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Building a climate-smarter Tanzania
Read more
IRRI and DA reach more farmers through cluster approach
Read more
New report: CGIAR's Transformative Crop Technologies Drive $1.3 Trillion Impact
Read more
Partners review progress of the MFS initiative in Bangladesh
Read more
DA-BAR and IRRI launch online platform for PH digital ag tools
Read more
Accelerating multi-level rice-based farming systems in the Philippines
Read more
Building a climate-smarter Tanzania
Read more
IRRI and DA reach more farmers through cluster approach
Read more
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HIGHLIGHTS


IRRI AND DA REACH MORE FARMERS THROUGH CLUSTER APPROACH

IRRI and DA-ATI launched CLeveR, an initiative to provide farmers with tailored
solutions through their cluster leaders. In 2024, three provinces will
participate in this initiative. Objectives...


 * NEW REPORT: CGIAR'S TRANSFORMATIVE CROP TECHNOLOGIES DRIVE $1.3 TRILLION
   IMPACT
   
   The cumulative impact of CGIAR-related crop technologies reached US$1,334
   billion from 1961 to 2020, according to a new peer-reviewed report .
   Virtually all households in target countries have...


 * PARTNERS REVIEW PROGRESS OF THE MFS INITIATIVE IN BANGLADESH
   
   (Photo: CGIAR) Bangladesh, where agriculture forms the backbone of
   livelihoods, the One CGIAR initiative on Mixed-Farming Systems (MFS) stands
   as a beacon of innovation and progress. Recently, a team...


 * PREPAID IRRIGATION CARDS AND AWD MAY UNLOCK A MORE SUSTAINABLE RICE FARMING
   FUTURE FOR BANGLADESH
   
   Prepaid irrigation card usage by farmers in the Barind area of Bangladesh can
   facilitate wider adoption of Alternate Wetting and Drying (AWD) practices in
   rice farming, making rice cultivation more...


WHAT WE DO

We are addressing five impact challenges faced by farmers, consumers, and
stakeholders, in the world’s rice-producing countries.

 * Climate Change & Sustainability
 * Prosperity
 * Social Equity
 * Environment
 * Nutrition & Food Security


WHERE WE WORK

We work with key actors from these regions through our in-country offices to
develop actionable research analyses and recommendations on country-specific
agricultural initiatives.

Beyond these areas, we also work with other country partners through our global
research programs and networks. 

Learn more about IRRI's regional initiatives here and explore how we can
collaborate. 


 * AFRICA
   
    * Burundi
    * Mozambique
    * Tanzania
    * Kenya


 * SOUTH ASIA
   
    * Bangladesh
    * India
    * Nepal
    * Sri Lanka


 * SOUTHEAST ASIA
   
    * Cambodia
    * Indonesia
    * Lao PDR
    * Myanmar
    * Philippines
    * Thailand
    * Vietnam


 * EAST ASIA
   
    * China
    * South Korea


ABOLISH POVERTY AND HUNGER WITH IRRI


SUPPORT OUR MISSION BY BEING AN IRRI DONOR OR PARTNER

 * National Science Foundation

 * Deutsche Forschungsgemeinschaft (German Research Foundation)

 * Japan International Cooperation Agency (JICA)

 * Biotechnology and Biological Sciences Research Council

 * Swiss Agency for Development and Cooperation (SDC)

 * Bill & Melinda Gates Foundation (BMGF)

 * Department of Agriculture, Cooperation, and Farmers Welfare

 * Department of Agriculture - Agricultural Training Institute (DA-ATI)

 * National Science Foundation

 * Deutsche Forschungsgemeinschaft (German Research Foundation)

 * Japan International Cooperation Agency (JICA)

 * Biotechnology and Biological Sciences Research Council

 * Swiss Agency for Development and Cooperation (SDC)

 * Bill & Melinda Gates Foundation (BMGF)

 * Department of Agriculture, Cooperation, and Farmers Welfare

 * Department of Agriculture - Agricultural Training Institute (DA-ATI)

 * National Science Foundation

 * Deutsche Forschungsgemeinschaft (German Research Foundation)

