshi*; Chiba, Masaaki; Ishikawa, Kazuyoshi; Inoue, Hiromi*; Terunuma, Isao*; Sawabe, Masaki*; Tsuda, Kazumi*; et al.

JAERI-Tech 2001-067, 29 Pages, 2001/11

JAERI-Tech-2001-067.pdf:1.93MB

no abstracts in English

Integrated simulation system of dam availability, using meteorological and hydrological models

Oba, Ryoji*; Bushnak, A.*; Kojiri, Toshiharu*; Matsuura, Tomonori*; Nagai, Haruyasu

no journal, , 

It is a very difficult task to select a site of recharge dam in Kingdom of Saudi Arabia, because rainfall events is very rare and there is no discharge data of water flow in river. It is also very difficult to estimate storage water volume at each dam from limited meteorological data observed, because observation sites are so few that they sparsely exist. Japanese national project team for global water cycle developed an integrated simulation system constituted by simulation models of rainfall, water discharge and ground water. This model system is presented and its applicability to the water management in the Kingdom of Saudi Arabia is discussed.