Climate-smart rice varieties, developed at IRRI and multiplied and distributed under the STRASA project, are now accessible to some 10 million farmers in South Asia and Africa and are already creating a major impact, improving many lives. In addition to the new seeds of climate-smart rice, farmers in a flood-prone village in India are also learning about better seedbed management, proper use of fertilizer, and other technologies through illustrated brochures. The technologies are further improving the productivity of flood-prone and salt-affected rainfed lowland areas in South Asia, making rice production stable, and increasing the income of poor farmers
This article 'Two Promising Rice Cultivars for Irrigated Systems in Bihar, India' appeared in the In...
This article 'IR4422-98-3-6-1, a Promising Variety for Irrigated Systems in Bihar, India' appeared i...
CCAFS Climate-Smart Villages (CSV) have successfully combined global knowledge with local action to ...
SeedCast tool has been successfully piloted in the Kharif (rainy) season of 2019. Out of the total o...
Rice is grown under diverse agro-climatic conditions and crop management regimes across the globe. E...
Long-term and seasonal variations in weather conditions, salt intrusion, waterlogging, and/or freshw...
Given the aggravating nature of climate change impacts, rice farming will increasingly rely on impro...
By the year 2100, the number of people on Earth is expected to increase by ∼50%, placing increasing ...
The Consortium for Unfavorable Rice Environments (CURE) has been supporting innovation and technolog...
IRRI and its partners released 44 new and improved rice varieties for Asia and Africa. Varieties sui...
By modifying management of rice plants, soil, water and nutrients to improve growth environments, fa...
During 2019, the rice crop manager tool was integrated into the web portal of common service centers...
This Primer for Cambodia is describing ways to improve rice productivity by improving the management...
Rice cultivation in the South Asian region of Eastern Gangetic Plains (EGP) is running out of water,...
Direct Seeded rice (DSR) is being promoted in countries such as India. Evidence, currently being col...
This article 'Two Promising Rice Cultivars for Irrigated Systems in Bihar, India' appeared in the In...
This article 'IR4422-98-3-6-1, a Promising Variety for Irrigated Systems in Bihar, India' appeared i...
CCAFS Climate-Smart Villages (CSV) have successfully combined global knowledge with local action to ...
SeedCast tool has been successfully piloted in the Kharif (rainy) season of 2019. Out of the total o...
Rice is grown under diverse agro-climatic conditions and crop management regimes across the globe. E...
Long-term and seasonal variations in weather conditions, salt intrusion, waterlogging, and/or freshw...
Given the aggravating nature of climate change impacts, rice farming will increasingly rely on impro...
By the year 2100, the number of people on Earth is expected to increase by ∼50%, placing increasing ...
The Consortium for Unfavorable Rice Environments (CURE) has been supporting innovation and technolog...
IRRI and its partners released 44 new and improved rice varieties for Asia and Africa. Varieties sui...
By modifying management of rice plants, soil, water and nutrients to improve growth environments, fa...
During 2019, the rice crop manager tool was integrated into the web portal of common service centers...
This Primer for Cambodia is describing ways to improve rice productivity by improving the management...
Rice cultivation in the South Asian region of Eastern Gangetic Plains (EGP) is running out of water,...
Direct Seeded rice (DSR) is being promoted in countries such as India. Evidence, currently being col...
This article 'Two Promising Rice Cultivars for Irrigated Systems in Bihar, India' appeared in the In...
This article 'IR4422-98-3-6-1, a Promising Variety for Irrigated Systems in Bihar, India' appeared i...
CCAFS Climate-Smart Villages (CSV) have successfully combined global knowledge with local action to ...