Environment and Natural Resource Management
Development of agricultural technologies for sustainable management of the environment and natural resources in developing regions
Climate change and environmental degradation have been escalating on a global scale. This program copes with these issues by developing and demonstrating technologies jointly with research institutes and extension organizations in Asian and African countries as well as local farmers involved.
Regarding greenhouse gas (GHG) emissions from agricultural activities, the development of agricultural systems that reduce methane emissions and attain better carbon balance will be promoted through the introduction a water-saving irrigation scheme in paddy fields and through effective linkage of crop and livestock systems.
New technologies will be elaborated to reduce crop damage caused by extreme phenomena such as floods and erratic rainfall. In vulnerable regions where land degradation is accelerated and problem soils have expanded, technologies that sustain stable crop yield, in terms of crop improvement, cropping techniques, and soil and water management at a watershed scale, will be developed. The dissemination models will be proposed and demonstrated to apply these new technologies into target areas.
The development of breeding materials with enhanced biological nitrification inhibition (BNI) ability will be endeavored for more effective utilization of nitrogen fertilizer and to reduce nitrous oxide (N2O) gas emissions chiefly from cropping uplands and grasslands.
Continuous application of rice straw compost increases rice yield and contributes to carbon sequestration in paddy fields in the Mekong Delta, Vietnam
Estimation of nitrogen load to groundwater at a sugarcane monocropping area in the Philippines
Technical manual on building a low-cost, shallow subsurface drainage system for mitigating salinization
Further insights into underlying mechanisms for the release of biological nitrification inhibitors from sorghum roots
Related JIRCAS Report
JIRCAS and ICAR concluded a Memorandum of Understanding (MoU), dated 9th February 2018, for comprehensive research collaboration. JIRCAS has accordingly commenced the collaboration on soil salinity mitigation and crop improvement for salinity tolerance with CSSRI and IARI, which are both under ICAR, respectively.
JIRCAS seminar titled “Shallow sub-surface drainage for mitigating salinization” held in the Republic of Uzbekistan
On November 29, 2017, a seminar on mitigating salinization was held by JIRCAS in Gulistan City, Syrdarya Region, Republic of Uzbekistan. The project has resulted in the publication of the technical manual titled “Shallow sub-surface drainage for mitigating salinization”. https://www.jircas.go.jp/en/publication/manual_guideline/mitigating_sali...
Event, Symposium, Workshop
Business Trip Reports
|Report No.||Date||Country||Purpose||Related Program|
|H30-0018||2018-05-2018-05||ミャンマー||気候変動対応プロに係る現地調査||Environment and Natural Resource Management|
|H30-0023||2018-05-2018-05||フィリピン||交付金プロ：共同研究打合せ、雨期作試験準備、ステークホルダー会議開催、アジアバイオマスプロにかかる被覆肥料試験に関する連絡調整、拠出金プロ：研究打合せ||Environment and Natural Resource Management, Value-adding Technologies|
|H29-0367||2018-01-2018-03||フィリピン||乾期作試験実施・実証試験のための連携体制整備・農家圃場土壌採取、IRRI拠出金プロ管理・実証試験の実施・データベース構築作業継続||Environment and Natural Resource Management|