SlideShare une entreprise Scribd logo
1  sur  1
Télécharger pour lire hors ligne
POTENTIAL FOR PROFITABLE WHEAT PRODUCTION IN RWANDA
                           I.Habarurema1, A.Hategekimana1, A. Musabyisoni1, G. Gumisiriza1, M. A. Ingabire1,
                                         M. Uwamahoro1, A. Kayumba1, and G. Nshimyimana1
                      1Rwanda   Agriculture Board (RAB) - Northern Agriculture Zone Division (NAZD), P.O Box 73, Musanze, Rwanda


Introduction                                                                      Strategies
Climatic conditions and generally fertile soils are conducive to grow wheat       (1) Consolidation of land use (fig. 2);
crop in Rwanda. However, low use of appropriate inputs (fig.1) and low            (2) Facilitation in supply of agricultural inputs: improved seed,
knowledge on grain production and post-harvest management practices have              fertilizers and pesticides imported and distributed at subsidized
been the major constraints to wheat productivity, and subsequently to income           price of 50% ;
of small-holder farm households and food security in Rwanda. Efforts made         (3) Provision of extension services;
by the Government of Rwanda since 2007 have revealed the potential to             (4) Improvement of post-harvest handling & storage mechanisms.
improve wheat productivity and therefore achieve food security through the
Crop Intensification Program (CIP). Moreover, increased quality wheat
production will benefit local millers that currently rely mostly on imported      Achievements since 2007
wheat grain.                                                                      1.Wheat production has increased from approximately 24,000 t in
                                                                                      2007 to 158,975 t in 2012 (Fig.3);
                                                                                  2. Land area allocated to wheat shifted from 24,000 ha in 2007
                                                                                     to 75000 ha in 2012 (Fig.2);
                                                                                  3. Grain yield increased from 0.9 t/ha in 2007 to 2.1 t/ha in 2012.
                                                                                  4. Increased use of improved wheat seed at 46.3%;
                                                                                  5. Increase in national average fertilizer use from 8kg/ha in 2008 to
                                                                                     23kg/ha in 2010.

                                                                                                                                          Production (t)
                                                                                                                                          Land covered (ha)
                                                                                                     180000
                                                                                                     160000
                                                                                    Production (t)




                                                                                                     140000
Fig. 1. Impact of low vs. high organic manure in wheat field                                         120000
                                                                                                     100000
Programs’ objectives                                                                                  80000
(1) Improve the access and effective utilization of the agricultural inputs;                          60000
(2) Focus on the AEZ suitable to wheat crop production to ensure food
                                                                                                      40000
    security and income increase at household level;
(3) Strengthen the linkages of smallholders to market for inputs and                                  20000
   outputs through improved access to finance and market information;                                    0
(4) Minimize the post harvest losses and facilitate linkages to upstream                                      2006   2007   2008   2009   2010   2011      2012
    of the value chain through improved storage ;
(5) Discouraging supply to focusing on the demand for inputs by                                                                    Year
    farmers and market-driven forces within the system
                                                                                                       Fig.3. Trends of grain wheat production in Rwanda


                                                                                  Way forward
                                                                                  1. Developing and promoting appropriate wheat varieties to
                                                                                     reduce foreign currency expenditure on seed imports;
                                                                                  2. Continuously enhancing linkages among all stakeholders
                                                                                     involved in wheat production;
                                                                                  3. Moving from a traditional hoe to a mechanized agriculture and
                                                                                     irrigation systems while conserving soil fertility;
                                                                                  4. Strengthening farmers/farmer groups’ access to wheat seed
                                                                                     quality through community-based seed production;
                                                                                  5. Progressively exiting from subsidy program while ensuring the
                                                                                     initial purpose of subsidies are achieved.

