Auteur :
Solh
Mahmoud
Ghosh
Kakoli
Année de Publication :
0
Type : Article
Thème : Agriculture
I. Introduction
Science and technology are essential contributors to solving the global problems of hunger,
poverty and environmental degradation is widely recognized. The Economic and Social
Council of the United Nations (ECOSOC), at its plenary meeting in 2004, noted that most
developing countries are unlikely to meet the Millennium Development Goals without a
clear political commitment to making science and technology among top priorities in their
development agenda1. FAO Members called for strengthening efforts in maximizing the
benefits and minimizing the potential adverse consequences of biotechnology, through the
Committee on Agriculture, the Council and the Conference, which endorsed in 1999, the
development of a multi-disciplinary, cross-sectoral programme. In response, the
Biotechnology Applications in Food and Agriculture, Forestry and Fisheries Priority Area
for Interdisciplinary Action (Biotech-PAIA) was established and an Inter-Departmental
Working Group on Biotechnology was set up to oversee its planning and implementation.
FAO recognizes the potential of biotechnology within a comprehensive framework of
sustainable agricultural development in fighting hunger and malnutrition, through
quantitative and qualitative increases in agricultural production, with reduced
environmental impacts. Biotechnology-based tools are used for mass propagation of
disease-free plantlets, already contribute to the enhancement of agricultural production in
many African countries. Other promising biotechnological methods include using
marker-assisted selection, which allows a faster and more targeted development of
improved genotypes for all living species. Such markers provide new research tools
which can assist in the conservation and characterization of biodiversity. NERICA
varieties, which hold great promise to strongly impact the rice production in Western
Africa, derive from an application of biotechnology to rice genetic improvement. Crop
and livestock breeding are essential for agriculture to benefit from genetic resources now
being conserved and shared through the new International Treaty on Plant Genetic
Resources for Food and Agriculture. Modern biotechnologies dramatically increase the
potential of using genetic resources. The development and deployment of modern
biotechnologies, also includes genetically modified organisms (GMOs), obtained through
genetic engineering which should be managed safely and efficiently. National capacities
in practical crop improvement can be strengthened in developing countries, especially in
Africa through effective and efficient integration of biotechnology become well in the
conventional breeding work. .