TOKIDA Takeshi

トキダタケシ | TOKIDA Takeshi

Affiliation and department：
Homepage URL (1)： http://tokida.sakura.ne.jp/

Research field (6)： Landscape science , Environmental agriculture , Agricultural environmental and information engineering , Rural environmental engineering and planning , Plant nutrition, soil science , Crop production science

Research keywords (19)： rhizosphere , 物質循環 , Free-Air CO2 Enrichment (FACE) , phenomics , stable isotope , FACE , yield , biogeochemistry , 土壌 , 湿原・湿地 , イネ , 水田 , 高CO2 , 地球温暖化 , メタン , paddy field , rice , global warming , methane

Research theme for competitive and other funds (22)：

2022 - 2025 嫌気的メタン酸化古細菌の水田土壌における分布と生態の解明
2022 - 2025 水田土壌中のメタン生成における電導性鉄酸化物と直接電子輸送の役割の解明
2022 - 2025 Elucidation of physicochemical properties and microbial processes for mitigation of N2O emission derived from organic matters in agricultural land.
2019 - 2022 低メタン性をもたらすイネ-土壌ー微生物系の包括的キャラクタリゼーション
2019 - 2021 バブル態メタンの土壌内挙動の解明とメタンガス運命予測モデルの構築

2018 - 2021 Is Tropical Peatland in SE Asia a huge CH4 source?

2018 - 2021 New insights into the methane emission processes from wetland ecosystems: A concerted activity of atmospheric chemistry and plant ecology researches

2017 - 2020 Tree-mediated methane emissions from wetland soils: controlling factors and mechanisms of CH4 emission in the mid- and high-latitude regions.

2016 - 2019 Isotope phenomics: the quest for ideal phenotypes of rice plants under elevated-CO2 world

2016 - 2019 Quantification of methane production and oxidation in the rice rhizosphere: an isotopic approach

2014 - 2017 Tree-mediated methane emissions in forested wetlands: rate-controlling factors and relative contribution to ecosystem methane flux

2014 - 2017 Nitrogen controlling carbon dynamics in rice-paddy ecosystems under climate change: Possible mechanisms to mitigate rice-paddy methane emissions

2013 - 2016 Development of continuous rapid measurements of carbon stable isotpe of carbon gases

2013 - 2015 CH4 transport mechanisms via rice plants: a new approach using isotopic fractionation of 13C-CH4

2011 - 2013 Effects of global warming on biodiversity and food chain in paddy field soil, as revealed by FACE experiment

2010 - 2012 Evaluation of effects of elevated CO_2 and rice varieties on the atmosphere paddy nitrogen cycle

2010 - 2011 Effects of high CO2 and source-sink balance of rice on methane emission from paddy field

2007 - 2009 水田におけるメタンバブル賦存量の計測技術の開発と貯留・放出に及ぼす変動要因の解明

2004 - 2007 湿地土壌の地下水面下で発生するメタンの挙動に関する研究

2007 - Effect of free-air CO2 enrichment and soil warming on methane emission from rice paddy field

2004 - 2006 Methane dynamics in natural wetlands

2004 - 2006 湿地土壌中におけるメタンの挙動と大気への放出メカニズムに関する研究

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Papers (107)：

Shuirong Tang, Weiguo Cheng, Samuel Munyaka Kimani, Keitaro Tawaraya, Takeshi Tokida, Mayumi Yoshimoto, Hidemitsu Sakai, Yasuhiro Usui, Hirofumi Nakamura, Miwa Y. Matsushima, et al. The effects of elevated CO2 and temperature on soil organic carbon and total nitrogen contents and mineralization in the 0 to 50 cm paddy soil layer were masked by different land use history. Soil Security. 2024. 16
Ali Pramono, Terry Ayu Adriany, Nourma Al Viandari, Helena Lina Susilawati, Anicetus Wihardjaka, Mas Teddy Sutriadi, Wahida Annisa Yusuf, Miranti Ariani, Rota Wagai, Takeshi Tokida, et al. Higher rice yield and lower greenhouse gas emissions with cattle manure amendment is achieved by alternate wetting and drying. Soil Science and Plant Nutrition. 2024. 70. 2. 129-138
Trong Nghia Hoang, Kazunori Minamikawa, Takeshi Tokida, Rota Wagai, Thi Xuan Phuong Tran, Thi Hoang Dong Tran, Dang Hoa Tran. Higher rice grain yield and lower methane emission achieved by alternate wetting and drying in central Vietnam. European Journal of Agronomy. 2023. 151. 126992
Toshiyuki Takai, Yojiro Taniguchi, Megumu Takahashi, Hideki Nagasaki, Eiji Yamamoto, Sakiko Hirose, Naho Hara, Hiroko Akashi, Jun Ito, Yumiko Arai-Sanoh, et al. MORE PANICLES 3 , a natural allele of OsTB1/FC1 , impacts rice yield in paddy fields at elevated CO ₂ levels. The Plant Journal. 2023
Guoyou Zhang, Kazuhiro Ujiie, Mayumi Yoshimoto, Hidemitsu Sakai, Takeshi Tokida, Yasuhiro Usui, Hitomi Wakatsuki, Miwa Arai, Hiroki Ikawa, Hirofumi Nakamaura, et al. Daytime warming during early grain filling offsets the CO2 fertilization effect in rice. Environmental Research Letters. 2022

