| Japan International Research Center for Agricultural Sciences | JIRCAS

Utilization by “Multi-Biomass Treatment Process” of unused biomass discharged from the palm oil industry

Read more about Utilization by “Multi-Biomass Treatment Process” of unused biomass discharged from the palm oil industry

A simple and accurate method for estimating soil carbon sequestration using biochar based on proximate analysis

Read more about A simple and accurate method for estimating soil carbon sequestration using biochar based on proximate analysis

Mitigation of methane emissions from local cattle using cashew nut shell liquid feeding

Read more about Mitigation of methane emissions from local cattle using cashew nut shell liquid feeding

Technologies for reducing greenhouse gas emissions from livestock waste

Read more about Technologies for reducing greenhouse gas emissions from livestock waste

Improved CO₂ recovery and application equipment to reduce greenhouse gas emissions and increase productivity in greenhouse horticulture by utilizing exhaust gases from heating and cooling equipment

Read more about Improved CO2 recovery and application equipment to reduce greenhouse gas emissions and increase productivity in greenhouse horticulture by utilizing exhaust gases from heating and cooling equipment

Energy-saving low-carbon technology in greenhouse horticulture utilizing thermal energy in irrigation canals

Read more about Energy-saving low-carbon technology in greenhouse horticulture utilizing thermal energy in irrigation canals

A method to estimate the reduction in life cycle greenhouse gas emissions from rice cultivation caused by the use of alternate wetting and drying

Read more about A method to estimate the reduction in life cycle greenhouse gas emissions from rice cultivation caused by the use of alternate wetting and drying

Greenhouse gas emission reduction technology with the combination of biogas effluent application and multiple drainage in a rice paddy

Read more about Greenhouse gas emission reduction technology with the combination of biogas effluent application and multiple drainage in a rice paddy

“Prolonged midseason drainage” in paddy fields for maintaining agricultural production and decreasing greenhouse gas emissions

Read more about “Prolonged midseason drainage” in paddy fields for maintaining agricultural production and decreasing greenhouse gas emissions

Symposium

Date

2025-10-27(Mon) (JST)

JIRCAS International Symposium 2025
"Accelerating Application of Agricultural Technologies in the Asia-Monsoon Region: Taking Stock and the Way Forward for Enhancing Production Potentials and Sustainable Food Systems"

Registration period:

2025-9-25(Thu) 12:00 - 2025-10-27(Mon) 12:00 (JST)

Place: "Hitotsubashi Hall" and On-line
(National Center of Sciences Building 2F, 2-1-2 Hitotsubashi, Chiyoda-ku, Tokyo 101-8439)