                                                                                  Contact
                                                                                  Innocent Habarurema
                                                                                  Rwanda Agriculture Board (RAB)
                                                                                  P. O. Box 5016, Kigali, Rwanda
                                                                                  Cell phone: (+250)784166177
Fig. 2. Land consolidated for wheat production in highlands of Rwanda             E mail: ihabarurema@yahoo.com

Contenu connexe

Tendances

Catalogue of tested crop, soil, and water management options in target areas ...
Catalogue of tested crop, soil, and water management options in target areas ...Catalogue of tested crop, soil, and water management options in target areas ...
Catalogue of tested crop, soil, and water management options in target areas ...africa-rising
 
Mapping farming systems in Africa 21 June 2012
Mapping farming systems in Africa 21 June 2012Mapping farming systems in Africa 21 June 2012
Mapping farming systems in Africa 21 June 2012ACIAR
 
Agric extension khyber pakhtunkhwa
Agric extension  khyber pakhtunkhwaAgric extension  khyber pakhtunkhwa
Agric extension khyber pakhtunkhwaFarhat Durrani
 
Fisher poster nacaa11
Fisher poster nacaa11Fisher poster nacaa11
Fisher poster nacaa11nacaa
 
Tim Marten Thesis Presentation
Tim Marten Thesis PresentationTim Marten Thesis Presentation
Tim Marten Thesis PresentationDulcimerwolf
 
Nepal – Successes, Lessons Learnt & Challenges: Harvest plus Challenge Progra...
Nepal – Successes, Lessons Learnt & Challenges: Harvest plus Challenge Progra...Nepal – Successes, Lessons Learnt & Challenges: Harvest plus Challenge Progra...
Nepal – Successes, Lessons Learnt & Challenges: Harvest plus Challenge Progra...ICARDA
 
23 25 jan 2013 csisa kathmandu ssnm ipni kaushik
23  25 jan 2013 csisa kathmandu ssnm ipni kaushik23  25 jan 2013 csisa kathmandu ssnm ipni kaushik
23 25 jan 2013 csisa kathmandu ssnm ipni kaushikCSISA
 
Demonstration and promotion of improved crop (bread
Demonstration and promotion of improved crop (breadDemonstration and promotion of improved crop (bread
Demonstration and promotion of improved crop (breadandualem999
 
Tailoring Conservation Agriculture to small farmers
Tailoring Conservation Agriculture to small farmersTailoring Conservation Agriculture to small farmers
Tailoring Conservation Agriculture to small farmersCSISA
 
Dennis Garrity: Evergreen Agriculture #BeatingFamine
Dennis Garrity: Evergreen Agriculture #BeatingFamineDennis Garrity: Evergreen Agriculture #BeatingFamine
Dennis Garrity: Evergreen Agriculture #BeatingFamineWorld Agroforestry (ICRAF)
 
Harvest plus Challenge Program of CGIAR “Development of lentil lines with hig...
Harvest plus Challenge Program of CGIAR “Development of lentil lines with hig...Harvest plus Challenge Program of CGIAR “Development of lentil lines with hig...
Harvest plus Challenge Program of CGIAR “Development of lentil lines with hig...ICARDA
 

Tendances (20)

Catalogue of tested crop, soil, and water management options in target areas ...
Catalogue of tested crop, soil, and water management options in target areas ...Catalogue of tested crop, soil, and water management options in target areas ...
Catalogue of tested crop, soil, and water management options in target areas ...
 
BRAC pulses progrmme & its activities
BRAC pulses progrmme & its activitiesBRAC pulses progrmme & its activities
BRAC pulses progrmme & its activities
 
Mapping farming systems in Africa 21 June 2012
Mapping farming systems in Africa 21 June 2012Mapping farming systems in Africa 21 June 2012
Mapping farming systems in Africa 21 June 2012
 
Soybean training-manual
Soybean training-manualSoybean training-manual
Soybean training-manual
 
Urban Agriculture
Urban AgricultureUrban Agriculture
Urban Agriculture
 
Agric extension khyber pakhtunkhwa
Agric extension  khyber pakhtunkhwaAgric extension  khyber pakhtunkhwa
Agric extension khyber pakhtunkhwa
 
Fisher poster nacaa11
Fisher poster nacaa11Fisher poster nacaa11
Fisher poster nacaa11
 
Tim Marten Thesis Presentation
Tim Marten Thesis PresentationTim Marten Thesis Presentation
Tim Marten Thesis Presentation
 
1309 - The System of Rice Intensification (SRI) in the Context of ‘Sustainabl...
1309 - The System of Rice Intensification (SRI) in the Context of ‘Sustainabl...1309 - The System of Rice Intensification (SRI) in the Context of ‘Sustainabl...
1309 - The System of Rice Intensification (SRI) in the Context of ‘Sustainabl...
 
