Project Details

JST HOME SATREPS HOME ProjectsDisaster Prevention and Mitigation

Main content

Bioresources

Problem image
  • SDGs13
  • SDGs15
  • SDGs02
Principal Investigator (Affiliation) japan Dr.
TOBITA Satoshi
(Specially Assigned Investigator, Japan International Research Center for Agricultural Sciences (JIRCAS)) researchmap
India Dr.
Uttam Kumar
(Senior Scientist (Breeding) Borlaug Institute for South Asia (BISA))
Research Institutions in Japan Japan International Research Center for Agricultural Sciences (JIRCAS) / Tottori University / National Agriculture and Food Research Organization (NARO)
Research Institutions in India Borlaug Institute for South Asia (BISA) / Indian Institute of Wheat and Barley Research (IIWBR) / Indian Agricultural Research Institute (IARI) / Central Soil Salinity Research Institute (CSSRI)
Adoption fiscal year FY 2021
Research Period 5 Years
ODA Recipient Country India
General Description of the Research Project

Introduce BNI-enabled wheat varieties with improved nitrogen utilization to India
Almost half of the nitrogen fertilizer used in crop production is lost to the environment, which causes water pollution and contributes to global warming. In crops with the improved ability of biological nitrification inhibition (BNI), BNI substances secreted from the roots inhibit the nitrification process in the soil, which improves the nitrogen utilization rate and enables a high yield maintained with the application of less fertilizer. We are raising wheat varieties with high BNI function and introducing them into the wheat cultivation systems of the Indo-Gangetic plain in India, where large amounts of fertilizer are currently applied, and will evaluate their effectiveness from environmental and economic perspectives.

Reducing the amount of fertilizer has a double benefit to the local economy and the global environment.
The reduction in fertilizer use as a result of the introduction of BNI-enabled wheat varieties should have a positive effect not only on the wheat cultivators of the Indo-Gangetic plain but also on the Indian economy, which pays out large amounts in fertilizer subsidies. It should also decrease N2O gas emissions and nitrate leaching from agricultural land, creating a healthier global nitrogen cycle.

Photo gallery
image1

Start of BNI-enabled wheat system growth on a test wheat plot in the eastern Indo-Gangetic plain

image2

Even with low nitrogen, BNI-enabled wheat (left) exhibits better absorption and higher yield than the original variety (right). (Tsukuba)

image3

Overview of BNI technology(©Science Manga)

Research Project Web site -
Press Release -
Reports -
Links -

Project Map | Project List