○Fuki Fujiwara
Prediction of soil information using 16S rRNA and machine learning in Japanese agricultural fields
○Miyako Kusano
Soil volatilomics reveals the soybean-grown soil omics nexus in agricultural fields
○Suzuka Matsuki
Comparative Soil VOC Profiling Collected from Six Soybean Fields over the Two Years
○Masako Kifushi
Single-cell genomics for functional assessment of plant growth-promoting trait of rhizosphere microbial consortium
○Yuki Kaitazumi
Development of electrochemical methods for the monitoring of fertilizer elements
○Richard Ansong Omari
Exploring viable strategies for increasing soybean yield and stability in Northern Germany
○Habibi Safiullah
Impact of Co-inoculation with Plant Growth Promoting Rhizobacteria, Rhizobia, and Actinobacteria on Leguminous and Cereal Crops
○Hidefumi Hamasaki
Previous crop effects on Soybean growth and gene expression profile
○Kazuki Murashima
Relationship between soybean productivity and environmental parameters in an agroecosystem based on multi-omics data
○Suzuka Matsuki
Comparative Soil VOC Profiling Collected from Six Soybean Fields over the Two Years
○Fuki Fujiwara
Soybean yield prediction using hybrid model approach
○Haruko Takeyama
Construction of Circulating Production Platform by Environmental Control Based on Soil Microbe Atlas
○Naoko Ohkama-Ohtsu
Research and development of biofertilizers containing soil microorganisms that confer environmental stress resistance to crop plants
○Minami Matsui
Soil conditions affect expression profiles of genes involving plant-soil communication.
○Akiko Hanada
Development of technology to utilize phosphorus derived from wastewater: phosphorus recycle initiatives at Taiheiyo Cement Corporation
○Satoshi Wada
Development of a Completely Enclosed Environmental Control Agricultural Cultivation System
○Yasunori Ichihashi
Development of Agricultural Digital Twins