大阪府の局地気象
都市気候
Yukitaka OHASHI, Makoto SUIDO, Yukihiro KIKEGAWA, Tomohiko IHARA, Yoshinori SHIGETA, and Minako NABESHIMA (2016)
Impact of seasonal variations in weekday electricity use on urban air temperature observed in Osaka, Japan.
Quarterly Journal of the Royal Meteorological Society,pVol.142, Issue 695 (January), pp.971-982.
循環器・呼吸器疾患
Yukitaka OHASHI, Yuya TAKANE, and Ko NAKAJIMA (2022)
Impact of the COVID-19 pandemic on changes in temperature-sensitive cardiovascular and respiratory disease mortality in Japan.
PLoS ONE (PLOS), Vol.17, No.10, e0275935.
関連：詳細内容はこちら
＊ 第24回環境情報科学センター賞 (学術論文賞) 受賞
大橋 唯太・井原 智彦 (2022)
一般化加法モデル（GAM）を用いた循環器系疾患の死亡率と気象・気候の関係分析.
日本生気象学会雑誌 (日本生気象学会), Vol.59, No.3・4, pp.101-114.
＊ 第24回環境情報科学センター賞 (学術論文賞) 受賞
Yukitaka OHASHI, Akari MIYATA, and Tomohiko IHARA (2021)
Mortality sensitivity of cardiovascular, cerebrovascular, and respiratory diseases to warm season climate in Japanese cities.
Atmosphere (MDPI), Special Issue: Impact of hot and cold spells for non-communicable diseases, Vol.12, Issue 12, 1546, OPEN ACCESS, doi:10.3390/atmos12121546.
＊ 第24回環境情報科学センター賞 (学術論文賞) 受賞
大橋 唯太・宮田 朱理・井原 智彦（2021）
暖候期における気候の年次差が脳心血管・呼吸器疾患の死亡に及ぼす影響．
日本気象学会2021年度秋季大会，三重大学，2021年12月．
大橋 唯太・新治 直之 (2019)
年による気候の違いが急性循環器疾患の増減に与える影響．
日本気象学会2019年度秋季大会，福岡国際会議場，2019年10月．
熱ストレス・熱中症リスク
高根 雄也・大橋 唯太・Sue GRIMMOND・原 政之（2022）
エアコンの仕様は屋外の熱ストレスをどのくらい悪化させるか？
日本気象学会2022年度秋季大会，北海道大学，2022年10月．
Yukihiro KIKEGAWA, Yukitaka OHASHI, Yuya TAKANE, and Tomohiko IHARA (2022)
A quantification of classic but unquantified positive feedback effects in the urban-building-energy-climate system.
IAUC Virtual Poster ConferenceIAUC Virtual Poster Conference, virtual, August 2022, abstract.
Yukihiro KIKEGAWA, Kazusa NAKAJIMA, Yuya TAKANE, Yukitaka OHASHI, and Tomohiko IHARA (2022)
A quantification of classic but unquantified positive feedback effects in the urban-building-energy-climate system.
Applied Energy (Elsevier), Vol.307, 118227, OPEN ACCESS, doi:10.1016/j.apenergy.2021.118227.
Yuya TAKANE, Yukitaka OHASHI, Sue GRIMMOND, Masayuki HARA, and Yukihiro KIKEGAWA (2020)
Asian megacity heat stress under future climate scenarios: impacts of air-conditioning feedback.
Environmental Research Communications (The Institute of Physics), Vol.2, No.1, open access.
髙根雄也・大橋唯太・Sue Grimmond・原政之・亀卦川幸浩 (2019)
空調の使用は都市の熱ストレスをどの程度悪化させるか？
日本気象学会2019年度秋季大会，福岡国際会議場，2019年10月．
Yuya TAKANE, Yukitaka OHASHI, Sue GRIMMOND, Masayuki HARA, and Yukihiro KIKEGAWA (2019)
Asian megacity heat stress in a future climate: impacts of air-conditioning feedbacks.
The EGU General Assembly 2019, Vienna (Austria), April 2019, abstract.
電力消費・建物エネルギー
Yuki HASHIMOTO, Yukitaka OHASHI, Minako NABESHIMA, Yoshinori SHIGETA, Yukihiro KIKEGAWA,
and Tomohiko IHARA (2019)
Sensitivity of electricity consumption to air temperature, air humidity and solar radiation at the city-block scale in Osaka, Japan.
Sustainable Cities and Society, Vol.45, pp.38-47.
Yukihiro KIKEGAWA, Kazusa NAKAJIMA, Yukitaka OHASHI, Yuki HASHIMOTO, and Tomohiko IHARA (2018)
Observational and computational quantification of the positive feedback interaction between urban climate and electricity consumption in Osaka.
10th International Conference of Urban Climate, New York (USA), August 2018．
Yuya TAKANE, Yukihiro KIKEGAWA, Masayuki HARA, Tomohiko IHARA, Yukitaka OHASHI, Sachiko A. ADACHI, Hiroaki KONDO, Kazuki YAMAGUCHI, and Naoki KANEYASU (2018)
A climatological validation of urban air temperature and electricity demand simulated by a regional climate model coupled with an urban canopy model and a building energy model in an Asian megacity.10th International Conference of Urban Climate, New York (USA), August 2018．
Yuki HASHIMOTO, Keiko MASUMOTO, Yukitaka OHASHI, Yukihiro KIKEGAWA, and Tomohiko IHARA (2018)
Survey and prediction of summertime indoor temperature and humidity in urban areas, Japan.
10th International Conference of Urban Climate, New York (USA), August 2018．
Takashi NISHIMOTO, Taichi TASHIRO, Yuki HASHIMOTO, Kazutaka YAMAGUCHI, Yukihiro KIKEGAWA, Yukitaka OHASHI, and Tomohiko IHARA (2018)
Development and verification of urban canopy - building coupled model considered multiple building types.
10th International Conference of Urban Climate, New York (USA), August 2018．
亀卦川 幸浩・山川 洋平・德竹 衿也・大橋 唯太・高根 雄也・井原 智彦・鍋島 美奈子 (2017)
日射と電力需要の再現性に着目した都市気象・建物エネルギー連成数値モデルの検証．
土木学会論文集Ｇ（環境）, Vol.73, No.2, pp.57-69．
Yuya TAKANE, Yukihiro KIKEGAWA, Masayuki HARA, Tomohiko IHARA, Yukitaka OHASHI, Sachiko A. ADACHI,Hiroaki KONDO, Kazuki YAMAGUCHI, and Naoki KANEYASU (2017)
A climatological validation of urban air temperature and electricity demand simulated by a regional climate model coupled with an urban canopy model and a building energy model in an Asian megacity.
International Journal of Climatology, Vol.37, Issue S1 August, pp.1035-1052.
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