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業績リスト

Refereed articles:

  1. 藪内友佑, 大石雅人, 釘﨑佑樹. 渡辺晋生, 2026, 地下水流下における凍土柱結合時の温度挙動に関する検討―等温線挙動に着目した閉塞判定の可能性―, 農業農村工学会論文集, in press
  2. Shun Kikuchi, Hirotaka Saito, Masato Oishi, Kunio Watanabe, Yusuke Yabuchi, 2026, Determining representative length in analytical model for artificial ground freezing: A mumerical study, Cold Regions Scienc and Technology, 245, 104842, https://doi.org/10.1016/j.coldregions.2026.104842
  3. Ying Zhao, Ce Zheng, Alexander Gelfan, Kunio Watanabe, Haojie Liu,Stephanie Wright, Xiaolong Wu, William Quinton, Yi Wang, Shuhua Yi, Yongyong Zhang, Yujie Shi, Wentao Jiao, 2026, Frozen soil hydrological processes and their effects: A review and synthesis, Reviews of Geophysics, Reviews of Geophysics, 64, e2024RG000839. https://doi.org/10.1029/2024RG000839.
  4. Nobuhito Sekiya, Ayaka Mae, Mchuno Alfred Peter, Maiko Goto, Hinata Kato, Shunsuke Ichikawa, Kunio Watanabe, 2025, Soil microbes and organic fertilizer efficiency are associated with rice field topography, Scientific Reports, 15, 249390; https://doi.org/10.1038/s41598-025-09111-x
  5. Nobuhito Sekiya, Ayaka Mae, Mchuno Alfred Peter, Beno Kiwale, Anton, Tasuku Eigen, Saki Yamayoshi, Masaru Sakai, Kunio Watanabe, Takaharu Kameoka, 2024, Sustainable nitrogen management in rice farming: spatial patterns of nitrogen availability and implications for community-level practices, Sustainability, 16(22), 9880; https://doi.org/10.3390/su16229880
  6. 佐藤（金子）のぞみ, 飯島慈裕, 岡島賢治, 関谷信人, 渡辺晋生, 2024, UAS リモートセンシングによる水田土壌化学性の推定精度にピクセル抽出範囲と撮影高度が与える影響, 土壌の物理性, 158, 29-42
  7. Kenta Suzuki and Kunio Watanabe, 2023, Observation of ice lensing in directionally frozen soil using a hyperspectral camera, Proceedings of International Symposium on Ground Freezing, 41-47
  8. Nozomi Kaneko Sato, Takeshi Tsuji, Yoshihiro Iijima, Nobuhito Sekiya and Kunio Watanabe, 2023, Predicting rice lodging risk from the distribution of available nitrogen in soil using UAS images in a paddy field, Sensors, 23, 6466, doi.org/10.3390/s23146466
  9. 徳本家康, 廣住豊一, 坂井勝, 西脇淳子, 加藤千尋, 渡辺晋生, 溝口勝, 石川洋平, 2022, 放射線教育のためのアプリケーション開発とその実践例, 電気学会論文誌A, 142(7), 300-306. doi:10.1541/ieejfms.142.300.
  10. 奥田涼太, 渡辺晋生, 2021, 土壌水分量が異なる黒ボク土の凍結過程における熱移動メカニズム, 農業農村工学会論文集, 89(1), I_173-I_180, doi:10.11408/jsidre.89.I_173
  11. Kazuyuki Saito, Kunio Watanabe, Shigenori Haginoya, Kazuo Takeda, Tetsuo Sueyoshi, Tomoyoshi Hirota, Masaru Mizoguchi, Koichiro Harada, Hiromasa Hosaka, Masato Kimura and Hironori Yabuki, 2020, Database for ground temperature and freezing depth in Japan, Polar Data Journal, 4, 83-96.
  12. 武藤由子, 堂山貴広, 中西真紀, 渡辺晋生, 2019, 蒸発過程にある黒ボク土中における硝化を伴う窒素の挙動解析とATP量測定, 農業農村工学会論文集, 309, Ⅰ_281-Ⅰ_288
  13. 長田友里恵, 相馬啓, 青木信哉, 渡辺晋生, 2019, 帯鋼補強土壁の交換への地盤凍結工法の適用, 土壌の物理性, 143, 17-23.
