Add to ORKGThe Smart-Valleys approach has been successfully piloted in Cote d’Ivoire. Overall, the Smart-Valleys approach increased soil moisture by 53% and reduced weed biomass by 20%. Rice yield was increased by 37% and the yield gap was reduced by 23% compared to the non-developed site
Four upland rice varieties including CRAM 1 (ARICA 14) were released for rainfed upland production s...
The approach has been implemented using DEMs of Benin, Cote d’Ivoire, Ghana, and Togo. Areas that ar...
Different agronomics options for salinity management were tested in 20 farmers fields in Senegal. Pr...
More than 1171 ha (11,000 smallholder farmers cultivate rice) were developed with the Smart-Valleys ...
In the pilot countries, the Smart-Valleys approach has been adopted by non-development farmers organ...
The Smart-Valleys approach developed in Benin and Togo has been introduced and evaluated in Burkina ...
The Smart-Valleys approach has been validated using a participatory approach in Burkina Faso in 4 si...
Inland valley mapping and their suitability for rice-based systems for two countries (Cote d'Ivoire ...
A cropping system experiment was conducted at the AfricaRice MBe station over 2015 to 2021. Optimum ...
We validated the performance of the perennial rice varieties PR23 and PR25 for reducing water use in...
On-farm evaluation in the farmers' field in Bouake and Gagnoa regions has been completed for wet sea...
Off-season crops production in rotation to rainfed rice under different irrigation scheduling was as...
We are developing a water management approach for reducing the transmission potential of malaria, gr...
This technology has been evaluated in three consecutive seasons in Bouake (Africa Rice Center) and w...
CRAM 2 (ARICA 15), a rainfed upland rice variety with a high milling recovery, was released in Cote ...
Four upland rice varieties including CRAM 1 (ARICA 14) were released for rainfed upland production s...
The approach has been implemented using DEMs of Benin, Cote d’Ivoire, Ghana, and Togo. Areas that ar...
Different agronomics options for salinity management were tested in 20 farmers fields in Senegal. Pr...
More than 1171 ha (11,000 smallholder farmers cultivate rice) were developed with the Smart-Valleys ...
In the pilot countries, the Smart-Valleys approach has been adopted by non-development farmers organ...
The Smart-Valleys approach developed in Benin and Togo has been introduced and evaluated in Burkina ...
The Smart-Valleys approach has been validated using a participatory approach in Burkina Faso in 4 si...
Inland valley mapping and their suitability for rice-based systems for two countries (Cote d'Ivoire ...
A cropping system experiment was conducted at the AfricaRice MBe station over 2015 to 2021. Optimum ...
We validated the performance of the perennial rice varieties PR23 and PR25 for reducing water use in...
On-farm evaluation in the farmers' field in Bouake and Gagnoa regions has been completed for wet sea...
Off-season crops production in rotation to rainfed rice under different irrigation scheduling was as...
We are developing a water management approach for reducing the transmission potential of malaria, gr...
This technology has been evaluated in three consecutive seasons in Bouake (Africa Rice Center) and w...
CRAM 2 (ARICA 15), a rainfed upland rice variety with a high milling recovery, was released in Cote ...
Four upland rice varieties including CRAM 1 (ARICA 14) were released for rainfed upland production s...
The approach has been implemented using DEMs of Benin, Cote d’Ivoire, Ghana, and Togo. Areas that ar...
Different agronomics options for salinity management were tested in 20 farmers fields in Senegal. Pr...