Previous Next
 * Scientific Study
   
   
   FLOOD RESILIENCE LOCI SUBMERGENCE 1 AND ANAEROBIC GERMINATION 1 INTERACT IN
   SEEDLINGS ESTABLISHED UNDERWATER
   
   WILEY ONLINE LIBRARY
   Read

 * Publication
   
   
   SPEEDFLOWER: A COMPREHENSIVE SPEED BREEDING PROTOCOL FOR INDICA AND JAPONICA
   RICE
   
   TO INCREASE RICE YIELDS AND FEED BILLIONS OF PEOPLE, IT IS ESSENTIAL TO
   ENHANCE GENETIC GAINS. HOWEVER, THE DEVELOPMENT OF NEW VARIETIES IS HINDERED
   BY LONGER GENERATION TIMES AND SEASONAL CONSTRAINTS. TO ADDRESS THESE
   LIMITATIONS, A SPEED BREEDING FACILITY HAS BEEN ESTABLISHED AND A ROBUST
   SPEED BREEDING PROTOCOL, SPEEDFLOWER IS DEVELOPED THAT ALLOWS GROWING 4–5
   GENERATIONS OF INDICA AND/OR JAPONICA RICE IN A YEAR. OUR FINDINGS REVEAL
   THAT A HIGH RED-TO-BLUE (2R > 1B) SPECTRUM RATIO, FOLLOWED BY GREEN, YELLOW
   AND FAR-RED (FR) LIGHT, ALONG WITH A 24-H LONG DAY (LD) PHOTOPERIOD FOR THE
   INITIAL 15 DAYS OF THE VEGETATIVE PHASE, FACILITATED EARLY FLOWERING. THIS IS
   FURTHER ENHANCED BY 10-H SHORT DAY (SD) PHOTOPERIOD IN THE LATER STAGE AND
   DAY AND NIGHT TEMPERATURES OF 32/30 °C, ALONG WITH 65% HUMIDITY FACILITATED
   EARLY FLOWERING RANGING FROM 52 TO 60 DAYS AT HIGH LIGHT INTENSITY (800 ΜMOL
   M−2 S−1). ADDITIONALLY, THE USE OF PREMATURELY HARVESTED SEEDS AND
   GIBBERELLIC ACID TREATMENT REDUCED THE MATURITY DURATION BY 50%. FURTHER,
   SPEEDFLOWER WAS VALIDATED ON A DIVERSE SUBSET OF 198 RICE ACCESSIONS FROM 3K
   RGP PANEL ENCOMPASSING ALL 12 DISTINCT GROUPS OF ORYZA SATIVA L. CLASSES. OUR
   RESULTS CONFIRMED THAT USING SPEEDFLOWER ONE GENERATION CAN BE ACHIEVED
   WITHIN 58–71 DAYS RESULTING IN 5.1–6.3 GENERATIONS PER YEAR ACROSS THE 12
   SUB-GROUPS. THIS BREAKTHROUGH ENABLES US TO ENHANCE GENETIC GAIN, WHICH COULD
   FEED HALF OF THE WORLD'S POPULATION DEPENDENT ON RICE.
   
   Wiley Online Library
   Read more

 * Video
   
   
   VISIT TO THE INTERNATIONAL RICE RESEARCH INSTITUTE 11/29/2022
   
   AIMING TO STRENGTHEN THE GOVERNMENT’S PARTNERSHIP AND COLLABORATION WITH THE
   WORLD’S PREMIER RESEARCH ORGANIZATION DEDICATED TO REDUCING POVERTY AND
   HUNGER THROUGH RICE SCIENCE TO ACHIEVE HIS GOALS FOR THE AGRICULTURAL SECTOR,
   PRESIDENT FERDINAND R. MARCOS JR. VISITS THE INTERNATIONAL RICE RESEARCH
   INSTITUTE (IRRI) HEADQUARTERS IN LOS BAÑOS, LAGUNA ON NOVEMBER 29, 2022.
   
   YOUTUBE
   Watch

 * Video
   
   
   ASEAN-CGIAR INNOVATE FOR FOOD AND NUTRITION SECURITY REGIONAL PROGRAM
   
   THE ASEAN-CGIAR INNOVATE FOR FOOD AND NUTRITION SECURITY REGIONAL PROGRAM IS
   A RESEARCH COLLABORATION AMONG THE ASEAN MEMBER STATES, ASEAN SECRETARIAT,
   AND CGIAR CENTERS, WITH FUNDING SUPPORT FROM THE GOVERNMENT OF AUSTRALIA AND
   THE UNITED KINGDOM. THE PROGRAM’S VISION FOR THE NEXT 10 YEARS IS TO SCALE UP
   AND OUT BOLD INTEGRATED INNOVATIONS THAT WILL ENHANCE THE RESILIENCE OF
   ASEAN'S AGRI-FOOD SYSTEMS TO CLIMATE CHANGE. THIS AMBITIOUS ENDEAVOR AIMS TO
   DELIVER BETTER LIVELIHOODS FOR FOOD PRODUCERS AND OTHER STAKEHOLDERS ALONG
   THE VALUE CHAIN. IT ALSO SEEKS TO ENSURE MORE AFFORDABLE, NUTRITIOUS, AND
   HEALTHY FOOD FOR CONSUMERS WHILE FOSTERING A HEALTHIER NATURAL ENVIRONMENT
   FOR ALL.
    
