Development of high value-adding technologies and utilization of local resources in developing regions
This program aims to support rural development by practicing sustainable agriculture, forestry and fisheries in harmony with the environment in the Asian region where development needs have increased as economies have grown. Toward this end, the various uses of regional resources will be identified and technologies that create high value-added products will be developed. The achievements of the program will contribute to the Japanese government’s “Global Food Value Chain Strategy” as well as increase the incomes of farmers in developing regions. To meet the objectives of the program, the following research studies will be implemented:
To ensure high quality products and stable food value chains, food processing and evaluation methods will be developed. In addition, a customer needs analysis will be performed and ways to improve the distribution system will be proposed to further increase the added value of the products.
In order to establish a highly sustainable agriculture, forestry and fisheries that integrate resource recycling, advanced biomass conversion technologies utilizing agricultural wastes and unused biomass will be developed to produce biofuels and biomaterials. Furthermore, technology management solutions, utilizing various regional resources for producing high value-added products in hilly and mountainous rural areas, will be developed. In harmony with the ecosystem, forest resource conservation will be practiced and forest productivity will be improved to provide high value-added timber products. Moreover, efficient farming technologies in aquaculture will be developed to achieve sustainable use of fisheries resources.
Efforts will be taken to actively promote and use the resources available through the international research network, thus accelerating systematization, technology transfer, and cooperation between Japan and local private companies. In addition, technology exhibits will be held, technical manuals will be published and disseminated to farmers, and information will be made accessible to facilitate technology transfer activities to people engaged in processing and to the distribution sectors in the region.
Estimation of rice grain yield by canopy hyperspectral sensing of paddy fields at the booting stage
Herbivorax saccincola A7, a novel alkaliphilic and thermophilic anaerobe, effectively degrades xylan-rich lignocellulosic biomass
Climbing perch aquaculture is realizable in rice paddies under non-feeding conditions by rearing at low stocking densities
Event, Symposium, Workshop
Business Trip Reports
|H30-0497||2019-03-2019-03||Malaysia, Thailand||マレーシア及びタイにおけるプロジェクト運営委員会の開催||Value-adding Technologies|