Achievements in Pulses and Oilcrops Research in BRAC, Bangladesh
Achievements in Pulses and Oilcrops Research in BRAC, BangladeshAchievements in Pulses and Oilcrops Research in BRAC, Bangladesh
Achievements in Pulses and Oilcrops Research in BRAC, Bangladesh
 
Nepal – Successes, Lessons Learnt & Challenges: Harvest plus Challenge Progra...
Nepal – Successes, Lessons Learnt & Challenges: Harvest plus Challenge Progra...Nepal – Successes, Lessons Learnt & Challenges: Harvest plus Challenge Progra...
Nepal – Successes, Lessons Learnt & Challenges: Harvest plus Challenge Progra...
 
23 25 jan 2013 csisa kathmandu ssnm ipni kaushik
23  25 jan 2013 csisa kathmandu ssnm ipni kaushik23  25 jan 2013 csisa kathmandu ssnm ipni kaushik
23 25 jan 2013 csisa kathmandu ssnm ipni kaushik
 
Demonstration and promotion of improved crop (bread
Demonstration and promotion of improved crop (breadDemonstration and promotion of improved crop (bread
Demonstration and promotion of improved crop (bread
 
Presentation on Research Activities on Pulses and Oilcrops in BRAC
Presentation on Research Activities on Pulses and Oilcrops in BRACPresentation on Research Activities on Pulses and Oilcrops in BRAC
Presentation on Research Activities on Pulses and Oilcrops in BRAC
 
0842 World Vision Lanka Experience with the System of Rice Intensification (S...
0842 World Vision Lanka Experience with the System of Rice Intensification (S...0842 World Vision Lanka Experience with the System of Rice Intensification (S...
0842 World Vision Lanka Experience with the System of Rice Intensification (S...
 
1307- Managing water for agriculture and food in ACP countries
1307- Managing water for agriculture and food in ACP countries1307- Managing water for agriculture and food in ACP countries
1307- Managing water for agriculture and food in ACP countries
 
0718 Promoting System of Rice Intensification (SRI) Among Marginal Farmers of...
0718 Promoting System of Rice Intensification (SRI) Among Marginal Farmers of...0718 Promoting System of Rice Intensification (SRI) Among Marginal Farmers of...
0718 Promoting System of Rice Intensification (SRI) Among Marginal Farmers of...
 
Tailoring Conservation Agriculture to small farmers
Tailoring Conservation Agriculture to small farmersTailoring Conservation Agriculture to small farmers
Tailoring Conservation Agriculture to small farmers
 
Dennis Garrity: Evergreen Agriculture #BeatingFamine
Dennis Garrity: Evergreen Agriculture #BeatingFamineDennis Garrity: Evergreen Agriculture #BeatingFamine
Dennis Garrity: Evergreen Agriculture #BeatingFamine
 
Harvest plus Challenge Program of CGIAR “Development of lentil lines with hig...
Harvest plus Challenge Program of CGIAR “Development of lentil lines with hig...Harvest plus Challenge Program of CGIAR “Development of lentil lines with hig...
Harvest plus Challenge Program of CGIAR “Development of lentil lines with hig...
 

Similaire à Potential for profitable wheat production in Rwanda

Sustainable Corn and Soybean Production
Sustainable Corn and Soybean ProductionSustainable Corn and Soybean Production
Sustainable Corn and Soybean ProductionElisaMendelsohn
 
The Future of Wheat Production in Uganda: Challenges and Prospects
The Future of Wheat Production in Uganda: Challenges and ProspectsThe Future of Wheat Production in Uganda: Challenges and Prospects
The Future of Wheat Production in Uganda: Challenges and ProspectsCIMMYT
 