   
   FOR MORE INFORMATION ON THE ASEAN-CGIAR INNOVATE FOR FOOD AND NUTRITION
   SECURITY REGIONAL PROGRAM, PLEASE CONTACT: DR. JONGSOO SHIN (ASEAN-CGIAR
   PROGRAM DIRECTOR) AND DR. STEPHAN WEISE (ASEAN-CGIAR PROGRAM CO-DIRECTOR)
   INNOVATEFORFOOD@IRRI.ORG
   
   YOUTUBE
   Watch

 * Webinar
   
   
   WEBINAR: CLIMATE-SMART RICE HYBRIDS BY DR. JAUHAR ALI
   
   YOUTUBE
   Watch

 * Scientific Study
   
   
   FLOOD RESILIENCE LOCI SUBMERGENCE 1 AND ANAEROBIC GERMINATION 1 INTERACT IN
   SEEDLINGS ESTABLISHED UNDERWATER
   
   WILEY ONLINE LIBRARY
   Read

 * Publication
   
   
   SPEEDFLOWER: A COMPREHENSIVE SPEED BREEDING PROTOCOL FOR INDICA AND JAPONICA
   RICE
   
   TO INCREASE RICE YIELDS AND FEED BILLIONS OF PEOPLE, IT IS ESSENTIAL TO
   ENHANCE GENETIC GAINS. HOWEVER, THE DEVELOPMENT OF NEW VARIETIES IS HINDERED
   BY LONGER GENERATION TIMES AND SEASONAL CONSTRAINTS. TO ADDRESS THESE
   LIMITATIONS, A SPEED BREEDING FACILITY HAS BEEN ESTABLISHED AND A ROBUST
   SPEED BREEDING PROTOCOL, SPEEDFLOWER IS DEVELOPED THAT ALLOWS GROWING 4–5
   GENERATIONS OF INDICA AND/OR JAPONICA RICE IN A YEAR. OUR FINDINGS REVEAL
   THAT A HIGH RED-TO-BLUE (2R > 1B) SPECTRUM RATIO, FOLLOWED BY GREEN, YELLOW
   AND FAR-RED (FR) LIGHT, ALONG WITH A 24-H LONG DAY (LD) PHOTOPERIOD FOR THE
   INITIAL 15 DAYS OF THE VEGETATIVE PHASE, FACILITATED EARLY FLOWERING. THIS IS
   FURTHER ENHANCED BY 10-H SHORT DAY (SD) PHOTOPERIOD IN THE LATER STAGE AND
   DAY AND NIGHT TEMPERATURES OF 32/30 °C, ALONG WITH 65% HUMIDITY FACILITATED
   EARLY FLOWERING RANGING FROM 52 TO 60 DAYS AT HIGH LIGHT INTENSITY (800 ΜMOL
   M−2 S−1). ADDITIONALLY, THE USE OF PREMATURELY HARVESTED SEEDS AND
   GIBBERELLIC ACID TREATMENT REDUCED THE MATURITY DURATION BY 50%. FURTHER,
   SPEEDFLOWER WAS VALIDATED ON A DIVERSE SUBSET OF 198 RICE ACCESSIONS FROM 3K
   RGP PANEL ENCOMPASSING ALL 12 DISTINCT GROUPS OF ORYZA SATIVA L. CLASSES. OUR
   RESULTS CONFIRMED THAT USING SPEEDFLOWER ONE GENERATION CAN BE ACHIEVED
   WITHIN 58–71 DAYS RESULTING IN 5.1–6.3 GENERATIONS PER YEAR ACROSS THE 12
   SUB-GROUPS. THIS BREAKTHROUGH ENABLES US TO ENHANCE GENETIC GAIN, WHICH COULD
   FEED HALF OF THE WORLD'S POPULATION DEPENDENT ON RICE.
   
   Wiley Online Library
   Read more

Previous Next
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