  14. 渡辺晋生, 中西真紀, 草深有紀, 武藤由子, 2019, 不飽和浸透過程にある異なる温度の黒ボク土中のアンモニア態窒素の硝化, 農業農村工学会論文集, 308, I_1-I_8
  15. Kunio Watanabe and Yurie Osada, 2017, Simultaneous measurement of unfrozen water content and hydraulic conductivity of partially frozen soil near 0°C, Cold Regions Science and Technologyl, 142, 79-84, doi: 10.1016/j.coldregions.2017.08.002
  16. 釘﨑佑樹, 渡辺晋生, 2017, 土壌凍結層の融解にともなう土中の水分移動, 農業農村工学会論文集, 305(85-2).I_191-I_198
  17. 武藤由子, 窪田有真, 桐山直盛, 渡辺晋生, 2017, 圃場における土壌水分量と電気伝導率の連続観測のための5TEセンサーの簡易な原位置キャリブレーション, 土壌の物理性, 137, 3-9.
  18. Kunio Watanabe and Yuki Kugisaki, 2017, Effect of macropores on soil freezing and thawing with infiltration, Hydrological Processes, 31, 270-278, doi: 10.1002/hyp.10939
  19. Chiemi Iba, Yoko Taniguchi, Keigo Koizumi, Kunio. Watanabe, Katsuhiko. Sano, Chunze Piao, Mizuho Yoshioka, 2016, Environmental monitoring and surface treatment tests for conservation of the rock hewn church of Uzumlu, cappadocia, Hughes, J., & Howind, T. (Eds.), Science and Art: A Future for Stone: Proceedings of the 13th International Congress on the Deterioration and Conservation of Stone, Volume 2, 1145-1152, Paisley: University of the West of Scotland. [PDF]
  20. Kunio Watanabe and Yurie Osada, 2016, Comparison of hydraulic conductivity in frozen saturated and unfrozen unsaturated soils, Vadose Zone Journal, doi: 10.2136/vzj2015.11.0154
  21. 武藤由子, 渡辺晋生, 山本清仁, 倉島栄一, 2015, 5TEセンサーで測定した土壌水分量の簡易補正と電気伝導率の検証, 農業農村工学会論文集, 296, I-9-I-17..
  22. 凍土分科会, 2014, 凍土の知識-人工凍土壁の技術-, 雪氷, 76(2), 179-192.
  23. Barret Kurylyk and Kunio Watanabe, 2013, Review: The mathematical representation of freezing and thawing processes in variably-saturated, non-deformable soils, Advances in Water Resources, 60, 160-177doi:10.1016/j.advwatres.2013.07.016
  24. 渡辺晋生, 和気朋己，2013, 凍結過程にある不飽和砂中の水分移動と透水係数に溶質移動が及ぼす影響, 雪氷, 75(5), 253-261. [PDF]
  25. 渡辺晋生, 長田友里恵, 坂井勝, 2013, 水分吸脱着測定装置"AquaLab VSA"を用いた低水分領域の水分保持曲線の測定, 土壌の物理性, 124, 43-49. [PDF] .
  26. 武藤由子, 加藤希枝, 渡辺晋生, 2013, 蒸発過程にある土中の酸化還元電位の変化, 農業農村工学会論文集, 284, 23-29.
  27. 山口悟, 渡辺晋生, 石井吉之, 2012, 積雪内部の水分移動に関する実験的研究, 日本水文科学会誌, 42(3), 89-99.
  28. Kunio Watanabe, Tetsuya Kito, Shuhui Dun, Joan Q. Wu, R. Cory Greer and Markus Flury, 2013, Water infiltration into a frozen soil with simultaneous melting of the frozen layer, Vadose Zone Journal, 12, doi:10.2136/vzj2011.0188.
  29. Kunio Watanabe, Megumi Takeuchi, Yurie Osada and Kazumasa Ibata. 2012, Micro chilled-mirror hygrometer for measuring water potential in relatively dry and partially frozen soils. Soil Science Society of American Journal, 76, 1938-1945, doi:10.2136/sssaj2012.0070.
