Microbial Inoculants
Artificial Aggregates
Create two or more high N₂O removal artificial aggregates that consist of mineral and organic materials and inoculated microbial species, and establish two or more different aggregate synthesis processes.
Rota Wagai
The University of Tokyo
⦾ Field of research
Soil biogeochemistry
⦾ Key Words
Aggregate structure, organo-mineral interaction, C & N daynamics
Emi Matsumura
The University of Tokyo
⦾ Field of research
Forest Microbial Ecology, Forest Pathology
⦾ Key Words
Community ecology、Endophyte
Ryo Shingubara
National Agriculture and Food Research Organization, NARO
Postdoctoral Fellow
⦾ Field of research
Biogeochemistry, Stable isotope geochemistry, Biogeoscience
⦾ Key Words
Stable isotope ratio, Greenhouse gas, Methane, Arctic, Eastern Siberia, Wetland, Volcanic gas
⦾ Achievements
Noriko Yamaguchi
National Agriculture and Food Research Organization, NARO
Assistant Group Leader
⦾ Field of research
Soil chemistry
⦾ Key Words
spectroscopy
⦾ Achievements
Aomi Suda
National Agriculture and Food Research Organization, NARO
Senior Scientist
⦾ Field of research
Inorganic Soil Chemistry
⦾ Key Words
Soil, redox reaction, trace elements
⦾ Achievements
Tomoya Kawakami
National Agriculture and Food Research Organization, NARO
Postdoctoral Fellow
⦾ Field of research
Soil Ecology, Biogeochemistry, Ecosystem Ecology
⦾ Key Words
Earthworm, Soil aggregate, Nitrogen cycle
Jumpei Fukumasu
National Agriculture and Food Research Organization
Researcher
⦾ Field of research
Soil Science
⦾ Key Words
Soil carbon, Soil structure, Biogeochemical cycles, Soil management
⦾ Achievements
Kazumichi Fujii
The Fukushima Institute for Research, Education and Innovation (F-REI)
Senior researcher
⦾ Field of research
Soil Science
⦾ Key Words
Soil organic matter
Hiromi Kato
Tohoku University
Graduate School of Life Sciences
Assistant professor
⦾ Field of research
soil microbiology, microbial ecology
⦾ Key Words
Soil microbiome, Bradyrhizobium, Metagenome
⦾ Achievements
Satoshi Mitsunobu
Ehime University
Associate Professor
⦾ Field of research
Soil Chemistry, Geochemistry
⦾ Key Words
Soil, Chemical speciation, Synchrotron
⦾ Achievements
Materials Development
We aim to design and screen carrier materials that enhance the establishment and activity of selected high N₂O-reducing microorganisms in soil, and provide two or more candidate materials for further pot and field trials.
Manabu Kanno
National Institute of Advanced Industrial Science and Technology (AIST)
Senior Scientist
⦾ Field of research
Microbiology
⦾ Key Words
Environmental Microbiology
⦾ Achievements
Hideyuki Tamaki
National Institute of Advanced Industrial Science and Technology (AIST)
Group Leader
⦾ Field of research
Microbial Ecology
⦾ Key Words
yet-to-be cultured microbes, cultivation, metagenomics, plant-microbe interaction, ecophysiology, microbiome
Koju Sugiyama
Rengo Co,.Ld.
⦾ Field of research
Inorganic-oraganic Composite Material
⦾ Key Words
Pulp, Zeolite
⦾ Achievements
Toshiyuki Uchida
Rengo Co.,Ltd.
⦾ Field of research
⦾ Key Words
Yuji Hayamizu
Rengo Co., Ltd.
⦾ Field of research
⦾ Key Words
Naoya Osamura
Rengo Co., Ltd.
⦾ Field of research
⦾ Key Words
Yasuyo Kimoto
Rengo Co.,Ltd.
⦾ Field of research
⦾ Key Words
Kaori Yamamoto
Rengo Co., Ltd.
⦾ Field of research
⦾ Key Words
Microbial Inoculants
Develop 2 or more new microbial materials that reduce N₂O emissions from agricultural soil more than 30% on a lab scale.
Tsubasa Ohbayashi
National Agriculture and Food Research Organization, NARO
Researcher
⦾ Field of research
Environmental Microbiology
⦾ Key Words
soil bacteria, Burkholderia, Bulk soil, plant rhizosphere
Luciano Nobuhiro Aoyagi
National Agriculture and Food Research Organization, NARO
Postdoctoral Researcher
⦾ Field of research
Microbiology
⦾ Key Words
Microorganisms, Nitrification