松本淳・財城真寿美・三上岳彦・小林茂. 2017. データレスキューによるアジアの気候変動解明.  E-journal GEO, 12(1), 168-172. PDF


Nagata R. and Mikami T., 2016. Changes in the relationship between summer rainfall over Japan and the North Pacific subtropical high, 1901-2000. International Journal of Climatology, DOI: 10.1002/joc.4915

Demarée, G.R., Beillevaire, P., Tsukahara, T., Mikami, T., Tagami, Y., Zaiki, M. 2016. Les séismes à Okinawa : les annotations du Père Louis Furet, missionnaire apostolique. Ciel et Terre 132(1): 2-10.


Mikami T, Zaiki M and Hirano J ( B. L. Batten and P. C. Brown edit ), 2015.  “A History of Climatic Change in Japan” in “Environment and Society in the Japanese Island”, 197-212 (291p.), Oregon State University Press, U.S.A.

Hirano J and Mikami T. 2015. Long-term changes in summer temperature anomaly patterns in Japan since the early 20th century. International Journal of Climatology 35: 3676-3690.

Grossman M. J., Zaiki M., Nagata R. 2015. Interannual variations in typhoon tracks around Japan. International Journal of Climatology 35: 2514-2527.


財城真寿美・木村圭司・戸祭由美夫・塚原東吾. 2014. 幕末期(1859-1862年)のロシア領事館における気象観測記録と気象庁データの均質化にもとづく函館の気温の長期変動. 地理学論集, 89: 20-25. PDF


財城真寿美・三上岳彦. 2013. 東京における江戸時代以降の気候変動. 地学雑誌, 122: 1010-1019. PDF

平野淳平・大羽辰矢・森島済・財城真寿美・三上岳彦. 2013. 山形県川西町における古日記天候記録にもとづく1830年代以降の7月の気温変動復元. 地理学評論, 86A: 451-464.

三上岳彦・財城真寿美・平野淳平, 2013. 歴史気候学研究の現状と展望 -歴史気候記録と古気象観測記録のデータバンク構築に向けて. 歴史地理学, 55-5: 1-9.

平野淳平・三上岳彦・財城真寿美, 2013. 古日記天候記録による19世紀以降の気候復元. 歴史地理学, 55-5: 39-47.

Demaree G.R., Mikami T., Tsukahara T. and Zaiki M., 2013. The meteorological observations of the “Vereenigde Oost-Indische Compagnie (VOC)” – What can be learned from them ?, The Historical Geography (Rekishi-Chirigaku), 55-5: 99-106.


Zaiki M, Grossman M, Mikami T. 2012. Document-based reconstruction of past climate in Japan. PAGES news 20(2): 82-83. PDF

平野淳平・大羽辰矢・森島済・三上岳彦, 2012. 山形県川西町における古日記天候記録にもとづく1830年代以降の冬季気温の復元. 地理学評論, 85A: 275-286.


Hirano J, Matsumoto J. 2011. Secular and seasonal variations of winter monsoon weather patterns in Japan since the early 20th century. International Journal of Climatology 31: 2330–2337. PDF


Nagata R. and Mikami T. 2010. Response of the summer atmospheric circulation over East Asia to SST variability in the tropical Pacific. International Journal of Climatology,  30: 813-826. PDF


Zaiki M, Konnen GP, Kimura K, Mikami T, Tsukahara T. 2009. Reconstruction of historical pressure patterns over Japan using two-point pressure-temperature datasets since the 19th century. Climatic Change 95: 231-248.

Grossman M, Zaiki M. 2009. Reconstructing typhoons in Japan in the 1880s from documentary records. Weather 64: 315-322. PDF


Mikami T. 2008. Climatic variation in Japan reconstructed from historical documents. Weather (U.K.),, 63: 190-193. PDF

Zaiki M, Tsukahara T. 2008. Meteorological networking and academic research in meteorology at the southern frontier of the Empire. East Asian STS (Science, Technology and Society) Journal 1: 183-203.

Zaiki M, Jones PD, Tsukahara T. 2008. The nineteenth century 1841-1883 temperature records in Beijing, China. Geographical Reports of Tokyo Metropolitan University 43: 69-76. PDF

Hirano J, Mikami T. 2008. Reconstruction of winter climate variations during the 19th century in Japan. International Journal of Climatology 28: 1423–1434. PDF


Akasaka I., Mikami T. and Morishima W. 2007. Seasonal march and its spatial difference of rainfall in the Philippines.  International Journal of Climatology,  27: 715-725. PDF


Zaiki M, Können GP, Tsukahara T, Mikami T, Matsumoto K, and Jones PD. 2006. Recovery of 19th century Tokyo/Osaka meteorological data in Japan. International Journal of Climatology 26: 399-423. PDF


三上岳彦 2005.過去1000年間の気候変動と21世紀の気候予測.地学雑誌114:91-96.PDF


Können GP, Zaiki M, Baede APM, Mikami T, Jones PD, Tsukahara T. 2003. Pre-1872 extension of the Japanese instrumental meteorological observation series back to 1819. Journal of Climate 16: 118-131. PDF


Mikami T. 2002. Summer and winter temperature reconstructions in Japan. PAGES Newsletter, 10(3): 17-18. PDF

Zaiki M, Kimura K, Mikami T. 2002. A statistical estimate of daily mean temperature derived from a limited number of daily observations. Geophysical Research Letters 29(18): 39.1-39.4.