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MISC (62)：

Terazawa Kazuhiko, Sakata Tadashi, Tokida Takeshi, Yamada Kenji, Ishizuka Shigehiro. Emission dynamics of soil-borne methane in a forested peatland of eastern Hokkaido, Japan. The Japanese Forest Society Congress. 2020. 131. 812
宮城敦子, 安達俊輔, 野口航, 常田岳志, 臼井靖浩, 中村浩史, 酒井英光, 長谷川利拡, 山本敏夫, 大川泰一郎, et al. イネにおける染色体部分置換がシュウ酸蓄積に及ぼす影響. 日本植物細胞分子生物学会大会・シンポジウム講演要旨集. 2018. 36th. 115
南川和則, 山口哲由, 常田岳志, 須藤重人, 八木一行. 水田水管理による温室効果ガス削減のためのMRV実施ハンドブック(英文). 農研機構農業環境変動研究センター成果情報(Web). 2017. 2017
日比野優子, 常田岳志, 大久保卓, 荒井美和, 林健太郎, 酒井英光, 長谷川利拡, 村瀬潤. 3-1-3 水稲根圏におけるメタン酸化食物連鎖の安定同位体プロービング法による解析(3-1 土壌生物の生態と機能,2017年度仙台大会). 日本土壌肥料学会講演要旨集. 2017. 63. 0. 28-28
江口定夫, 朝田景, 板橋直, 麓多門, 長谷川利拡, 常田岳志, 早野美智子, 片柳薫子, 島武男, 藤田裕, et al. 気候変動に対応した循環型食料生産等の確立のためのプロジェクト第1編農業分野における温暖化緩和技術の開発第1章農地及び草地におけるモニタリング・モデリングと全国評価 2 炭素・窒素統合循環モデルの構築. 農林水産省農林水産技術会議事務局研究成果. 2016. 557. 58-64

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Books (2)：

実践土壌学シリーズ4 土壌物理学
朝倉書店 2019
Physical controls on ebullition losses of methane from peatlands, In Northern Peatlands and Carbon Cycling, Gyophysical Monograph 184
American Geophysical Union 2009 ISBN:9780875904498

Lectures and oral presentations (15)：

水田からの経路別メタンフラックスの推定に向けた新チャンバ設置法
(日本土壌肥料学会2021年度北海道大会)
排出経路の違いから見たメタンフラックスの水稲品種間差
(日本土壌肥料学会2021年度北海道大会)
水田からの経路別メタンフラックスと土壌溶液中メタン濃度・二価鉄濃度との関係、及びその水稲品種間差
(農業農村工学会2021年度全国大会講演会)
Inoculation of Azoarcus Sp. Strain KH32C onto Rice Seeds Mitigates Methane Emission from a Paddy Field
(World Microbe Forum)
Effects of free-air CO<sub>2</sub> enrichment and canopy warming on the grain quality of rice:Elvated CO<SUB>2</SUB> and temperature increase chalky grains additivley
(Abstracts of Meeting of the CSSJ 2018)

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Education (4)：

2004 - 2007 The University of Tokyo Graduate School of Agricultural and Life Sciences Biological and Environmental Engineering
2002 - 2004 The University of Tokyo Graduate School of Agricultural and Life Sciences Biological and Environmental Engineering
2000 - 2002 The University of Tokyo
1998 - 2000 The University of Tokyo

Professional career (1)：

Ph. D. (The University of Tokyo)

Work history (8)：

2022/10 - 現在 National Agriculture and Food Research Organization
2021/04 - 2022/09 National Agriculture and Food Research Organization
2017/04 - 2021/03 National Agriculture and Food Research Organization
2017/01 - 2017/03 (独)農業環境技術研究所物質循環研究領域主任研究員
2011/01 - 2016/12 (独)農業環境技術研究所物質循環研究領域任期付研究員

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Awards (4)：

2007 - 東京大学農学生命科学研究科研究科長賞
2006 - Outstanding Student Paper Award (American Geophysical Union)
2006 - Outstanding Student Paper Award (from American Geophysical Union)
2005 - 土壌物理学会優秀ポスター賞

Association Membership(s) (8)：

THE SOCIETY OF AGRICULTURAL METEOROLOGY OF JAPAN , CROP SCIENCE SOCIETY OF JAPAN , 土壌物理学会 , Soil Science Society of America , JAPANESE SOCIETY OF SOIL SCIENCE AND PLANT NUTRITION , 農業農村工学会 , American Geophysical Union , Soil Science Society of America

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