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Projects Name:
Breeding and cultivation techniques of low carbon emission, water saving and drought resistant rice for Africa
Projects Category:
Key Special Projects for International Science and Technology Innovation Cooperation between Governments
Partner Institutions:
UNEP; Kenya Agriculture and Livestock Research Organization (KALRO); National Agricultural Research Organization of Uganda (NARO)
Country/Region:
UNEP , Kenya, Uganda
Start-End Time:
2019-2023
Current Progress/Outcomes:
We have been working closely with the United Nations Environment Programme Africa Regional Office, Kenya Agricultural and Livestock Research Organization, Uganda Agricultural Research Organization, Burkina Faso Ministry of Agriculture, and other institutes to jointly promote the breeding and cultivation demonstration of low-carbon emission, water-saving and drought resistant rice for Africa. At present, five of this kind of rice varieties have passed the new variety certification in Burundi, Uganda, Burkina Faso, Nigeria. Adaptive planting and demonstration culture, promotion of water-saving and drought resistant rice have been carried out in 11 countries in Africa. Only in Uganda, Malawi, Burundi of East Africa and Ghana, Burkina Faso of West Africa have demonstrated and promoted 8000ha, increasing grain yield by 30-50% compared with local varieties, bringing visible results and benefits to local people, and generating good social benefits. The innovative achievements in seed industry technology driven by the project provide replicable water-saving and drought resistant rice solutions for African countries to achieve food self-sufficiency as soon as possible. With the expanded application of water-saving and drought resistant new varieties, it is possible to help Africa achieve multiple goals of food security, biodiversity and nature conservation, as well as addressing climate change.
Contact Person:
LI Jiajia
Email:
ljj@sagc.org.cn
Phone:
Main Content(Objectives&Activities):
1. Drought resistance screening and identification techniques and obtain a batch of new water-saving and drought resistant rice germplasm, materials, and varieties with good comprehensive drought resistance suitable for rain fed cultivation. 2. Breed a batch of new water-saving and drought resistant rice variety combinations or varieties. . 3. Reveal the characteristics of reducing non-point source pollution and low-carbon emissions in water-saving and drought resistant rice under rain-fed condition. 4. Analyze and study the mechanism of comprehensive drought tolerance and improvement of water use efficiency in water-saving and drought resistant rice. 5. Carry out demonstration planting of water-saving and drought resistant rice in the target area of Africa attracting local and domestic attention to the role of water-saving and drought resistant rice in Africa.