Poster106: Profitable smallholder beef production in Vietnam forages - enabli...
Poster106: Profitable smallholder beef production in Vietnam forages - enabli...Poster106: Profitable smallholder beef production in Vietnam forages - enabli...
Poster106: Profitable smallholder beef production in Vietnam forages - enabli...CIAT
 
Indian Agricultural Data Analysis
Indian Agricultural Data AnalysisIndian Agricultural Data Analysis
Indian Agricultural Data AnalysisPeriasamy K
 
Building Resilient Sorghum Seed Systems in Semi-Arid Areas of Zimbabwe throug...
Building Resilient Sorghum Seed Systems in Semi-Arid Areas of Zimbabwe throug...Building Resilient Sorghum Seed Systems in Semi-Arid Areas of Zimbabwe throug...
Building Resilient Sorghum Seed Systems in Semi-Arid Areas of Zimbabwe throug...ICRISAT
 
Impact of Insect Resistant Cotton
Impact of Insect Resistant CottonImpact of Insect Resistant Cotton
Impact of Insect Resistant CottonIOSR Journals
 
Presentation at the 95th Governing Board meeting (Program Committee) By Resea...
Presentation at the 95th Governing Board meeting (Program Committee) By Resea...Presentation at the 95th Governing Board meeting (Program Committee) By Resea...
Presentation at the 95th Governing Board meeting (Program Committee) By Resea...ICRISAT
 
IFPRI - 00916 - Zero Tillage in the Rice-Wheat Systems of the Indo-Gangetic P…
IFPRI - 00916 - Zero Tillage in the Rice-Wheat Systems of the Indo-Gangetic P…IFPRI - 00916 - Zero Tillage in the Rice-Wheat Systems of the Indo-Gangetic P…
IFPRI - 00916 - Zero Tillage in the Rice-Wheat Systems of the Indo-Gangetic P…CSISA
 
Gene revolution pingali 2010
Gene revolution pingali 2010Gene revolution pingali 2010
Gene revolution pingali 2010Prabhu Pingali
 
Major constraints of wheat production in Africa - A case study of Zambia
Major constraints of wheat production in Africa - A case study of ZambiaMajor constraints of wheat production in Africa - A case study of Zambia
Major constraints of wheat production in Africa - A case study of ZambiaCIMMYT
 
Hybrid rice - necessary?
Hybrid rice - necessary?Hybrid rice - necessary?
Hybrid rice - necessary?Debal Deb
 
National rice development strategy of Nigeria
National rice development strategy of  NigeriaNational rice development strategy of  Nigeria
National rice development strategy of NigeriaFatimata Kone
 

Similaire à Potential for profitable wheat production in Rwanda (20)

Conservation farming in zambia draft paper
Conservation farming in zambia draft paperConservation farming in zambia draft paper
Conservation farming in zambia draft paper
 
Sustainable Corn and Soybean Production
Sustainable Corn and Soybean ProductionSustainable Corn and Soybean Production
Sustainable Corn and Soybean Production
 
The Future of Wheat Production in Uganda: Challenges and Prospects
The Future of Wheat Production in Uganda: Challenges and ProspectsThe Future of Wheat Production in Uganda: Challenges and Prospects
The Future of Wheat Production in Uganda: Challenges and Prospects
 
Poster106: Profitable smallholder beef production in Vietnam forages - enabli...
Poster106: Profitable smallholder beef production in Vietnam forages - enabli...Poster106: Profitable smallholder beef production in Vietnam forages - enabli...
Poster106: Profitable smallholder beef production in Vietnam forages - enabli...
 
Indian Agricultural Data Analysis
Indian Agricultural Data AnalysisIndian Agricultural Data Analysis
Indian Agricultural Data Analysis
 
Building Resilient Sorghum Seed Systems in Semi-Arid Areas of Zimbabwe throug...
Building Resilient Sorghum Seed Systems in Semi-Arid Areas of Zimbabwe throug...Building Resilient Sorghum Seed Systems in Semi-Arid Areas of Zimbabwe throug...
Building Resilient Sorghum Seed Systems in Semi-Arid Areas of Zimbabwe throug...
 
