2024 Press Release

• 2025-03-17

  2024 (The 18th) Japan International Award for Young Agricultural Researchers (Japan Award) (External link: MAFF, Japan)
• 2024-12-10

  研究成果 Optimization of Biochar Application Depth Contributes to the Reduction of Nitrogen Leaching
  -Pathway to sustainable agriculture by suppressing nitrogen leaching through surface application-
• 2024-11-13

  Technology Catalog Contributing to Production Potential and Sustainability in the Asia-Monsoon Region, Ver. 3.0, Now Available
  New technologies from the National Institute of Advanced Industrial Science and Technology and domestic universities added
• 2024-11-08

  Announcement of JIRCAS International Symposium 2024
  Resilient Genetic Resources for Food Security in the Era of Global Boiling: Opportunities and Challenge
• 2024-11-08

  Announcement of Awardees of the 2024 (The 18th) Japan International Award for Young Agricultural Researchers (Japan Award) and the Awarding Ceremony
• 2024-10-02

  研究成果 A tropical forage grass variety “Isan”, which belongs to the family Poaceae, has been registered in Thailand —The first Urochloa variety for Asia that can be used in both Japan and Thailand—
• 2024-09-30

  Launch of Rice Paddy Methane Emissions Reduction Project in Cambodia
  ―Expanding to the Asian Monsoon Region and Challenging International Rule-Making―
• 2024-09-20

  研究成果 Understanding the Desert-Adapted Egg-Laying Behavior of Desert Locusts
  ―Males act as 'parasols' to protect females during egg-laying in high temperatures―
• 2024-08-14

  JIRCAS and the Bureau of Soils and Water Management of the Department of Agriculture, Philippines, Sign Comprehensive MOU for Climate Change Measures
  ―Promoting the Realization of Resource-Circulating Agriculture in Tropical Islands―
• 2024-08-09

  研究成果 Unveiling the Mechanism of Starch Accumulation in Old Palm Trees
  ―Towards Achieving a Sustainable Palm Industry that Contributes to Environmental Burden Reduction―
• 2024-04-18

  New upland rice variety released in Madagascar
  — Mavitrika, an upland rice variety that shows high productivity under nutrient-deficient conditions―