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Summary and Conclusion.


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Analysis of Somatic Hybrids. Polyploidization and Elimination of the Donor Genome.

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Summary and Conclusion 7 Protocol. Protoplast Fusion and Culture. Growth and Development of Hybrid Plants. Preparation of L chinensis Protoplasts from Irradiated Calli. Somatic Hybridization. Analysis of the Regenerated Plants. Protoplast Isolation. Analysis of Regenerated Plant. Regeneration and Characterization of Somatic Hybrids. Summary and Conclusions. Assessment of Cold and Salt Tolerance 5 Protocol.

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There is also need for a public genetic literacy campaign on the implications of GMOs for crop and food security. In the choice of research tools, preference should be given to those tools that can help scientists to achieve their goals speedily, surely and economically. One should not worship a tool because it is new, nor should one discard a tool because it is old.

What is important is the choice of a right mix of research tools and strategies that can help resource poor farm families to obtain higher yields at lower cost and with better quality. Or Sign up using Facebook. Breeding and Biotechnologies. Search this Publication. Table of Contents Breeding and Biotechnologies. Table of Contents. Front Matter. Study Panel. Report Review. Executive Summary. The Challenge of African Agriculture.


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  • Science and Technology Strategies. Institution Building. Producing New Agricultural Scientists.

    Enhancing Markets. New Science and Technology Pilot Programs. The Promise and Potential of African Agriculture. Food security in Africa. Highland Perennial System 1 percent land area, 8 percent agriculture population in Sub-Saharan Africa. Forest-based System 11 percent land area, 7 percent agriculture population in Sub-Saharan Africa. Pastoral Farming System 23 percent land area, 9 percent agriculture population in Middle East and North Africa; 14 percent land area, 7 percent agriculture population in Sub-Saharan Africa. Commercial Largeholder and Smallholder System 5 percent land area, 4 percent agriculture population in Sub-Saharan Africa.

    Plant Protoplasts and Genetic Engineering II Biotechnology in Agriculture and Forestry

    Coastal Artisanal Fishing System 1 percent land area, 1 percent agriculture population in Middle East and North Africa; 2 percent land area, 3 percent agriculture population in Sub-Saharan Africa. Irrigated Farming System 2 percent land area, 17 percent agriculture population in Middle East and North Africa; 1 percent land area, 2 percent agriculture population in Sub-Saharan Africa.

    Sparse Arid System 62 percent land area, 5 percent agriculture population in Middle East and North Africa; 17 percent land area, 1 percent agriculture population in Sub-Saharan Africa. Urban and Peri-urban Based System less than 1 percent land area, 6 percent agriculture population in Middle East and North Africa; less than 1 percent land area, 3 percent agriculture population in Sub-Saharan Africa.

    Agricultural Productivity Trends. The Production Ecological Approach. Growth - and Yield - Defining Factors. Growth - and Yield - Limiting Factors. Growth - and Yield - Reducing Factors. Losses in Other Parts of the Production-market Chain. Prioritization of Farming Systems. Production Developments and Constraints in Priority Systems. Yield Gaps and Constraining Factors. Sorghum and Millet. Root Crops. Animal Production.

    Somatic Hybridization in Crop Improvement I | SpringerLink

    Crops Important to Africa. Adapting Technologies to Farmers' Needs. Integrated Approaches. Integrated Water Management. Integrated Nutrient Management. Integrated Pest and Disease Management. Information Technology. Mechanizing Operations. Exploiting Post-harvest Opportunities. Improving Nutrition Through Agriculture. Broadening of Objectives and Diversified Systems. Advantages From a Production Ecological Perspective. Encouraging Achievements in Diversified Systems.

    Farming Systems. Institutional Arrangements. Agricultural Research Strategies and Policies. Advocacy and Leadership. Role of Governments. Increased Stakeholder Participation. New Funding Mechanisms. Strengthening System Linkages. Encouraging Extension. Coordination Through an Integrated Systems Approach.

    Beyond Research to Knowledge and Innovation. Public-private Partnerships.

    Somatic Hybridization in Crop Improvement II: Biotechnology in Agriculture and Forestry 49

    Lead From Government. Exploiting Synergies. Effective Farmer Organizations. Financial and Human Capital Investments. Impact of Investments. Increasing Research Impact. Science Education. Low Investment.