Ifad Seminar On Afca 15 May 09
Ifad Seminar On Afca 15 May 09Ifad Seminar On Afca 15 May 09
Ifad Seminar On Afca 15 May 09
 
Impact of Insect Resistant Cotton
Impact of Insect Resistant CottonImpact of Insect Resistant Cotton
Impact of Insect Resistant Cotton
 
Input Policies in Myanmar - Dolly Kyaw
 Input Policies in Myanmar - Dolly Kyaw Input Policies in Myanmar - Dolly Kyaw
Input Policies in Myanmar - Dolly Kyaw
 
Learning Event No. 1, Session 1: Strassburg, ARDD2012 Rio
Learning Event No. 1, Session 1: Strassburg, ARDD2012 RioLearning Event No. 1, Session 1: Strassburg, ARDD2012 Rio
Learning Event No. 1, Session 1: Strassburg, ARDD2012 Rio
 
Presentation at the 95th Governing Board meeting (Program Committee) By Resea...
Presentation at the 95th Governing Board meeting (Program Committee) By Resea...Presentation at the 95th Governing Board meeting (Program Committee) By Resea...
Presentation at the 95th Governing Board meeting (Program Committee) By Resea...
 
IFPRI - 00916 - Zero Tillage in the Rice-Wheat Systems of the Indo-Gangetic P…
IFPRI - 00916 - Zero Tillage in the Rice-Wheat Systems of the Indo-Gangetic P…IFPRI - 00916 - Zero Tillage in the Rice-Wheat Systems of the Indo-Gangetic P…
IFPRI - 00916 - Zero Tillage in the Rice-Wheat Systems of the Indo-Gangetic P…
 
A fresh perspective on UK milling wheat
A fresh perspective on UK milling wheatA fresh perspective on UK milling wheat
A fresh perspective on UK milling wheat
 
Gr of india intro 22072010
Gr of india intro 22072010Gr of india intro 22072010
Gr of india intro 22072010
 
Agr 3 chp
Agr   3 chpAgr   3 chp
Agr 3 chp
 
Lecture 11.ppt
Lecture 11.pptLecture 11.ppt
Lecture 11.ppt
 
Gene revolution pingali 2010
Gene revolution pingali 2010Gene revolution pingali 2010
Gene revolution pingali 2010
 
Major constraints of wheat production in Africa - A case study of Zambia
Major constraints of wheat production in Africa - A case study of ZambiaMajor constraints of wheat production in Africa - A case study of Zambia
Major constraints of wheat production in Africa - A case study of Zambia
 
Hybrid rice - necessary?
Hybrid rice - necessary?Hybrid rice - necessary?
Hybrid rice - necessary?
 
National rice development strategy of Nigeria
National rice development strategy of  NigeriaNational rice development strategy of  Nigeria
National rice development strategy of Nigeria
 

Plus de CIMMYT

What do women and men farmers want in their maize varieties
What do women and men farmers want in their maize varietiesWhat do women and men farmers want in their maize varieties
What do women and men farmers want in their maize varietiesCIMMYT
 
Transforming Maize-legume Value Chains – A Business Case for Climate-Smart Ag...
Transforming Maize-legume Value Chains –A Business Case for Climate-Smart Ag...Transforming Maize-legume Value Chains –A Business Case for Climate-Smart Ag...
Transforming Maize-legume Value Chains – A Business Case for Climate-Smart Ag...CIMMYT
 
Maize for Asian tropics: Chasing the moving target
Maize for Asian tropics: Chasing the moving targetMaize for Asian tropics: Chasing the moving target
Maize for Asian tropics: Chasing the moving targetCIMMYT
 
Tropical maize genome: what do we know so far and how to use that information
Tropical maize genome: what do we know so far and how to use that informationTropical maize genome: what do we know so far and how to use that information
Tropical maize genome: what do we know so far and how to use that informationCIMMYT
 
Social inclusion of young people and site-specific nutrient management (SSNM)...
Social inclusion of young people and site-specific nutrient management (SSNM)...Social inclusion of young people and site-specific nutrient management (SSNM)...
Social inclusion of young people and site-specific nutrient management (SSNM)...CIMMYT
 
