In the last decade, the adoption of Genetically Modified Crops (GMC) has increased in scale worldwide. The total area planted with biotechnological crops reached 365 million acres in 2010, while the number of farmers around the world who decided to produce crops with this technology increased as well. At a regional level there have been different responses from government agencies, which have formulated rules and regulations in keeping with the realities of these countries. In Central America, the countries that are most involved in the development and cultivation of food biotechnology techniques are Guatemala (papaya), Honduras (beans and maize), and Costa Rica (cotton, soybean and pineapple). At a global level, the latter two were among t...
Mexico is known as the place of origin of maize in the world. Around 50 races and more than 400 vari...
Agriculture is expected to feed an increasing population, forecasted to reach 8 billion by 2020, out...
Various genetic engineering techniques have been applied to develop genetically modified (GM) crops....
In the last decade, the adoption of Genetically Modified Crops (GMC) has increased in scale worldwid...
In the last decade, the adoption of Genetically Modified Crops (GMC) has increased in stages worldwi...
The first transgenic plants were created in Europe about three decades ago. In Nicaragua, however, t...
The first transgenic plants were created in Europe about three decades ago. In Nicaragua, however, t...
Genetic engineering has made possible the creation of Genetic Modified Organisms (GMOs), or transgen...
Many small farms growing complexes of crops and animals mainly for local consumption, and a few majo...
In 2003 North and South America (NSAm) accounted for more than 64 million ha, 94%, of total world ar...
Biotechnology has the potential to help improve food production in Latin America and the Caribbean (...
In 1986 the bean program for Central America and the Caribbean, including tropical Mexico and Panama...
This article provides a brief account of key developments in agricultural applications of biotechnol...
Biotechnology-assisted crop genetic improvement for food security and sustainable agriculture: persp...
The new advances in biotechnology, especially in the completion of the Arabidopsis thaliana, genome ...
Mexico is known as the place of origin of maize in the world. Around 50 races and more than 400 vari...
Agriculture is expected to feed an increasing population, forecasted to reach 8 billion by 2020, out...
Various genetic engineering techniques have been applied to develop genetically modified (GM) crops....
In the last decade, the adoption of Genetically Modified Crops (GMC) has increased in scale worldwid...
In the last decade, the adoption of Genetically Modified Crops (GMC) has increased in stages worldwi...
The first transgenic plants were created in Europe about three decades ago. In Nicaragua, however, t...
The first transgenic plants were created in Europe about three decades ago. In Nicaragua, however, t...
Genetic engineering has made possible the creation of Genetic Modified Organisms (GMOs), or transgen...
Many small farms growing complexes of crops and animals mainly for local consumption, and a few majo...
In 2003 North and South America (NSAm) accounted for more than 64 million ha, 94%, of total world ar...
Biotechnology has the potential to help improve food production in Latin America and the Caribbean (...
In 1986 the bean program for Central America and the Caribbean, including tropical Mexico and Panama...
This article provides a brief account of key developments in agricultural applications of biotechnol...
Biotechnology-assisted crop genetic improvement for food security and sustainable agriculture: persp...
The new advances in biotechnology, especially in the completion of the Arabidopsis thaliana, genome ...
Mexico is known as the place of origin of maize in the world. Around 50 races and more than 400 vari...
Agriculture is expected to feed an increasing population, forecasted to reach 8 billion by 2020, out...
Various genetic engineering techniques have been applied to develop genetically modified (GM) crops....