  30. Satoru Yamaguchi, Kunio Watanabe, Takafumi Katsushima, Atsushi Sato, and Toshiro Kumakura, 2012, Dependence of the water retention curve of snow on snow characteristics, Annals of Glaciology, 53(61), 6-12, doi:10.3189/2012AoG61A001.
  31. Satoshi Akagawa, Go Iwahana, Kunio Watanabe, Evgeny M. Chuvilin and Vladimir A. Istomin, 2012, Improvement of pulse NMR technology for determination of unfrozen water content in frozen soils, In Proceedings of 10th international conferenc on Permafrost, 21-26.[PDF]
  32. Kunio Watanabe, Tetusya Kito, Tomomi Wake, Masaru Sakai, 2011, Freezing experiments on unsaturated sand, loam and silt loam, Annals of Glaciology, 52(58), 37-43[PDF].
  33. 渡辺晋生, 紀藤哲矢, 坂井勝, 取出伸夫, 2010, 凍結面近傍の不凍水量変化に基づく凍土の水分特性曲線と不飽和透水係数の検討, 土壌の物理性, 116, 9-18.[PDF]
  34. 取出伸夫, 渡辺晋生, 中川絢子, 2010, 土中への水の浸潤　4. 成層土, 土壌の物理性, 116, 27-35.[PDF]
  35. 取出伸夫, 渡辺晋生, 久行雄大, 坂井勝, 2010, 土中への水の浸潤　3. Green and Amptモデル, 土壌の物理性, 115, 51-60.[PDF]
  36. 渡辺晋生, 大森陽介, 和気朋己, 坂井勝, 2010, サーモTDRによる凍土の不凍水分量・熱伝導率の同時測定 , 雪氷,72(3), 157-168.
  37. 取出伸夫, 渡辺晋生, 森﨑大樹, 2010, 土中への水の浸潤　2. 初期水分量の及ぼす影響, 土壌の物理性, 114, 71-80.[PDF]
  38. 取出伸夫, 渡辺晋生, 坂井勝, 2009, 土中への水の浸潤　1. フラックス境界と圧力境界条件, 土壌の物理性, 113, 31-41.[PDF]
  39. Kunio Watanabe and Tomomi Wake, 2009, Measurement of unfrozen water content and relative permittivity of frozen unsaturated soil using NMR and TDR, Cold Regions Science and Technology, 59(1), pp. 34-41 doi:10.1016/J.coldregions.2009.05.011.
  40. Kunio Watanabe and Markus Flury, 2008, Capillary bundle model of hydraulic conductivity for frozen soil, Water Resour. Res., 44, W12402, .doi:10.1029/2008WR007012.
  41. Kunio Watanabe and Misako Ito, 2008, In situ observation of the distribution and activity of microorganisms in frozen soil, Cold Regions Science and Technology,54, 1-6, [doi:10.1016/j.coldregions.2007.12.004]
  42. Kunio Watanabe and Tomomi Wake, 2008, Hydraulic Conductivity of Frozen Unsaturated Soil, In Proceedings of 9th International Conference on Permafrost, 147-152.[PDF]
  43. 渡辺晋生, 取出伸夫, 坂井勝・Jiri Simunek, 2007, 凍結を伴う土中の水分・熱・溶質移動モデル, 土壌の物理性, 106, 21-32..[PDF]
  44. Kunio Watanabe, Yokokawa Kosuke and Muto Yoshiko, 2006, Observation of frost heave of THF clathrate hydrate on porous glass powder,In Cold Regions Engineering 2006; Current practices in cold regions engineering; proceedings of the 13th international conference (ed. Davies, Michael et al.), Proceedings of the International Symposium on Cold Regions Engineering, 13, 10 p. [PDF]
  45. 渡辺晋生, 横川公亮, 武藤由子, 2004, ガラス粉体中のTHFクラスレートハイドレートの凍上現象, 土壌の物理性, 96, 83-88. [PDF]
  46. 武藤由子, 渡辺晋生, 新庄彬, 2004, 減圧が基質添加後の団粒の全炭素量に与える影響, 土壌の物理性, 96, 65-70. [PDF]
  47. 渡辺晋生, 中西健一, 2003, 蛍光x線分光分析を用いた凍結過程にあるガラス粉体中のカドミウム濃度分布の観察, 農業土木学会論文集, 228, 99-104.