Identification of quantitative trait loci for resistance to shoot fly in maize
Identification of quantitative trait loci for resistance to shoot fly in maizeIdentification of quantitative trait loci for resistance to shoot fly in maize
Identification of quantitative trait loci for resistance to shoot fly in maizeCIMMYT
 
The development of two sweet corn populations resistance to northern corn lea...
The development of two sweet corn populations resistance to northern corn lea...The development of two sweet corn populations resistance to northern corn lea...
The development of two sweet corn populations resistance to northern corn lea...CIMMYT
 
Outbreak of Fusarium ear rot on Maize in Thailand
Outbreak of Fusarium ear rot on Maize in ThailandOutbreak of Fusarium ear rot on Maize in Thailand
Outbreak of Fusarium ear rot on Maize in ThailandCIMMYT
 
Next Generation Phenotyping Technologies in Breeding for Abiotic Stress Toler...
Next Generation Phenotyping Technologies in Breeding for Abiotic Stress Toler...Next Generation Phenotyping Technologies in Breeding for Abiotic Stress Toler...
Next Generation Phenotyping Technologies in Breeding for Abiotic Stress Toler...CIMMYT
 
Marker-assisted introgression of waxy1 gene into elite inbreds for enhancemen...
Marker-assisted introgression of waxy1 gene into elite inbreds for enhancemen...Marker-assisted introgression of waxy1 gene into elite inbreds for enhancemen...
Marker-assisted introgression of waxy1 gene into elite inbreds for enhancemen...CIMMYT
 
Comparative Analysis of Biochemical & Physiological Responses of Maize Genoty...
Comparative Analysis of Biochemical & Physiological Responses of Maize Genoty...Comparative Analysis of Biochemical & Physiological Responses of Maize Genoty...
Comparative Analysis of Biochemical & Physiological Responses of Maize Genoty...CIMMYT
 
Maize intensification in major production regions of the world
Maize intensification in major production regions of the worldMaize intensification in major production regions of the world
Maize intensification in major production regions of the worldCIMMYT
 
Genomic and enabling technologies in maize breeding for enhanced genetic gain...
Genomic and enabling technologies in maize breeding for enhanced genetic gain...Genomic and enabling technologies in maize breeding for enhanced genetic gain...
Genomic and enabling technologies in maize breeding for enhanced genetic gain...CIMMYT
 
Defense Response boost Through Cu-chitosan Nanoparticles and Plant Growth enh...
Defense Response boost Through Cu-chitosan Nanoparticles and Plant Growth enh...Defense Response boost Through Cu-chitosan Nanoparticles and Plant Growth enh...
Defense Response boost Through Cu-chitosan Nanoparticles and Plant Growth enh...CIMMYT
 
Institutional and Policy Innovations for Food and Nutrition Security in Asia ...
Institutional and Policy Innovations for Food and Nutrition Security in Asia ...Institutional and Policy Innovations for Food and Nutrition Security in Asia ...
Institutional and Policy Innovations for Food and Nutrition Security in Asia ...CIMMYT
 
New agricultural technologies and gender dynamics at house holds in rural Ba...
 New agricultural technologies and gender dynamics at house holds in rural Ba... New agricultural technologies and gender dynamics at house holds in rural Ba...
New agricultural technologies and gender dynamics at house holds in rural Ba...CIMMYT
 
Effects of QPM and PVA maize on chicken
Effects of QPM and PVA maize on chickenEffects of QPM and PVA maize on chicken
Effects of QPM and PVA maize on chickenCIMMYT
 
Seeds of Discovery
Seeds of DiscoverySeeds of Discovery
Seeds of DiscoveryCIMMYT
 
Soil and nitrogen management in maize
Soil and nitrogen management in maizeSoil and nitrogen management in maize
Soil and nitrogen management in maizeCIMMYT
 
Technologies to drive maize yield improvement
Technologies to drive maize yield improvementTechnologies to drive maize yield improvement
Technologies to drive maize yield improvementCIMMYT
 

Plus de CIMMYT (20)

What do women and men farmers want in their maize varieties
What do women and men farmers want in their maize varietiesWhat do women and men farmers want in their maize varieties
What do women and men farmers want in their maize varieties
 
Transforming Maize-legume Value Chains – A Business Case for Climate-Smart Ag...
Transforming Maize-legume Value Chains –A Business Case for Climate-Smart Ag...Transforming Maize-legume Value Chains –A Business Case for Climate-Smart Ag...
Transforming Maize-legume Value Chains – A Business Case for Climate-Smart Ag...
 
