The newly developed methods to mitigate greenhouse gas emission will be evaluated from a wide range of perspectives; from field scale monitoring to global scale modeling, life cycle assessment (LCA), and ethical, legal and social implications (ELSI). In addition, N₂O and CH₄ production pathway, the rates of N₂O reduction and CH₄ oxidation will be estimated by using stable isotopes.


V1: Field experiment
The project will conduct field experiments of the greenhouse gas mitigation options developed by Tasks 2, 3, and 4.
The project will conduct field experiments of the greenhouse gas mitigation options developed by Tasks 2, 3, and 4.
V2: Evaluation of N₂O and CH₄ production and consumption using stable isotopes
The project will elucidate N₂O production pathways and evaluate reduction rates from N₂O to N₂ using natural abundance of stable isotope and 15N tracer experiments. In addition, oxidation rates from CH₄ to CO₂ will be evaluated using natural abundance of stable isotope and 13C tracer experiments.
The project will elucidate N₂O production pathways and evaluate reduction rates from N₂O to N₂ using natural abundance of stable isotope and 15N tracer experiments. In addition, oxidation rates from CH₄ to CO₂ will be evaluated using natural abundance of stable isotope and 13C tracer experiments.
V3a: Life Cycle Assessment (LCA)
The project will conduct LCA of the new mitigation options of greenhouse gas developed by Tasks 2, 3, and 4 (Fig).
The project will conduct LCA of the new mitigation options of greenhouse gas developed by Tasks 2, 3, and 4 (Fig).
V3b: Ethical, Legal and Social Implications (ELSI)
The project will investigate the ethical, legal, social and policy issues that arise from our Moonshot project.
The project will investigate the ethical, legal, social and policy issues that arise from our Moonshot project.
V4: Biogeochemical model
The project will estimate N₂O mitigation potential in East Asia and the world by using the biogeochemical model (VISIT model) developed by the National Institute for Environmental Studies.
The project will estimate N₂O mitigation potential in East Asia and the world by using the biogeochemical model (VISIT model) developed by the National Institute for Environmental Studies.
Fig. Measurement of greenhouse gas flux using an automatic greenhouse gas sampling system in the soybean field experiment
2021年度
Hiroko Akiyama
National Agriculture and Food Research Organization, NARO
Group Leader
⦾ Field of research
Agro-Environmental Science
⦾ Key Words
Greenhouse gas, Soil
⦾ Achievements
Yuji Masutomi
Center for Climate Change Adaptation, National Institute for Environmental Studies
Head
⦾ Field of research
Agricultural Meteorology
⦾ Key Words
Crop modelling
⦾ Achievements
Kiyotaka Naoe
Tohoku University
Professor
⦾ Field of research
Ethics of Science and Technology, Social Studies of Science and Technology
⦾ Key Words
Ethics of Technology, Technology assessment
⦾ Achievements
Yasuhiro Nakajima
National Agriculture and Food Research Organization, NARO
Senior Researcher
⦾ Field of research
Analytical Chemistry
⦾ Key Words
nitrogen cycle, stable isotope
⦾ Achievements
Kiyotada Hayashi
National Agriculture and Food Research Organization, NARO
Chief Researcher
⦾ Field of research
Life Cycle Assessment
⦾ Key Words
Sustainable Food Systems
Yuma Sasaki
National Agriculture and Food Research Organization, NARO
Researcher
⦾ Field of research
Agricultural Environment
⦾ Key Words
Life Cycle Assessment (LCA), Greenhouse gas mitigation
⦾ Achievements
Kazuya Nishina
National Institute for Environmental Studies
Earth System Division
Senior researcher
⦾ Field of research
Biogeochemistry
⦾ Key Words
Simulation
Akihiko Ito
National Institute for Environmental Studies
Head
⦾ Field of research
Ecosystem Modelling
⦾ Key Words
Greenhouse gas, Global warming, Biogeochemistry
⦾ Achievements
Sakae Toyoda
Tokyo Institute of Technology
Associate professor
⦾ Field of research
Environmental Atmospheric Chemistry
⦾ Key Words
Stable isotope, Trace gas analysis
Keita Yamada
Tokyo Institute of Technology
Associate professor
⦾ Field of research
Isotope Geochemistry
⦾ Key Words
isotope, methane
Soichiro Toda
Tohoku University
Project Assistant Professor
⦾ Field of research
Applied Philosophy; Applied Ethics
⦾ Key Words
ELSI (Ethical, Legal, Social Issues); Research Governance; Intergenerational Ethics
⦾ Achievements
Fadwa DAMAK
Tokyo Institute of Technology
Postdoctoral Researcher
⦾ Field of research
Stable isotope analysis
⦾ Key Words
Stable isotope, Isotopomer, Greenhouse gas, Nitrous oxide (N₂O), Methane (CH₄), Agricultural soil
Xin Zhao
Institute for Environmental Studies
Earth System Division National
Research Associate
⦾ Field of research
Biogeochemistry
⦾ Key Words
Remote Sensing, Model, Soil Greenhouse Gas Emission
⦾ Achievements
Masanori Takeda
National Agriculture and Food Research Organization, NARO
Institute for Agro-Environmental Sciences
Postdoctoral Researcher
⦾ Field of research
Environmental Dynamics, Atmospheric Science
⦾ Key Words
Greenhouse Gases, Nitrous oxide, Nitrogen cycle, Stable isotopes, Bradyrhizobium
Misa Tsubokura
National Agriculture and Food Research Organization, NARO
Researcher
⦾ Field of research
Soil Microbiology, Agro-Environmental Science
⦾ Key Words
Greenhouse gas, Soil microorganisms
⦾ Achievements