  48. Kunio Watanabe, Hideki Kiyosawa, Kazunari Fukumura, Tadataka Ezaki and Masaru Mizoguchi,2003, Spatial and temporal variation of thaw depth in Siberian tundra near Tiksi, In Proceedings of 8th international conferenc on Permafrost, 1211-1216. [PDF]
  49. Kunio Watanabe and Masaru Mizoguchi, 2002, Amount of unfrozen water in frozen porous media saturated with solution, Cold Regions Science and Technology, 34 (2), 103-110. [PDF]
  50. Kunio Watanabe, 2002, Relationship between growth rate and supercooling in the formation of ice lenses in a glass powder, Journal of Crystal Growth, 237-239Part3, 2194-1298. [PDF]
  51. Kunio Watanabe, Yoshiko Muto and Masaru Mizoguchi, 2001, Water and solute distributions near an ice lens in a glass-powder medium saturated with sodium chloride solution under unidirectional freezing, Crystal Growth and Design, 1, pp. 207-211. [PDF]
  52. 武藤由子, 渡辺晋生, 石崎武志, 溝口勝, 2001, ガラス多孔質体中のアイスレンズの観察　-アイスレンズの成長と含水比について-, 雪氷, 63, 3-9.[PDF]
  53. Kunio Watanabe and Masaru Mizoguchi, 2000, Ice configuration near a growing ice lens in a freezing porous medium consisting of micro glass particles, Journal of Crystal Growth, 213, pp. 145-140. [PDF]
  54. 渡辺晋生, 溝口勝, 清澤秀樹, 兒玉裕二, 2000, シベリアのツンドラにおける活動層土壌の層位と物理的性質, 水文・水資源学会誌, 13, 9-16.
  55. Kunio Watanabe, Yoshiko Muto and Masaru Mizoguchi, 2000, A model for the formation of ice lenses in an unconfined, water-saturated, porous medium consisting of spherical particles, Ground Freezing 2000 ed. J-F Thimus, pp. 55-60. [PDF(1),PDF(2)]
  56. 渡辺晋生, 武藤由子, 溝口勝, 1999, ガラス粉粒体中の層状氷生成モデル, 雪氷, 61, 207-214.[PDF]
  57. 武藤由子, 渡辺晋生, 石崎武志, 溝口勝, 1998, ガラスビーズ中におけるアイスレンズ形成過程の顕微鏡観察, 農業土木学会論文集, 194, 97-103.
  58. Yoshiko Mutou, Kunio Watanabe, Takeshi Ishizaki, Masaru Mizoguchi, 1998, Microscopic observation of ice lensing and frost heaves in glass beads , In Proceedings of 7th International Conference on Permafrost, ed. A. G. Lewkowiez and M. Allard, 783-787. [PDF]
  59. Kunio Watanabe, Masaru Mizoguchi, Takeshi Ishizaki and Masami Fukuda, 1997, Experimental study on microstructure near freezing front during soil freezing, Ground Freezing 97, ed. S. Knutsson, pp. 187-192. [PDF(1), PDF(2)]
  60. 渡辺晋生, 溝口勝, 石崎武志, 1997, 凍結過程における土の凍結面近傍の微視的構造についての実験研究, 農業土木学会論文集, 191, 51-58.

Book chapters:

  1. ドロえもん博士と仲間たち, 2019, ドロえもん博士のワクワク教室「土ってふしぎ！？」, 東方通信社, ISBN：978-4-924508-27-9
  2. 日本雪氷学会 監修　高橋修平・渡辺興亜 編著, 2016, 雪と氷の疑問60　みんなが知りたいシリーズ2, 成山堂書店, ISBN978-4-425-51421-2
  3. 日本雪氷学会, 2014, 新版　雪氷辞典, 古今書院, ISBN4-7722-4173-6
  4. 渡辺晋生, 2008, 凍結・融解過程による多孔質体中の水分・溶質移動, 多孔体の精密制御と機能･物性評価, pp.399-407, Science&Technology, ISBN978-4-903413-34-1
  5. ウイリアム・ジュリー,ロバート・ホートン著,取出伸夫監訳,井上光弘,長裕幸,西村拓,諸泉利嗣,渡辺晋生訳, 2006, 土壌物理学　-土中の水・熱・ガス・化学物質移動の基礎と応用-, 築地書館，ISBN4-8067-1324-4


プロシーディングス・解説他:

  1. 渡辺晋生, 2023, 不飽和凍土の透水機構 , 地盤工学会誌, 71(7), 6-9.
