The MINCER is readily available for use and a network was established based on MINCER, called MINCERnet, for monitoring the thermal environment within the rice canopy in paddy fields and for collecting other crop data. Preprinted paper is available, and paper is under review
The training materials consist of eight modules. For the first time a specific module on climate cha...
The tool was developed based on the current reporting needs and requirements of central and local Cr...
PhenoRice algorithm was piloted and we found that it can provide insights about recent variations in...
Rice is well adapted to a wide range of climates, but is highly susceptible to heat during flowering...
Rice yield can be reduced substantially when the crop is exposed to excessive hest, which will likel...
Data was gatherer by the end of 2020 for CIAT PAlmira, and Saldana (Colombia) and under current anal...
Partners network was key to the innovation. Sequenced Antenna panel distributed to Global Array site...
Phenotyping and weather data from 10 locations available at project site. Other data sets are being ...
Maps of abiotic stresses for rice was published in Field Crops Research, and can be useful for prior...
Pilot-scale pop-rice equipment was designed and prepared at AfricaRice, however actual usage of the ...
Future climate scenarios are claiming for an increase in global temperature of 2 to 4°C by 2100 in t...
A cropping system experiment was conducted at the AfricaRice MBe station over 2015 to 2021. Optimum ...
Data collection in Bangladesh and Nepal, through government agencies, has been reached. Data analysi...
Extreme temperatures cause spikelet sterility in rice and thus yield losses. Predicting sterility is...
IRRI is leading the CGIAR research program (CRP) on 'RICE' which has 5 flagship projects. The flagsh...
The training materials consist of eight modules. For the first time a specific module on climate cha...
The tool was developed based on the current reporting needs and requirements of central and local Cr...
PhenoRice algorithm was piloted and we found that it can provide insights about recent variations in...
Rice is well adapted to a wide range of climates, but is highly susceptible to heat during flowering...
Rice yield can be reduced substantially when the crop is exposed to excessive hest, which will likel...
Data was gatherer by the end of 2020 for CIAT PAlmira, and Saldana (Colombia) and under current anal...
Partners network was key to the innovation. Sequenced Antenna panel distributed to Global Array site...
Phenotyping and weather data from 10 locations available at project site. Other data sets are being ...
Maps of abiotic stresses for rice was published in Field Crops Research, and can be useful for prior...
Pilot-scale pop-rice equipment was designed and prepared at AfricaRice, however actual usage of the ...
Future climate scenarios are claiming for an increase in global temperature of 2 to 4°C by 2100 in t...
A cropping system experiment was conducted at the AfricaRice MBe station over 2015 to 2021. Optimum ...
Data collection in Bangladesh and Nepal, through government agencies, has been reached. Data analysi...
Extreme temperatures cause spikelet sterility in rice and thus yield losses. Predicting sterility is...
IRRI is leading the CGIAR research program (CRP) on 'RICE' which has 5 flagship projects. The flagsh...
The training materials consist of eight modules. For the first time a specific module on climate cha...
The tool was developed based on the current reporting needs and requirements of central and local Cr...
PhenoRice algorithm was piloted and we found that it can provide insights about recent variations in...