Maize for Asian tropics: Chasing the moving target
Maize for Asian tropics: Chasing the moving targetMaize for Asian tropics: Chasing the moving target
Maize for Asian tropics: Chasing the moving target
 
Tropical maize genome: what do we know so far and how to use that information
Tropical maize genome: what do we know so far and how to use that informationTropical maize genome: what do we know so far and how to use that information
Tropical maize genome: what do we know so far and how to use that information
 
Social inclusion of young people and site-specific nutrient management (SSNM)...
Social inclusion of young people and site-specific nutrient management (SSNM)...Social inclusion of young people and site-specific nutrient management (SSNM)...
Social inclusion of young people and site-specific nutrient management (SSNM)...
 
Identification of quantitative trait loci for resistance to shoot fly in maize
Identification of quantitative trait loci for resistance to shoot fly in maizeIdentification of quantitative trait loci for resistance to shoot fly in maize
Identification of quantitative trait loci for resistance to shoot fly in maize
 
The development of two sweet corn populations resistance to northern corn lea...
The development of two sweet corn populations resistance to northern corn lea...The development of two sweet corn populations resistance to northern corn lea...
The development of two sweet corn populations resistance to northern corn lea...
 
Outbreak of Fusarium ear rot on Maize in Thailand
Outbreak of Fusarium ear rot on Maize in ThailandOutbreak of Fusarium ear rot on Maize in Thailand
Outbreak of Fusarium ear rot on Maize in Thailand
 
Next Generation Phenotyping Technologies in Breeding for Abiotic Stress Toler...
Next Generation Phenotyping Technologies in Breeding for Abiotic Stress Toler...Next Generation Phenotyping Technologies in Breeding for Abiotic Stress Toler...
Next Generation Phenotyping Technologies in Breeding for Abiotic Stress Toler...
 
Marker-assisted introgression of waxy1 gene into elite inbreds for enhancemen...
Marker-assisted introgression of waxy1 gene into elite inbreds for enhancemen...Marker-assisted introgression of waxy1 gene into elite inbreds for enhancemen...
Marker-assisted introgression of waxy1 gene into elite inbreds for enhancemen...
 
Comparative Analysis of Biochemical & Physiological Responses of Maize Genoty...
Comparative Analysis of Biochemical & Physiological Responses of Maize Genoty...Comparative Analysis of Biochemical & Physiological Responses of Maize Genoty...
Comparative Analysis of Biochemical & Physiological Responses of Maize Genoty...
 
Maize intensification in major production regions of the world
Maize intensification in major production regions of the worldMaize intensification in major production regions of the world
Maize intensification in major production regions of the world
 
Genomic and enabling technologies in maize breeding for enhanced genetic gain...
Genomic and enabling technologies in maize breeding for enhanced genetic gain...Genomic and enabling technologies in maize breeding for enhanced genetic gain...
Genomic and enabling technologies in maize breeding for enhanced genetic gain...
 
Defense Response boost Through Cu-chitosan Nanoparticles and Plant Growth enh...
Defense Response boost Through Cu-chitosan Nanoparticles and Plant Growth enh...Defense Response boost Through Cu-chitosan Nanoparticles and Plant Growth enh...
Defense Response boost Through Cu-chitosan Nanoparticles and Plant Growth enh...
 
Institutional and Policy Innovations for Food and Nutrition Security in Asia ...
Institutional and Policy Innovations for Food and Nutrition Security in Asia ...Institutional and Policy Innovations for Food and Nutrition Security in Asia ...
Institutional and Policy Innovations for Food and Nutrition Security in Asia ...
 
