Add to ORKGMore than 1171 ha (11,000 smallholder farmers cultivate rice) were developed with the Smart-Valleys approach in Benin and Togo. Smart-Valleys increased rice yield by up to 95% and smallholder farmers' income compared to traditional management
e-resilient-lowland is an e-learning toolkit to improve water control and climate resilience in inla...
Using a participatory approach, AWD has been successfully validated in three climatic zones in West ...
Using a participatory approach, AWD was successfully validated in 4 sites characterized by different...
The Smart-Valleys approach developed in Benin and Togo has been introduced and evaluated in Burkina ...
In the pilot countries, the Smart-Valleys approach has been adopted by non-development farmers organ...
The Smart-Valleys approach has been successfully piloted in Cote d’Ivoire. Overall, the Smart-Valley...
The Smart-Valleys approach has been validated using a participatory approach in Burkina Faso in 4 si...
Adoption of smart-valley increased from 110 ha in 2012 to 474 ha in 2014. Recent evidence show the a...
The approach has been implemented using DEMs of Benin, Cote d’Ivoire, Ghana, and Togo. Areas that ar...
Inland valley mapping and their suitability for rice-based systems for two countries (Cote d'Ivoire ...
Off-season crops production in rotation to rainfed rice under different irrigation scheduling was as...
We validated the performance of the perennial rice varieties PR23 and PR25 for reducing water use in...
Together with NARES, development organizations, and farmers groups, up to 2021 dry season, in total1...
On-farm evaluation in the farmers' field in Bouake and Gagnoa regions has been completed for wet sea...
A cropping system experiment was conducted at the AfricaRice MBe station over 2015 to 2021. Optimum ...
e-resilient-lowland is an e-learning toolkit to improve water control and climate resilience in inla...
Using a participatory approach, AWD has been successfully validated in three climatic zones in West ...
Using a participatory approach, AWD was successfully validated in 4 sites characterized by different...
The Smart-Valleys approach developed in Benin and Togo has been introduced and evaluated in Burkina ...
In the pilot countries, the Smart-Valleys approach has been adopted by non-development farmers organ...
The Smart-Valleys approach has been successfully piloted in Cote d’Ivoire. Overall, the Smart-Valley...
The Smart-Valleys approach has been validated using a participatory approach in Burkina Faso in 4 si...
Adoption of smart-valley increased from 110 ha in 2012 to 474 ha in 2014. Recent evidence show the a...
The approach has been implemented using DEMs of Benin, Cote d’Ivoire, Ghana, and Togo. Areas that ar...
Inland valley mapping and their suitability for rice-based systems for two countries (Cote d'Ivoire ...
Off-season crops production in rotation to rainfed rice under different irrigation scheduling was as...
We validated the performance of the perennial rice varieties PR23 and PR25 for reducing water use in...
Together with NARES, development organizations, and farmers groups, up to 2021 dry season, in total1...
On-farm evaluation in the farmers' field in Bouake and Gagnoa regions has been completed for wet sea...
A cropping system experiment was conducted at the AfricaRice MBe station over 2015 to 2021. Optimum ...
e-resilient-lowland is an e-learning toolkit to improve water control and climate resilience in inla...
Using a participatory approach, AWD has been successfully validated in three climatic zones in West ...
Using a participatory approach, AWD was successfully validated in 4 sites characterized by different...