Assessment
N₂O Mitigation by Inoculation of Rhizobia
Achieve 30% Reduction of N₂O emissions from nodule decomposition (crop residue) by inoculation of rhizobia. Conduct a pot experiment to evaluate N₂O reduction from fertilizer application by using microbes.
2024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
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
Yasuhiro Nakajima
National Agriculture and Food Research Organization, NARO
Senior Researcher
⦾ Field of research
Analytical Chemistry
⦾ Key Words
nitrogen cycle, stable isotope
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
Prototype of New Inoculant
Achieve 30% Reduction of N₂O emissions from nodule decomposition (crop residue) by inoculation of rhizobia at Tokachi. Evaluate a prototype of inoculant of rhizobia.
2024年度
Masato Mikuchi
Tokachi Federation of Agricultural Cooperative Associations
Examiner
⦾ Field of research
Microbial materials for agriculture
⦾ Key Words
Rhizobium,Azospirillum
Ryotaro Koizumi
Tokachi Federation of Agricultural Cooperative Associations
⦾ Field of research
Microbial materials for agriculture
⦾ Key Words
Rhizobium
Taichi Sugii
Tokachi Federation of Agricultural Cooperative Associations
⦾ Field of research
Microbial materials for agriculture
⦾ Key Words
Rhizobium,microbial material