  2. 渡辺晋生, 2021, 積雪中の水分移動解析と土壌物理モデル　― 間隙構造が決定づける多孔質体の保水性と移動特性 ― , 雪氷, 83(6), 547-554.
  3. 取出伸夫, 渡辺晋生, 2020, 階層的な団粒構造が生み出す土の保水と物質移動特性, 粉体技術, 12(12), 942-947.
  4. 廣住豊一, 徳本家康, 坂井勝, 西脇淳子, 加藤千尋, 渡辺晋生, 塩澤仁行, 溝口勝, 2020, 放射線教育のための子ども向けデジタル絵本アプリケーション, 水土の知, 88(1), 19-22.
  5. 廣住豊一, 神長唯, 徳本家康, 西脇淳子, 坂井勝, 加藤千尋, 渡辺晋生, 溝口勝, 2019, 三重県四日市市における放射線教育アウトリーチ活動の展開, 水土の知, 87(11), 31-34.
  6. 西脇淳子, 徳本家康, 坂井勝, 加藤千尋, 廣住豊一, 渡辺晋生, 塩澤仁行, 溝口勝, 2018, 復興農学事業における福島研飯舘村での稲刈り体験・現場見学解, 水土の知, 86(1), 31-34.
  7. 廣住豊一, 坂井勝, 神長唯, 徳本家康, 西脇淳子, 加藤千尋, 渡辺晋生, 溝口勝, 2017, 「四日市公害と環境未来館」における福島県外初の復興農学実験講座, 水土の知85(11), 1037-1040.
  8. Yoko Tanicuthi, Keigo Koizumi, Chiemi Iba, Kunio Watanabe, Katsuhiko Sano, Piao Chunze, Hatic Temur, Ayca Basturkmen, Ugur Yalcinkaya, Mustafa Toptepe, 2016, Scientific research for conservation of rock-hewn church, Uzumlu (Cappadocia) in 2015: Chapel of niketas the stylite in Red Valley, 38th International Symposium of Excavations, Surveys and Archaeometry, pp.525-544.
  9. M. Yoshioka, C. Iba, K. Watanabe, Y. Taniguchi, K. Koizumi, K. Sano, C. Piao, 2016, Effects of water repellent on frost damage in outer walls of rock-hewn churchs in Cappadocia, Turkey, Proc. the CESBP Central European Symposium on Building Physics and BauSIM 2016, 277-284.
  10. 加藤千尋, 坂井勝, 西脇淳子, 徳本家康, 廣住豊一, 渡辺晋生, 塩澤仁行, 溝口勝, 2016, 福島県内小学校における復興農学出前授業, 水土の知, 84(6), 479-482.
  11. 渡辺晋生, 米山明男, 竹谷敏, 長田友里恵, 伴俊和, 2015, X線マイクロCTを用いた不飽和土中の間隙構造と水分保持形態の観察, Photon Factory Activity Report 2014 #32, B-356 [PDF]
  12. Kunio Watanabe, 2015, Monitoring and estimation of water and heat flows in the rocks at the base of ?z?ml? church, Scientific studies on conservation for Uzumlu Church and its wall paintins in Cappadocia, Turkey, Vol. 1: Annual report on the activities in 2014.[PDF]
  13. 斉藤和之，末吉哲雄，渡辺晋生，武田一夫，2013, 日本国内地温・凍結深データの収集・整備, 雪氷, 75(5), 291-296. [PDF]
  14. 渡辺晋生, 津本陽一, 紀藤哲矢, 2012, 凍結層を持つ土中への硝酸塩溶液の浸潤，土壌水分ワークショップ論文集, 67-72.[PDF]
  15. 斉藤和之, 末吉哲雄, 渡辺晋生, 武田一夫, 2011, 日本国内の地温・凍結深データの収集・整備について，土壌水分ワークショップ論文集, 61-63.
