Agbioforum · 2004 · 20 citations · 4 references
Open access
AgricultureAgronomySustainable AgricultureCrop ProductionPlant BiotechnologyTransgenic CropsAgricultural Production SystemsAgricultural SystemsAgronomic Trait EvaluationNutritional EnhancementQuality Trait ImprovementTransgenic Crop DevelopmentAgronomic QualityAgronomic Trait ImprovementSoybean Insect PestsSoybean PestsSoybean ProductionTransgenic PlantsTransgenic Trait ImprovementTransgenic Yield Traits
Soybeans are the primary source of the world's supply of protein and vegetable oil. The demand for increased production of soybeans is forecasted to mirror the world's population growth and demand for protein and edible oil. In order to meet this demand, production acreages are increasing in key global soybean areas; moreover, technologies to increase production efficiency through transgenic trait control of yield-robbing pests and pathogens, while lowering the cost and use of insecticide and other less efficient agricultural practices, are very much a reality. In addition, the increase in more efficient and more sustainable agronomic practices will help fuel some key improvements in soybean quality and new opportunities for agricultural solutions resulting in feed improvements, health benefits through foods, and new industrial opportunities contributing to a more sustainable global environment.
4
David R. Walker, J. N. All, Robert M. McPherson et al. · Journal of Economic Entomology · 2000 · 82 citations
Michael E. Irwin, Gerald A. Schultz · 1981 · 80 citations
A Retrospective DNA Marker Assessment of the Development of Insect Resistant Soybean
James M. Narvel, David R. Walker, Brian G. Rector et al. · Crop Science · 2001 · 79 citations