1. 1) 牛山素行,本間基寛,横幕早季,杉村晃一:平成30年7月豪雨災害による人的被害の特徴,J. JSNDS,38巻 1号,pp. 29-54,2019.[Ushiyama, M., Honma, M., Yokomaku, S., and Sugimura, K. : Characteristics of victims caused by heavy rainfall disaster in July, 2018, J. JSNDS, Vol. 38, Issue 1, pp. 29-54, 2019.]
2. 2) 加藤輝之:アメダス3時間積算降水量でみた集中豪雨事例発生頻度の過去45年間の経年変化,天気,69巻5号,pp. 247-252,2022.[Teruyuki, K.: Past 45 years’ long-term trend of the occurrence frequency of heavy rainfall events in Japan extracted from three-hourly AMeDAS accumulated precipitation amounts, TENKI, Vol. 69, Issue5, pp. 247-252, 2022.]
3. 4) 中北英一,西脇隆太,山邊洋之,山口弘誠:ドップラー風速を用いたゲリラ豪雨のタマゴの危険性予知に関する研究,土木学会論文集 B1(水工学),69巻,4号,pp. I_325-I_330,2013.[Nakakita, E., Nishiwaki, R., Yamanabe, H., and Yamaguchi, K. : RESEARCH ON THE PROGNOCTIC RISK OF BABY CELL FOR GUERILLA-HEAVY RAINFALL CONSIDERING BY VORTICITY WITH DOPPLER VELOCITY, Transaction of the Japan Society of Civil Engineers B1, Vol. 69, Issue 4, pp. I_325-I_330,2013.]
4. 5) 小坂田ゆかり,中北英一:線状対流系の疑似温暖化実験における解像度依存性と将来変化のマルチスケール解析,土木学会論文集B1(水工学),76巻,2号,pp. I_1-I_6,2020.[Osakada, Y. and Nakakita, E. : MULTI-SCALE ANALYSIS ON PSEUDO GLOBAL WARMING EXPERIMENT FOR BACK-BUILDING RAINFALL BASED ON DIFFERENT RESOLUTIONS, Transaction of the Japan Society of Civil Engineers B1, Vol. 76, Issue 2, pp. I_1-I_6,2020.]
5. 6) 小坂田ゆかり,中北英一:平成30年7月豪雨の特徴および地球温暖化による影響評価,土木学会論文集 B1(水工学),76巻,1号,pp. 231-238,2019.[Osakada, Y. and Nakakita, E. : ABNORMALITY OF THE HEAVY RAINFALL EVENT IN JULY 2018 AND THE IMPACT ASSESSMENT OF GLOBAL WARMINGONIT, Transaction of the Japan Society of Civil Engineers B1, Vol. 76, Issue 1, pp. 231-238,2019.]