1. 1) ダム工学会・ダム貯水池課題研究部会 ダム大規模洪水対応WG（座長：角哲也）：大規模洪水時におけるダム効果の情報発信（令和5年3月），http://www.jsde.jp/daikibokouzuiteigen.pdf, [JSDE WG, Information dissemination of the dam effect at large scale flooding] (2023年5月24日アクセス)
2. 2) 国土交通省：川辺川ダムが存在した場合の効果の推定について．例えば http://www.qsr.mlit.go.jp/yatusiro/site_files/file/bousai/gouukensho/sankousryou/sankousiryou-kawabe.pdf http://www.qsr.mlit.go.jp/yatusiro/site_files/file/bousai/gouukensho/20201006shiryou3.pdf [MLIT, Estimation of the effect of Kawabegwa dam if exists] (2023年5月24日アクセス)
3. 3) Kenichiro Kobayashi, Le Duc, Takuya Kawabata, Atsushi Tamura, Tsutao Oizumi, Kazuo Saito, Daisuke Nohara and Tetsuya Sumi：Ensemble rainfall–runoff and inundation simulations using 100 and 1000 member rainfalls by 4D LETKF on the Kumagawa River flooding 2020, Prog Earth Planet Sci 10, 5, https://doi.org/10.1186/s40645-023-00537-3, 2023
4. 4) 星清・山岡勲：雨水流法と貯留関数法との相互関係，第26回水理講演会論文集，pp. 273-278, 1982. https://doi.org/10.2208/prohe1975.26.273 [Hoshi, K. and Yamaoka, I, A relationship between Kinematic wave and Storage Routing Model, Proceedings of the Japanese Conference on Hydraulics, Vol. 26, pp. 273-278, 1982]
5. 5) Duc L., T. Kawabata, K. Saito, and T. Oizumi：Forecasts of the July 2020 Kyushu Heavy Rain Using a 1000-Member Ensemble Kalman Filter, SOLA, 17, 41-47, 2021, https://doi.org/10.2151/sola.2021-007