  16. 渡辺晋生, 2009, 凍土中で凍らない水の測定法とモデル，土壌水分ワークショップ論文集, pp 21.1 - 21.8..[PDF][招待論文]
  17. Kunio Watanabe, 2008, Water and heat flow in a directionally frozen silty soil. In: H. Saito, M. Sakai, N. Toride and J. Simunek (eds.), Proc. of The Third HYDRUS Workshop, June 28, 2008, Tokyo University of Agriculture and Technology, Tokyo, Japan, ISBN 978-4-9901192-5-6, pp. 15-22, 2008.[PDF]
  18. 渡辺晋生, 2004, 一方向凍結法による土壌浄化, Materials Integration, 17, 39-44. [PDF]
  19. 渡辺晋生, 2003, 凍上現象とその利用について, 資料：凍結と凍上現象の地盤改良への適用に関するワークショップ, pp 13-18.
  20. Kunio Watanabe, Tadataka Ezaki, Kazunari Fukumura, Masaru Mizoguchi and Hideki Kiyosawa, 2001, Variability of thaw depth depending on surface micro-undulation and vegitation cover in the Siberian tundra, In Proceedings of the 5th International Study Conference on GEWEX in Asia and GAME, vol. 3, Nagoya, Japan, pp. 632-636. [PDF]
  21. 渡辺晋生, 2000, アイスレンズの成長面近傍の微視的観察とその生成モデル, 土壌の物理性, 84, 49-56.[PDF]
  22. Tadataka Ezaki, Kunio Watanabe, Masaru Mizoguchi and Hideki Kiyosawa, 2000, Estimating the spatial distribution of thaw depth in the Siberian tundra near Tiksi from ground surface images relating with micro undulation and vegetation, Activity Report of GAME-Siberia 1999, pp 23-24. [PDF]
  23. Yohiko Muto, Kunio Watanabe, Masaru Mizoguchi and Takeshi Ishizaki, 1999, Experimental study of frost heaving using glass particles. EOS, Transactions, AGU 80 (American Geophysical Union Fall Meeting, San Francisco, USA) p F427.
  24. Kunio Watanabe, Masaru Mizoguchi, Norihumi Satou and Yuji Kodama , 1999, Classification of active layer soil along a line in Siberian wetland. In Proceedings of 3rd International Scientific Conference on the Global Energy and Water Cycle, Beijing, China, pp. 300-301. [PDF]
  25. Masaru Mizoguchi, Kunio Watanabe, Kazunari Fukumura and Hideki Kiyosawa, 1999, Spatial distribution of active layer on a hillslope in Siberian tundra. In Proceedings of 3rd International Scientific Conference on the Global Energy and Water Cycle, Beijing, China, 302-303. [PDF]
  26. Kunio Watanabe and Masaru Mizoguchi, 1999, Pit observations of active layer in tundra wetland near Tiksi, Siberia, Activity Report of GAME-Siberia 1998, pp 37-42. [PDF]
  27. Masaru Mizoguchi, Kunio Watanabe, Kazunari Fukumura and Hideki Kiyosawa, 1999, Spatial distribution of active layer on a hillslope in Siberian tundra, Activity Report of GAME-Siberia 1998, pp 35-36. [PDF]
  28. Kunio Watanabe, Masaru Mizoguchi, Norifumi Satou and Yuji Kodama, 1998, Physical properties of active layer soil in Siberian wetland, Activity Report of GAME-Siberia 1996-1997, pp 60-62. [PDF]
  29. Masaru Mizoguchi, Kunio Watanabe and Yuji Kodama, 1998, Spatial variation of active layer thickness in Siberian tundra, Activity Report of GAME-Siberia 1996-1997, pp 54-56.
  30. Kunio Watanabe, 1996, Microscopic observation of ice crystal growth in clay. In Proceedings of Sapporo Conference on the Chemistry of Clays and Clay Minerals, Sapporo, Japan, p. 149.
  31. Masaru Mizoguchi and Kunio Watanabe, 1994, A study on behavior of unfrozen interlayer water in clay by MD method, Agronomy Abstracts 248, Seattle, USA.


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