New agricultural technologies and gender dynamics at house holds in rural Ba...
 New agricultural technologies and gender dynamics at house holds in rural Ba... New agricultural technologies and gender dynamics at house holds in rural Ba...
New agricultural technologies and gender dynamics at house holds in rural Ba...
 
Effects of QPM and PVA maize on chicken
Effects of QPM and PVA maize on chickenEffects of QPM and PVA maize on chicken
Effects of QPM and PVA maize on chicken
 
Seeds of Discovery
Seeds of DiscoverySeeds of Discovery
Seeds of Discovery
 
Soil and nitrogen management in maize
Soil and nitrogen management in maizeSoil and nitrogen management in maize
Soil and nitrogen management in maize
 
Technologies to drive maize yield improvement
Technologies to drive maize yield improvementTechnologies to drive maize yield improvement
Technologies to drive maize yield improvement
 

Potential for profitable wheat production in Rwanda

  • 1. POTENTIAL FOR PROFITABLE WHEAT PRODUCTION IN RWANDA I.Habarurema1, A.Hategekimana1, A. Musabyisoni1, G. Gumisiriza1, M. A. Ingabire1, M. Uwamahoro1, A. Kayumba1, and G. Nshimyimana1 1Rwanda Agriculture Board (RAB) - Northern Agriculture Zone Division (NAZD), P.O Box 73, Musanze, Rwanda Introduction Strategies Climatic conditions and generally fertile soils are conducive to grow wheat (1) Consolidation of land use (fig. 2); crop in Rwanda. However, low use of appropriate inputs (fig.1) and low (2) Facilitation in supply of agricultural inputs: improved seed, knowledge on grain production and post-harvest management practices have fertilizers and pesticides imported and distributed at subsidized been the major constraints to wheat productivity, and subsequently to income price of 50% ; of small-holder farm households and food security in Rwanda. Efforts made (3) Provision of extension services; by the Government of Rwanda since 2007 have revealed the potential to (4) Improvement of post-harvest handling & storage mechanisms. improve wheat productivity and therefore achieve food security through the Crop Intensification Program (CIP). Moreover, increased quality wheat production will benefit local millers that currently rely mostly on imported Achievements since 2007 wheat grain. 1.Wheat production has increased from approximately 24,000 t in 2007 to 158,975 t in 2012 (Fig.3); 2. Land area allocated to wheat shifted from 24,000 ha in 2007 to 75000 ha in 2012 (Fig.2); 3. Grain yield increased from 0.9 t/ha in 2007 to 2.1 t/ha in 2012. 4. Increased use of improved wheat seed at 46.3%; 5. Increase in national average fertilizer use from 8kg/ha in 2008 to 23kg/ha in 2010. Production (t) Land covered (ha) 180000 160000 Production (t) 140000 Fig. 1. Impact of low vs. high organic manure in wheat field 120000 100000 Programs’ objectives 80000 (1) Improve the access and effective utilization of the agricultural inputs; 60000 (2) Focus on the AEZ suitable to wheat crop production to ensure food 40000 security and income increase at household level; (3) Strengthen the linkages of smallholders to market for inputs and 20000 outputs through improved access to finance and market information; 0 (4) Minimize the post harvest losses and facilitate linkages to upstream 2006 2007 2008 2009 2010 2011 2012 of the value chain through improved storage ; (5) Discouraging supply to focusing on the demand for inputs by Year farmers and market-driven forces within the system Fig.3. Trends of grain wheat production in Rwanda Way forward 1. Developing and promoting appropriate wheat varieties to reduce foreign currency expenditure on seed imports; 2. Continuously enhancing linkages among all stakeholders involved in wheat production; 3. Moving from a traditional hoe to a mechanized agriculture and irrigation systems while conserving soil fertility; 4. Strengthening farmers/farmer groups’ access to wheat seed quality through community-based seed production; 5. Progressively exiting from subsidy program while ensuring the initial purpose of subsidies are achieved. Contact Innocent Habarurema Rwanda Agriculture Board (RAB) P. O. Box 5016, Kigali, Rwanda Cell phone: (+250)784166177 Fig. 2. Land consolidated for wheat production in highlands of Rwanda E mail: ihabarurema@yahoo.com