Holobiont and Resilience Research Team
- Main Research Fields :
- Complex systems
- Related Research Fields :
- Informatics / Environmental science / Biological Sciences / Biology / Agricultural sciences
- Keywords :
- Plant-Microbe Symbiosis / Field Multi-omics / Digital Twin / Symbiotic Microorganisms / Green Digital Transformation
- Project :
- Integrative Symbiological Solutions
Advancing sustainable solutions through systemic understanding and engineering of soil-plant-microbe interactions, fostering harmony between humanity and nature
Team Leader
Yasunori Ichihashi Ph.D.
- 2010
- Ph.D., Graduate School of Science, University of Tokyo
- 2010
- Postdoctoral Fellow, University of California, Davis, USA
- 2013
- JSPS Postdoctoral Fellow (PD)
- 2014
- Special Postdoctoral Researcher, RIKEN Center for Sustainable Resource Science
- 2015
- JST PRESTO Researcher
- 2018
- Team Leader, Plant-Microbe Symbiosis Research and Development Team, RIKEN BioResource Research Center
- 2024
- Team Leader, Holobiont and Resilience Research Team, RIKEN Center for Sustainable Resource Science (-current)
CONTACT
RIKEN Center for Sustainable Resource Science
Holobiont and Resilience Research Team
yasunori.ichihashi
Related Links
Laboratory on RIKEN Website
Holobiont and Resilience Research Team | RIKEN
Outline
Over billions of years, organisms have evolved and adapted to their environments. Humans harnessed this natural ingenuity by inventing agriculture, leveraging life's mechanisms to produce food. Yet, recent excessive interventions in ecosystems have led to numerous environmental issues. Instead of dominating nature, our aim is to harmonize with it by understanding and engineering the intricate soil-plant-microbe systems at a systemic level. By utilizing real-world data from agricultural and natural environments and employing high-performance computing, our convergence science aims to contribute innovative solutions to environmental challenges.
Subjects
- Multi-omics Analysis of Soil-Plant-Microbe Interactions within Complex Ecosystems
- High-Resolution Agricultural Digital Twin Development with Real-World Data Integration
- Decrypting Earth's Ancient Code Embedded in the Soil Microbiome
- High-Throughput Discovery of Beneficial Microbes Using Microdroplet Technology
- Development and Application of Microbial Resources: From Plant Symbionts to Extremophiles
- Soil-Plant-Microbe Interactions in an Agricultural Field
- Researching soil-plant-microbe interactions in soybean fields to contribute to the advancement of sustainable agriculture
- Cultivation of Microbes in Microdroplets
- Using microdroplet technology to cultivate microbes, developing innovative methods for efficient discovery of beneficial microbes
